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Wms Hand-held Transmitter

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WAREMA Mobile System® Photo: Habermaass GmbH Application brochure Valid from 1 May 2013 890407_c Sun. Light. WAREMA. General information General information The publication of this document supersedes all previous corresponding documentation. We reserve the right to make alterations in the interest of technical progress. Considerable care was taken in producing the text and graphics in this documentation. No liability is accepted for any errors which may nevertheless exist in this documentation nor for the consequences of any such errors. Safety instructions For detailed information, please refer to the respective installation and operating instructions. Customer Center for control systems Sale, order processing and applied engineering for the branch areas: International Tel. +49 9391 20-3740 • Fax -3749 [email protected] Control systems hotline Tel. +49 9391 20-6760 • Fax -6769 Head office WAREMA Renkhoff SE Hans-Wilhelm-Renkhoff-Strasse 2 97828 Marktheidenfeld, Germany P.O. Box 13 55 97822 Marktheidenfeld Phone: +49 9391 20-0 Telefax: +49 9391 20-4299 http://www.warema.com [email protected] Document details WAREMA Renkhoff SE Hans-Wilhelm-Renkhoff-Strasse 2 97828 Marktheidenfeld/Main WAREMA and the WAREMA logo are trademarks of WAREMA Renkhoff SE. All other brand or product names included in this document are trademarks or registered trademarks of their respective owners. © 2012, WAREMA Renkhoff SE 2 890407_c•en•01.05.2013 Contents Table of contents 1 Features............................................................................................................. 7 1.1 Common applications...........................................................................................8 1.1.1 Patio awning.....................................................................................................8 1.1.2 Patio awning with valance roller blind, coupled units...............................8 1.1.3 230 V products................................................................................................9 1.1.4 Sun shading product and sensors............................................................ 10 1.1.5 Groups of sun shading products and sensors....................................... 11 2 Safety instructions.......................................................................................... 12 2.1 Meanings of symbols and pictographs ......................................................... 12 2.2 Intended use ....................................................................................................... 13 2.3 Target group ....................................................................................................... 13 2.4 Liability.................................................................................................................. 13 2.5 Type labels........................................................................................................... 13 3 Definitions: transmitters/receivers................................................................ 14 3.1 Transmitters.......................................................................................................... 14 3.2 Receivers.............................................................................................................. 14 4 Important basics ............................................................................................ 15 4.1 Transmitters and channels................................................................................ 15 4.2 Learn mode ........................................................................................................ 15 4.3 Routing ................................................................................................................ 15 4.4 Products................................................................................................................ 16 4.5 Product types....................................................................................................... 17 4.6 Automatic functions............................................................................................ 19 4.6.1 Sun control..................................................................................................... 19 4.6.1.1 Using sun control correctly.................................................................................................... 19 4.6.1.2 The sun control during a wind, precipitation or ice alarm.............. 20 4.6.2 Dawn/dusk control....................................................................................... 20 4.6.2.1 Using dawn/dusk control correctly..................................................... 20 4.6.2.2 Wind monitor .......................................................................................... 21 4.6.3 Dwell time....................................................................................................... 22 5 WMS Transmitters........................................................................................... 23 5.1 WMS Central transmitter.................................................................................... 23 5.1.1 Operating elements...................................................................................... 24 5.2 WMS Hand-held transmitter ............................................................................. 25 5.2.1 Operating elements and displays.............................................................. 26 5.2.2 Operating elements on the back............................................................... 28 5.3 WMS Hand-held transmitter basic................................................................... 29 5.3.1 Operating elements and displays.............................................................. 29 5.3.2 Operating elements on the back............................................................... 30 5.4 WMS transmitter.................................................................................................. 31 5.4.1 Operating elements and displays.............................................................. 31 5.5 WMS Wind sensor.............................................................................................. 31 5.5.1 Operating elements and displays.............................................................. 32 5.5.2 Back................................................................................................................ 32 5.5.3 The heartbeat function of the WMS Wind sensor................................. 32 890407_c•en•01.05.2013 We reserve the right to carry out improvements 3 Contents WAREMA Mobile System® Application brochure 5.6 WMS Weather station plus................................................................................ 33 5.6.1 Operating elements and displays.............................................................. 33 5.6.2 Heartbeat function........................................................................................ 34 5.7 WMS Weather station eco................................................................................. 34 5.7.1 Operating elements and displays.............................................................. 34 5.7.2 Heartbeat function........................................................................................ 35 5.8 6 WMS Stick............................................................................................................ 36 WMS receivers................................................................................................. 37 6.1 WMS Plug receiver............................................................................................. 37 6.1.1 Learning in the plug receiver again.......................................................... 37 6.1.2 Plug-in connector wiring.............................................................................. 38 6.2 WMS Actuator...................................................................................................... 39 6.2.1 Learning in the WMS Actuator again........................................................ 39 6.3 WMS Radiant heater control............................................................................. 40 6.3.1 Learning in the WMS Radiant heater control.......................................... 40 6.4 WMS Socket........................................................................................................ 41 6.4.1 Learning in the WMS Socket again........................................................... 41 6.5 WMS packages................................................................................................... 42 6.5.1 Packages with a hand-held transmitter.................................................... 42 6.5.2 Packages without a hand-held transmitter............................................... 42 7 Practical examples ......................................................................................... 43 7.1 Standard functions on the WMS Hand-held transmitter.............................. 45 7.1.1 Operating the products............................................................................... 45 7.1.2 Learning/recalling the comfort positions................................................................................... 46 7.1.3 Display/parameterizing the control functions.......................................... 47 7.1.4 Switching on/off the comfort control functions....................................... 48 7.1.5 Learning in (scanning)................................................................................. 48 7.1.6 Deleting products from the network.......................................................... 50 7.1.7 Build groups.................................................................................................. 51 7.1.8 Deleting products from a channel............................................................. 52 7.1.9 Building scenes............................................................................................ 53 7.1.10 Recalling scenes.......................................................................................... 54 7.1.11 Redefining scenes........................................................................................ 55 7.1.12 Deleting scenes............................................................................................ 56 7.2 Special functions on the WMS Hand-held transmitter................................. 57 7.2.1 Calling up the modes.................................................................................. 58 7.2.2 Mode 0: Setting limit values........................................................................................ 59 7.2.3 Mode 1: Learning in the run/tilting time................................................... 62 7.2.4 Mode 2: Displaying measured values...................................................................... 64 7.2.5 Mode 3: Resetting the actuator parameters............................................................ 66 7.2.6 Mode 4: Searching for and deleting faulty actuators............................................. 68 7.2.7 Mode 5: Searching for and deleting faulty sensors............................................... 70 7.2.8 Mode 6: Deleting actuators/sensors by entering the serial number.................. 72 7.2.9 Mode 7: Deleting sensor allocations........................................................................ 74 7.2.10 Mode 8: Deleting a receiver from a channel........................................................... 75 7.2.11 Mode 9: Resetting the hand-held transmitter.......................................................... 76 4 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Contents 7.2.12 7.2.13 Mode 10: Deleting the routing tables.......................................................................... 77 Mode 11: Changing a channel..................................................................................... 78 7.3 Functions on the WMS Hand-held transmitter basic.................................... 80 7.3.1 Operating the products............................................................................... 80 7.3.2 Learning/recalling the comfort positions................................................. 80 7.3.3 Switching on/off the comfort control functions....................................... 81 7.3.4 An existing system with a WMS Hand-held transmitter is expanded to include a WMS Hand-held transmitter basic................... 81 7.3.5 An existing system with a WMS Central transmitter is expanded to include a WMS Hand-held transmitter basic................... 83 7.3.6 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter basic................... 83 7.3.7 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter.............................. 84 7.3.8 Learning the WMS Hand-held transmitter basic into a new receiver (plug receiver, actuator, etc.)....................................................... 86 7.3.9 Deleting learned-in products from the WMS Hand-held transmitter basic and the network................................................................................. 88 7.3.10 Resetting the WMS Hand-held transmitter basic.................................... 89 7.4 Functions of the WMS transmitter.................................................................... 90 7.4.1 Learning in (scanning)................................................................................. 90 7.4.2 Copying the product channel into the WMS transmitter....................... 90 7.4.3 Deleting products from the WMS transmitter.......................................... 91 7.4.4 Deleting the WMS transmitter from the network..................................... 91 7.4.5 Restoring the factory settings..................................................................... 91 7.4.6 Operation – Operating the products......................................................... 92 7.4.7 Switching on/off the comfort control functions....................................... 93 7.4.8 Learning/recalling the comfort positions................................................. 94 7.5 Functions of the WMS Radiant heater control............................................... 95 7.5.1 Operating the WMS Radiant heater control............................................. 95 7.6 Functions of the WMS Socket.......................................................................... 96 7.6.1 Operating the WMS Socket........................................................................ 96 7.7 Functions on the WMS wind sensor................................................................ 97 7.7.1 Checking the battery charge status.......................................................... 97 7.7.2 Calling up the "Replace battery" mode.................................................... 97 7.7.3 Identifying the plug receiver....................................................................... 97 8 Useful tips........................................................................................................ 98 8.1 Scanning with the (large) WMS Hand-held transmitter................................ 98 8.2 Building groups................................................................................................... 99 8.3 Awnings with a wind sensor or valance roller blind...................................100 9 Troubleshooting............................................................................................ 101 9.1 Operating problems.........................................................................................101 9.2 Commissioning problems...............................................................................102 9.3 Other problems.................................................................................................103 10 Radio wave properties.................................................................................. 104 890407_c•en•01.05.2013 10.1 Propagation of radio waves in the open......................................................104 10.2 Propagation of radio waves in buildings......................................................104 10.3 Attenuation of radio signals............................................................................105 10.4 Attenuation values of various building materials........................................105 10.5 Radio shadow....................................................................................................107 10.6 Active sources of interference........................................................................107 10.7 Effect of radio waves on humans and animals...........................................108 We reserve the right to carry out improvements 5 Contents WAREMA Mobile System® Application brochure 10.8 Installation instructions for WMS products...................................................108 11 Compatibility with earlier radio products................................................... 109 11.1 Converting EWFS to WMS..............................................................................109 12 Aids................................................................................................................ 110 12.1 WMS hand-held transmitter channel allocation...........................................110 13 Index............................................................................................................... 111 6 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Features 1 Features The WAREMA Mobile System (WMS) radio system offers a large number of trend-setting and future-proof features: Bidirectional: All WMS components are both transmitters and receivers. The user receives feedback on executed move commands on the WMS transmitter. The parameters and limit values of the actuators can be displayed and changed. Intelligent routing function: The transmission range is extended by the capacity of WMS components to pass information on to more distant WMS components. High transmission reliability, low susceptibility to interference. Transmission frequency 2.4 GHz: The WMS system is based on the latest standards (comparable with the WLAN communication of modern computer systems). 128-bit encryption: The WMS radio network is encrypted (128 bit); every radio network additionally defines a separate key for the components involved. This makes it impossible for third parties to penetrate the network and operate the unit. Sophisticated operating concept: The WMS concept enables the continued development of additional WMS products in the future (transmitters, actuators, sensors, software, etc.) that integrate smoothly into the palette of existing products and are fully compatible. Ideal for retrofitting existing systems: The WMS products communicate with each other on a wireless basis -- minimal wiring and low installation costs. Readily extendable: A mobile central control unit with a colour display and numerous sensors lets you control the connected products with a maximum level of comfort and a high degree of automation. Flexibility: A diverse selection of sun shading control systems and other units can be integrated in the radio network as needed. Actuators in a wide range of different designs make it possible to originally equip or retrofit many products with WMS. Products that can be controlled with this unit include: Sun shading products Lighting systems Motor-operated windows And many more The advanced technology and excellent expandability of the WMS system guarantee that it will retain its value over the long-term. You have invested in the future. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 7 Features WAREMA Mobile System® Application brochure 1.1 Common applications 1.1.1 Patio awning WMS Hand-held transmitter, Plug receiver and Wind sensor Fig. 1 Communication between the WMS products The WMS Plug receiver is the heart of the system. This is where all of the settings and parameters for the awning are stored. If multiple transmitters are used to operate the awning, this arrangement ensures that the current settings are always available. The WMS Plug receiver communicates internally with the WMS Wind sensor. Therefore, this is the only plug receiver that is visible within the WMS network. The WMS Hand-held transmitter communicates exclusively with the WMS Plug receiver (see Fig. 1). It sends commands to the plug receiver and always receives feedback on whether the command was executed. The information on the control functions can be displayed and changed on the handheld transmitter. 1.1.2 Patio awning with valance roller blind, coupled units WMS Hand-held transmitter, 2 plug receivers and a wind sensor Fig. 2 8 We reserve the right to carry out improvements Communication between the WMS products 890407_c•en•01.05.2013 Features Awnings with one or two valance roller blinds and coupled units use multiple plug receivers and/or wind sensors (see Chapter 6.5 on page 42). The WMS Plug receiver for the awning drive communicates internally with the WMS Wind sensors and the plug receivers for the valance roller blinds (depending on the scope of the package). This is the only plug receiver that is visible within the WMS network. The WMS Hand-held transmitter communicates exclusively with the WMS Plug receiver (see Fig. 2). It sends commands to the plug receiver and always receives feedback on whether the command was executed. The information on the control functions can be displayed and changed on the handheld transmitter. 1.1.3 230 V products WMS Hand-held transmitter, WMS Actuator Fig. 3 Communication between the WMS products Sun shading products with a 230-V drive can be comfortably remote-controlled using the WMS Actuator. This also applies to all other 230-V products such as windows and lighting systems. The WMS actuator controls the motor while the hand-held transmitter is used for manual operation of the product. A WMS Central transmitter, for example, can be used for convenient time control. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 9 Features WAREMA Mobile System® Application brochure 1.1.4 Sun shading product and sensors WMS Central transmitter, Plug receiver and Weather station eco Fig. 4 Communication between the WMS products A WMS Central transmitter is used for manual operation in this example, and the eco weather station is used for brightness- and wind-related control. The eco weather station measures the outdoor brightness and wind speed and sends this information to the network at regular intervals. All plug receivers in the network into which the eco weather station has been learned evaluate the information and control the sun shading product according to the set wind and light limit values. The information on the control functions can be displayed and changed via the central control unit. 10 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Features 1.1.5 Groups of sun shading products and sensors WMS Central transmitter, Plug receiver and Weather station plus Fig. 5 Communication between the WMS products To operate multiple sun shading products in parallel, they are individually connected to a WMS Plug receiver. The plug receivers are organised in a group. The products are operated jointly via this channel. If a sensor is learned into the channel, all receivers belonging to the channel receive the weather data from the sensor and move the sun shading products according to the set control parameters. The plus weather station measures the outside temperature, precipitation and wind speed and sends this information to the network at regular intervals. All plug receivers in the network into which the plus weather station has been learned evaluate the information and control the sun shading product according to the set limit values. The information on the control functions can be displayed and changed on the WMS Central transmitter. 890407_c•en•01.05.2013 NOTE If a receiver is outside of the range of a transmitter, the information is passed on by the other network devices (routing function). This also works over multiple intermediate stations. Example If the lower plug receiver in Fig. 5 cannot be reached directly by the weather station, the upper plug receiver passes on the information to it (arrow in a different colour). We reserve the right to carry out improvements 11 Safety instructions 2 Safety instructions WAREMA Mobile System® Application brochure We have developed and tested the WAREMA Mobile System products in accordance with basic safety requirements. Residual risks nevertheless remain! Therefore, read the device operating and installation instructions before operating the control unit for the first time. They will help you to become familiar with the functions and to use them in an optimal manner. It is very important to adhere to the safety and warning information provided in the instructions of the WMS products. Store the operating instructions of the devices at a location that is always accessible to all users. 2.1 Meanings of symbols and pictographs The safety information in these instructions is marked with warning symbols. It is categorised into different warning types depending on the level of potential danger: DANGE warns of an imminently dangerous situation. Possible consequences may include serious injuries and even death (personal injury), property or environmental damage. WARNIN warns of a potentially dangerous situation. Possible consequences may include light or serious injuries and even death (personal injury), property or environmental damage. CAUTIO Reminder to be careful. Possible consequences of the failure to do so may include property damage. The following pictograms and symbols may be affixed to the control itself or to the connected devices, alerting you to potential danger: WARNIN Warning against dangerous electrical voltage! NOTE Example The term NOTE marks important information and helpful tips. The term Example marks an example. The square marks an instruction or a prompt for action. Perform this step. The triangle marks an event or the result of a preceding action. The black triangle is a bullet point for lists or selections. 12 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Safety instructions 2.2 Intended use The WAREMA Mobile System products are used to control different devices such as sun shading products, lighting systems, heating, cooling and ventilating equipment as well as window drives. WARNIN The consequences of unintended use may include personal injury to the operator or to third parties, as well as property damage to the units themselves, to connected devices or to moveable mechanical parts of the entire system. The approval of the manufacturer must be obtained for uses outside of the purposes listed here. Therefore, use our products only as intended. 2.3 Target group These instructions are directed at qualified technicians. WARNIN Operation by persons who are not sufficiently qualified and informed can result in personal injury or cause serious damage to the system. Installation and commissioning may therefore only be performed by properly trained qualified technicians. These technicians must be able to recognize dangers that may be caused by the mechanical, electrical or electronic equipment. Persons commissioning the system must know and understand the contents of these instructions and of the instructions of the WMS products. 2.4 Liability Failure to comply with the product information in these instructions and use of the device in a manner that contravenes its intended use and purpose may result in the manufacturer refusing to honour warranty claims for product damage. In this case, liability for secondary harm to persons or damage to property will also be excluded. Follow also the instructions in the operating manual of your sun shading system. The automatic or manual operation of the sun shading system when iced over as well as using the sun shading system during severe weather may cause damage and must be prevented by the user by taking suitable precautions. 2.5 Type labels The four-digit production number can be found at the bottom right of the type label. The serial number is located to the left of it and is identified by the abbreviation "SNR". When combined with devices with a smaller production number, the behaviour of the WMS products may differ in some cases. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 13 Definitions WAREMA Mobile System® Application brochure 3 Definitions: transmitters/ receivers The WAREMA Mobile System is based on a bidirectional data exchange. This means that every component is both a transmitter and a receiver. For every piece of information sent, a response is received from the counterpart. However, because some devices primarily send commands and information, and other devices receive these, their categorisation into transmitters and receivers provides clarity. 3.1 Transmitters Hand-held transmitters and central controllers are one type of transmitter; they are used to initiate control commands, start learning operations and change parameters. The following transmitters are available at this time: WMS Central control unit (please find detailed information in the operating instruction art. no. 890 175) WMS Hand-held transmitter WMS Hand-held transmitter basic WMS Transmitter Weather stations and sensors are another type of transmitter; these regularly transmit information to the receivers and can thus automatically activate control commands. The following sensors are available at this time: WMS Weather station plus WMS Eco weather station 3.2 Receivers Receivers are either integrated in a sun shading product or are connected upstream from a sun shading product, a lighting, heating or air conditioning unit, or a window. The receiver receives the switch commands from the transmitter and then executes the corresponding move or switch commands. WMS Plug receiver WMS Actuator WMS Radiant heater control WMS Power socket A detailed description of the individual products can be found in the respective operating and installation instructions. 14 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Basics 4 Important basics 4.1 Transmitters and channels 4.2 Learn mode 4.3 Routing This chapter describes the functions of the WAREMA Mobile System transmitters. Without this information you will not be able to take advantage of the multitude of functions of the WMS. Therefore, read this chapter very carefully. When we speak of transmitters, we always mean the transmitting device itself. Example: hand-held transmitter, central control unit, weather station. The transmitting device (the transmitter) has channels that receivers can be learned into. For each channel, the information is simultaneously sent to all receivers learned into that channel. When the receiver is delivered, it does not "know" any transmitters initially and first needs to learn to which transmitters it should respond. We refer to this process as "learning". Routing is a process that determines the route a data volume takes to the next station. Which of the available routes is selected is stored in a routing table. Routes create a tight network that offers the data volume numerous paths to its destination. If a route is no longer available, the data simply take another path to their destination. Every WMS product is both a transmitter and receiver. The radio command searches for the best route to the destination receiver. Using the routing function, this can also take place through neighbouring receivers if a route is blocked. This results in considerably higher transmission reliability. The user receives feedback on whether the command was received and executed. The advantage of routing mainly lies in the following function: If a receiver is outside of a transmitter's range, the information is passed on by the other network devices (routing function). This also works over multiple intermediate stations (as described above). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 15 Basics WAREMA Mobile System® Application brochure 4.4 Products Product WMS receivers can be used to control a large number of different products. The following table provides an overview of the products, the product type and the commissioning and operating capabilities. Product type Manual operation Commissioning Handheld transmitter Handheld transmitter basic WMS transmitter Central control unit Handheld transmitter Handheld transmitter basic WMS transmitter Central control unit External venetian blind External venetian blind ■ ■ ■ ■ ■ ■ -- 4) ■ Internal venetian blind External venetian blind ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Roller shutter Roller shutter ■ ■ ■ ■ ■ ■ -- 4) ■ Internal roller blind Roller shutter ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Pleated blind Roller shutter ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Patio awning Awning ■ ■ ■ ■ ■ ■ -- 4) ■ Patio awning with wind sensor Awning ■ ■ ■ ■ ■ 2) ■ 2) -- 4) ■ Patio awning with valance roller blind Awning ■ 3) ■ 3) ■ 3) ■ □ 1) □ 1) -- 4) ■ Patio awning with valance roller blind and wind sensor Awning ■ 3) ■ 3) ■ 3) ■ ■ 2) ■ 2) -- 4) ■ Conservatory awning Awning ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Drop-arm awning Awning ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Facade awning Awning ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Markisolette Awning ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Vertical awning Awning ■ ■ ■ ■ □ 1) □ 1) -- 4) ■ Window Window ■ ■ ■ ■ ■ ■ -- 4) ■ Switching of lights (or other loads) Light ■ ■ ■ ■ ■ ■ -- 4) ■ 1) The product can only be partially commissioned via the WMS Hand-held transmitter. It is possible to select the product type. However, run times and other parameters can only be adjusted via the central control unit. 2) The product can be commissioned via the WMS Hand-held transmitter. However, run times can only be adjusted via the central control unit (the parameters of the WMS Wind sensor packages are fully set at the factory). 3) When a single unit has multiple valance roller blinds, these can only be operated jointly via the hand-held transmitter. 4) A channel must be copied from WMS studio/WMS Central transmitter/WMS Hand-held transmitter (basic). It is not possible to commission the system without additional control panels or the WMS studio software. 16 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Basics 4.5 Product types The product type determines the available functionality when operating the product connected to the WMS Plug receiver. It is specified when learning the plug receiver into a WMS transmitter. CAUTIO When learning in, it is important that you select the product type of the connected product. Selection of the wrong product type can lead to malfunctions and may result in damage to the connected product. Product type External venetian blind Functionality Short: The slats tilt up. Long: The product moves up. The product stops. Short: The slats tilt down. Long: The product moves down. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. Roller shutter The product moves up. The product stops. The product moves down. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. Awning Awning without valance roller blind drive The product moves up/retracts. or arrow button in opposite direction: The product stops. The product moves down/extends. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. NOTE The STOP button also deactivates the wind evaluation for one minute. Awning with valance roller blind drive 1 x short: The awning retracts. 2 x short: The valance roller blind retracts fully and then the awning retracts fully. 1 x long: The valance roller blind retracts. The position of the awning does not change. or arrow button in opposite direction: The product stops. 1 x short: The awning extends. 2 x short: The awning extends fully, and then the valance roller blind extends fully. 1 x long: The valance roller blind extends. The position of the awning does not change. NOTE The STOP button also deactivates the wind evaluation for one minute. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 17 Basics WAREMA Mobile System® Application brochure Product type Window Functionality The product closes. The product stops. The product opens. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. Light The product is switched on. The product state changes (ON→OFF, OFF→ON). The product is switched off. Short: The product switches to the stored comfort position. Long: The comfort position for the product is stored. NOTE Once the product type has been selected, it can no longer be changed directly. To program a WMS Plug receiver for another product type, the receiver must be deleted out of the network entirely and learned in again. In the next chapter, we will look at the special features of the individual WMS products. In Chapter 7 beginning on page 43, you will also find clearly illustrated practical examples. 18 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Basics 4.6 Automatic functions The control functions are for the automatic control of your sun shading products or other connected products. CAUTIO Changing operator settings may impact the safety of the unit or reduce its effectiveness. Please consult a specialist if you are not sure about the effects of a modification. 4.6.1 Sun control 4.6.1.1 Using sun control correctly The sun control is one of the chief control functions, as controlling the sun shading products on the basis of brightness is a fundamental requirement. Weather stations and photo sensors are employed to measure brightness. The "SUN" set limit value specifies at which brightness the sun shading product is lowered. When the "PHOTO" measuring value exceeds the "SUN" set limit value, a move command is triggered and the sun shading products are lowered. To prevent the sun shading product from being raised or lowered immediately at each brightness change (e.g. when the sun is temporarily blocked by a cloud), a delay time can be assigned to the "CLOUD" limit value. This quiets the motion behaviour of the sun shading product, thereby increasing the level of comfort. When the "PHOTO" measuring value falls below the "CLOUD" set limit value, the sun shading product is raised again. The setting values for the sun control described above are addressed below in more detail. Using an example, the following graphic demonstrates schematically how the outdoor brightness can change in the course of a certain time period: 1 2 3 4 5 6 Brightness in klx limit value "SUN" limit value "CLEAR" Fig. 6 Delay "SUN" Delay "CLOUD" Brightness curve Delay "SUN" limit value "CLOUD" < 2 min = 2 min = 2 min Time Brightness curve and movement behaviour The bold dark curve represents the course of brightness; the three horizontal lines are the limit values you have set for raising or lowering the sun shading product. The vertical dashed lines mark the activation or deactivation delay times. Assuming you have set 2 minutes for these delay times, the sun shading system will react as follows: 890407_c•en•01.05.2013 We reserve the right to carry out improvements 19 Basics WAREMA Mobile System® Application brochure The outdoor brightness increases until point  of the curve is reached; the "SUN" limit value is reached at that point. Although the "SUN" delay now begins running, your sun shading product is not lowered yet. At point  of the curve, the brightness drops below the "SUN" limit value once more before the "SUN" delay time has elapsed. Your sun shading product stays up. The brightness level increases later on and at point  exceeds the "SUN" limit value again. Although the "SUN" delay now begins running, the sun shading product is not lowered yet. The "SUN" delay time has elapsed at point  and the limit value is still exceeded – the sun shading product is now lowered. A cloud now moves in front of the sun and it gradually becomes too dark indoors; the "CLOUD" limit value is undercut at point . Nothing happens initially because the "CLOUD" delay is started first – the sun shading product is therefore not raised yet. The "UP" delay has finally elapsed at point  and the "UP” limit value is still undercut; the sun shading product is now raised again. Thus, when your delay times are set correctly, they enable the sun shading product to be controlled in a manner that provides a high level of comfort. They “quiet” the response of the control. As a consequence, the sun shading product is not moved immediately whenever there is a change in the outdoor brightness. NOTE 4.6.1.2 The sun control during a wind, precipitation or ice alarm 4.6.2 Dawn/dusk control The sun control is not effective during a wind, precipitation or ice alarm. After the alarm has been cancelled, the automatic sun control becomes active again and resumes evaluating the brightness. The dawn/dusk control is another comfort function that allows control of the sun shading products as a function of the lighting conditions at dawn or dusk, especially to ensure visual privacy. The “Dawn/dusk” sensor of a weather station is used to register the brightness. When the "Dawn/dusk" measuring value exceeds the "DAWN" set limit value for the duration of 5 minutes, a move command is triggered and the sun shading product moves to the "DAWN" position. When the "Dawn/dusk" measuring value falls below the "DUSK" set limit value for the duration of 5 minutes, the sun shading product moves to the "DUSK" position. NOTE 4.6.2.1 Using dawn/dusk control correctly 20 It also becomes apparent from the graphic that the "SUN" limit value must always be set above the "CLOUD" limit value or the sun control will not work. Dawn/dusk control and time: To be able to use the dawn/dusk control, you require a WAREMA WMS Central transmitter since you must use the correct time for this function. This is the only way for the system to know if the limit value is "DAWN" (before 12 noon) or DUSK (after 12 noon) and to correctly move the sun shading product. The following example illustrates the effects of the setting values for the dawn/dusk control described above. Example Using an example, the following graphic demonstrates schematically how the outdoor brightness can change over the course of dawn/dusk: We reserve the right to carry out improvements 890407_c•en•01.05.2013 Basics 1 2 3 4 Brightness in lx Limit value "DUSK" Limit value "DAWN" Fig. 7 Delay "DAWN" Delay "DUSK" Brightness curve 5 min 5 min time Brightness curve and movement behaviour The bold dark curve represents the brightness over the course of the day; the three horizontal lines are the limit values you have set for raising or lowering the sun shading product. The outdoor brightness increases at dawn until point  of the curve is reached; the “DAWN” limit value is reached there and then exceeded. The activation delay of 5 minutes (this cannot be changed) now begins to run. At point  of the curve, this time has elapsed and the limit value is still exceeded – the sun shading product now moves to the set position “DAWN”. The outdoor brightness decreases at dusk until point  of the curve is reached; the “DUSK” limit value is reached there and is then undercut. The deactivation delay of 5 minutes (this cannot be changed) now begins to run. At point  of the curve, this time has elapsed and the limit value is still undercut – the sun shading product now moves to the set position “DUSK”. NOTE 4.6.2.2 Wind monitor If the “DAWN” limit value is undercut again within the delay time, the sun shading product does not move to the set position “DAWN” at point  of the example. If the “DUSK” limit value is exceeded again within the delay time, the sun shading product does not move to the set position “DUSK” at point  of the example. Heavy winds can cause damage to the outside sun shading products. The WAREMA WMS products therefore include a wind monitor that can be activated to protect your sun shading products against storm damages. In the event of a wind alarm, the sun protection products are automatically moved to an adjustable position and can then neither be operated by hand nor through a comfort function. The limit values for a wind alarm for each product type are already stored in the WAREMA control but can be subsequently changed and stored. WARNIN It is highly recommended not to deactivate the wind monitor for outside sun shading products such as external venetian blinds, articulated arm awnings and conservatory awnings as well as windows. In contrast, there is no risk associated with deactivating the wind monitor for inside sun shading products such as venetian blinds and other controllable products such lights and heating, etc. Example 890407_c•en•01.05.2013 The following diagram illustrates the significance of the individual parameters: We reserve the right to carry out improvements 21 Basics WAREMA Mobile System® Application brochure 1 2 3 4 5 6 Wind speed in m/s Fig. 8 <5s =5s Delay “WIND OFF” Delay "WIND" Speed curve Delay "WIND" Set limit value "WIND" = 10 min Time Wind speed and movements The bold dark curve represents the wind speed and the horizontal line the set limit value for raising the sun shading product. The vertical, broken lines indicate the on and off delay times. If you set an on delay time of 5 seconds, an off delay time of 10 seconds and position 0% (top), the sun shading product will respond as follows: The wind speed increases until point a of the curve is reached; the "Limit value WIND" is reached here. The "Delay WIND" now begins to run and your sun shading product is not yet raised. At point b of the curve, the value drops below "Limit value WIND"; the delay time is interrupted before it could elapse and the sun shading product remains where it is. The wind speed increases later on and at point c is still lower than the limit value. The "Delay WIND" time now begins to run anew and your sun shading product is not yet raised. At point d the delay time has elapsed and the "Limit value WIND" is still exceeded - the sun shading product is now raised. The wind slackens again, and the value drops below "Limit value WIND" at point e However, the sun shading products does not move yet because the off delay time starts first. At point f the off delay has elapsed and the limit value is not yet reached. The wind monitoring function now enables operation of the sun shading product again. As this illustrates, the use of delay times results in a comfortable control of the sun shading product. Like the sun control, it helps "quiet" the response of the control. As a consequence, the sun shading product is not moved immediately every time there is a change in wind speed. 4.6.3 Dwell time 22 The dwell time is used to set how long the comfort functions are to be disabled after manual operation. The setting range is 00:00 to 12:00 hours. To set the value "Dwell time hh.mm", you either require a WMS Central transmitter or the WMS studio software. NOTE A time switch command (via WMS Central transmitter) or the dawn/dusk control delete the manual dwell time and are executed at any time. We reserve the right to carry out improvements 890407_c•en•01.05.2013 WMS transmitter 5 WMS Transmitters In this chapter, we will present the various WMS transmitters and describe their differences and special functions. Without this information, you will not be able to take full advantage of the multitude of functions of the WAREMA Mobile System. Therefore, read this chapter very carefully. The information in this chapter is not a substitute for the instructions provided with the products. CAUTIO Read all of the instructions provided with the product carefully before installing, commissioning and operating the products. The WMS Central transmitter offers the full range of functions available with WMS. Other transmitters, such as the WMS Hand-held transmitter, do not offer all functions. 5.1 WMS Central transmitter The WMS Central transmitter has an elegant design and a particularly userfriendly user interface. The presentation of all setting steps and measuring values is provided in plain text in a clearly arranged display window, simply referred to as "Display" in this document. The high contrast of the display lighting ensures good readability. WMS Central transmitter features: Elegantly designed housing with high quality acrylic glass front 8 sensor function buttons, buttons A and i Graphic 3.5" TFT display (320 x 240 pixels, 256 colours) LED status display The charging station for recharging the batteries can be used on a table or as a wall support. Fig. 9 890407_c•en•01.05.2013 The WMS Central transmitter in the charging station We reserve the right to carry out improvements 23 WMS transmitter WAREMA Mobile System® Application brochure The WMS Central transmitter can be used for the following products and functions: Type Number Actuators 200 Channels 96 Actuators per channel 10 Sensors per channel 4 Scenes 32 Actuators per scene 200 Favourites 48 Up to 15 WMS Central transmitters can be learned into a radio network. NOTE Furthermore, the optional WAREMA Mobile System studio PC software and a WMS Stick make it possible to set the parameters of WMS products, create and change projects on the PC, and to transmit these to the WMS products. 5.1.1 Operating elements Fig. 10 The operating elements of the WMS Central transmitter  Display The illuminated display provides information on everything you can read or set on the WMS Central transmitter. For example, you can view the current measured values of the outdoor brightness and outside temperature, the current time and much more.  Function buttons Depending on the information on the display, different processes can be triggered with the function buttons. For example, you can switch between menus, restore a preset value, cancel an input, and more.  Button A This button jointly switches the comfort functions of all receivers learned into the network on and off.  Button i This button calls up specific information depending on the menu or it opens special submenus.  Battery status indicator A red and green LED indicate the battery status. 24 We reserve the right to carry out improvements 890407_c•en•01.05.2013 WMS transmitter Display Status Green LED lights up The central control unit is charged via the charging station. Red LED lights up The central control unit is in the charging station; there are no batteries in the device or they are faulty. If conventional batteries are contained in the device, the red LED lights up after several minutes. This is to indicate that the batteries are not charged by the device. Green LED flashes The central control unit is not in the charging station; the batteries are still sufficiently charged. Red LED flashes The batteries are almost empty. Place the central control unit into the charging station for charging. 5.2 WMS Hand-held transmitter The WAREMA Mobile System (WMS) hand-held transmitter is used for the remote control of WMS receivers. The receivers send a confirmation of the received commands, and the hand-held transmitter indicates that it received the confirmation. The WMS Hand-held transmitter supports 5 different product types. Ten channels are available per product type and up to 10 receivers can be learned into each channel. To operate different products simultaneously and to recall specifically defined states, up to 10 different scenes can be defined. A scene can be used to operate up to 200 receivers with a single command. The comfort control functions can be switched on and off via the WMS Handheld transmitter. The parameters of the control functions that are stored in the receiver can be displayed and changed. When the WMS Hand-held transmitter operates a product, it indicates whether the previous operation of the product was by a control function. If a control function is preventing operation of the product (e.g. a wind alarm), this is also displayed on the WMS Hand-held transmitter. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 25 WMS transmitter WAREMA Mobile System® Application brochure 5.2.1 Operating elements and displays Fig. 11 Pos. 26 We reserve the right to carry out improvements Operating panel of the WMS Hand-held transmitter Fig. Function A Control on/off button Switch on and off the control functions of the receivers that were learned in. The LEDs below the control symbols light up during switching: GREEN: Switch on the control function. RED: Switch off the control function. B Product buttons Select the product type, or switch between product channels. (All product buttons that can be pressed light up. The currently selected product type flashes.) Awning Roller shutter External venetian blind, Light Window 890407_c•en•01.05.2013 WMS transmitter Pos. Fig. Function C Info button Displays information on the currently selected product channel. Multiple display modes can be called up one by one. Every press on changes to the next mode: 1. Allocation of channel and receivers (display only) 2. Sun control ( + + can be used to change and store the displayed value). 3. Dawn/dusk control ( + + can be used to change and store the displayed value). 4. Precipitation control ( + + can be used to change and store the displayed value). 5. Wind monitoring (safety function, display only) 6. Leave the info mode. Move commands cannot be sent while the info mode is active ( lights up). In the info mode, the hand-held transmitter switches off one minute after the last press of a button. D Control function display In the info mode: display of the control functions for sun, dawn/dusk, precipitation and wind. The LEDs below the symbol show the current state of the control functions: GREEN: The control function is switched on. RED: The control function is switched off. During operation: If a control function was the reason for the last movement, the corresponding symbol lights up for 2 s when you operate the product the next time. The LEDs below the symbols indicate whether the product can be operated: GREEN: The cause for the last movement is displayed; the move command is executed. RED: The control function prevents the move command just given (e.g. the awning is not extended because the wind alarm is active). D Display of special functions These fields are active if the corresponding function was activated by the press of a button. Control function Learn mode is active. Info mode: Channels, parameters or control function information is displayed. Special mode is active. 890407_c•en•01.05.2013 E Transmission LED GREEN: The hand-held transmitter is transmitting. RED: The hand-held transmitter did not receive a response from the receiver. YELLOW: Change the batteries. F Numbers display The numbers display block indicates a variety of information that depends on the state of the hand-held transmitter. Upper row of LEDs: Scanned receivers, parameter values Numbers: Channel numbers, parameter levels, mode numbers Lower row of LEDs: Active channel G cene button S Select stored scenes or store new scenes. H UP/STOP/DOWN or +/Save/- buttons Send move or switch commands to the selected receiver. If the handheld transmitter is in the info or learn mode, the buttons can be used to change or store settings ( + + light up). I omfort button C Save and recall comfort positions and scenes. We reserve the right to carry out improvements 27 WMS transmitter WAREMA Mobile System® Application brochure 5.2.2 Operating elements on the back Fig. 12 Pos. Back of the WMS Hand-held transmitter Fig. Function K Batteries The hand-held transmitter requires two batteries of type AAA (IEC LR03, "Micro"). L Mode button For special functions and for setting WMS receivers This button is described in the WMS application brochure. CCAUTIO This button is reserved for use by a trained specialist dealer. Incorrect use can lead to the deletion of important operating parameters in the WMS receivers and to damage to the controlled products. This may make it necessary to have the WMS components reprogrammed at WAREMA. M 28 We reserve the right to carry out improvements Learn button Activates or closes the learn mode of the hand-held transmitter (symbol lights up in green). 890407_c•en•01.05.2013 WMS transmitter 5.3 WMS Hand-held transmitter basic The WAREMA Mobile System (WMS) Hand-held transmitter basic is used for the remote control of WAREMA WMS receivers. The receivers send a confirmation of the received commands, and the hand-held transmitter basic indicates that it received the confirmation. The WMS Hand-held transmitter basic supports five different product types (awning, roller shutter, external venetian blind, window, light). Only one receiver or one group with multiple receivers of the same product type can be actuated at any one time. The comfort control functions can be switched on and off via the WMS Handheld transmitter basic. If a control function is preventing operation of the product (e.g. a wind alarm), this is also displayed on the WMS Hand-held transmitter basic. 5.3.1 Operating elements and displays A Fig. 13 890407_c•en•01.05.2013 Operating panel of the WMS Hand-held transmitter basic We reserve the right to carry out improvements 29 WMS transmitter WAREMA Mobile System® Application brochure Pos. Fig. Function A Control function on/off button Switch on and off the comfort control functions of the receivers that were learned in.  Control function LED with two functions , the LED indicates whether  When you press the control button the comfort control functions are active or inactive.  If operation is blocked on your hand-held transmitter, for example due to a wind alarm, this LED flashes red. (The wind alarm keeps your sun shading systems safe. When the set wind speed limit is exceeded, the blinds are retracted and manual operation is blocked during this time.)  The control function LED and transmission LED flash ORANGE: Hand-held transmitter basic is in its factory state (does not belong to a network, still needs to be learned in). NOTE If the two buttons flash red, you pressed the button for + too long and you are now in the factory mode. To leave this mode, press the learn button briefly . 4 Transmission LED flashes GREEN: The hand-held transmitter basic is transmitting. RED: The hand-held transmitter basic did not receive a response from the receiver. ORANGE: Change the batteries. 5 UP/STOP/DOWN buttons Send move or switch commands to the selected receiver. If the handheld transmitter basic is in the info or learn mode, the buttons can be used to change or store settings. 6 Comfort button This button can be used to store and call up comfort positions. 5.3.2 Operating elements on the back Fig. 14 Pos. 30 We reserve the right to carry out improvements Back of the WMS Hand-held transmitter basic Fig. Function 7 Batteries The hand-held transmitter basic requires two batteries of type AAA (IEC LR03, "Micro"). 8 Learn button Activates or closes the learn mode of the hand-held transmitter basic 9 L LED Indicates that the hand-held transmitter is in learn mode (lights up green) 890407_c•en•01.05.2013 WMS transmitter 5.4 WMS transmitter The WAREMA Mobile System (WMS) transmitter can receive the pulses of conventional 230-V push buttons. It converts these into WMS signals for the remote control of WAREMA WMS receivers. Its compact design enables flush mounting in deep 60 mm boxes. The WMS transmitter supports 5 different product types. It has one channel into which a maximum of 10 receivers of the same product type can be learned in. Through the connection of additional push buttons, the WMS transmitter can also switch on and off the comfort controls of the learned products or move to a comfort position. 5.4.1 Operating elements and displays To commission the WMS transmitter, you need a WMS Hand-held transmitter (basic), a WMS Central transmitter or the WMS studio software combined with a WMS Stick. The WMS transmitter has a red LED and a green LED on the back to indicate the status during commissioning. If the WMS transmitter receives a wave command, both LEDs light up for 3 s. An internal reed contact replaces the usual learn button for safety reasons. Learning processes are initiated by holding a magnet against the back of the WMS transmitter. 5.5 WMS Wind sensor The WAREMA Mobile System (WMS) wind sensor is designed for use with patio awnings. The wind sensor is mounted on the drop profile and evaluates the movements of the awning. In high winds, the sensor sends a signal to the WMS Plug receiver, which then retracts the awning. In awnings with a valance roller blind, the valance is retracted first and then the awning. The WMS Wind sensor is combined with a WMS Plug receiver at the factory. The wind sensor is not visible in the WMS radio network and communicates directly with the plug receiver. Various packages are available that fit the projection of the awning (length when extended). Prefabricated packages with the necessary number of wind sensors and plug receivers are also available for awnings with one or two valance roller blinds. The awning can also be controlled by additional sensors (e.g. photo, precipitation) in parallel to the wind sensor. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 31 WMS transmitter WAREMA Mobile System® Application brochure 5.5.1 Operating elements and displays Fig. 15 Operating panel of the WMS Wind sensor Pos. Fig. A  Red LED Indicates weak batteries, a wind alarm or a malfunction Learn button Causes the associated receiver to wave B C Function  Green LED Indicates that the batteries are sufficiently charged Battery button Displays the battery charge status or activates the "Replace battery" mode D 5.5.2 Back Fig. 16 Pos. K 5.5.3 The heartbeat function of the WMS Wind sensor 32 We reserve the right to carry out improvements + AAA – – AAA + Back of the WMS Wind sensor Fig. Function Batteries The WMS Wind sensor requires two AAA batteries (IEC LR03, "Micro"). The WMS Wind sensor sends a so-called "heartbeat" at regular intervals to the WMS Plug receiver with which it was combined. When the batteries in the wind sensor are depleted, the wind sensor heartbeat fails. This is considered by the WMS Plug receiver to be a sensor failure and the sun shading product is raised for safety reasons. In this phase, the sun shading system cannot be operated as usual: When it is lowered manually, the movement is stopped automatically after a few seconds. Pressing the button again causes the same reaction. The sun shading system can be raised as usual. This is a safety function and not an error. 890407_c•en•01.05.2013 WMS transmitter 5.6 WMS Weather station plus The WAREMA Mobile System (WMS) plus weather station measures the following parameters and sends them to all devices in its network: Wind speed Brightness Dawn/dusk Temperature Precipitation Fig. 17 Pos. 890407_c•en•01.05.2013 4 3 2 1 5.6.1 Operating elements and displays The plus weather station is supplied with mains voltage and is suitable for wall, ceiling and tube mounting. The weather station is added to the network via the hand-held transmitter or central control unit and then allocated to the desired actuators (by channel). It can be learned into all receivers that support the "weather station" sensor type. The measured values are evaluated in the receivers, and an ice alarm can be issued here if required by the weather data. Operating panel of the WMS Weather station plus Fig. Function 1 tatus LED 2 (green) S Indicates different states of the weather station using different flash patterns 2 tatus LED 1 (red) S Indicates different states of the weather station using different flash patterns 3 Learn button To assign the weather station to a channel or delete it Press briefly: Send the learn report for the channel. Press for longer than 5 s: Send the delete report for the channel. 4 Test button To send a test report to the WMS network We reserve the right to carry out improvements 33 WMS transmitter 5.6.2 Heartbeat function WAREMA Mobile System® Application brochure The weather station plus periodically sends a protocol with the measured weather data to all recipients in the WMS network to which it belongs. If a safety function is activated in a receiver (e.g. wind monitoring), the receiver expects the regular arrival of the appropriate weather data. If the weather station plus is not supplied with power, the weather station protocols are not sent. The receiver may also fail to receive protocols from a learned weather station when the installation situation is unfavourable. After 60 minutes, this is interpreted by the receiver to be a weather station failure and the sun shading system is raised for safety reasons. In this phase, the sun shading product cannot be operated as usual: When it is lowered manually, the movement is stopped automatically after approx. 10% of the total travel path or no movement is performed at all, depending on the sun shading type. This is a safety function and not an error. NOTE If the described behaviour occurs frequently, check the installation situation of the weather station and receivers (unfavourable mounting location or sources of interference). 5.7 WMS Weather station eco The WAREMA Mobile System (WMS) eco weather station measures the following parameters and sends them to all devices in its network: Wind speed Brightness Dawn/dusk The eco weather station is self-powered by means of a solar panel with an energy buffer for night operation. To save energy, it goes into sleep mode regularly. It is designed for wall, ceiling and tube mounting. The eco weather station is added to the network via the hand-held transmitter or central control unit and then allocated to the desired actuators (by channel). It can be learned into all receivers that support the "weather station" sensor type. The measured values are evaluated in the receivers. In addition to the measured values, the eco weather station also sends its load status, which can be displayed on the central control unit. Fig. 18 Pos. 1 34 We reserve the right to carry out improvements 4 3 2 1 5.7.1 Operating elements and displays Operating panel of the WMS Weather station eco Fig. Function tatus LED 2 (green) S Indicates different states of the weather station using different flash patterns 890407_c•en•01.05.2013 WMS transmitter Pos. NOTE 5.7.2 Heartbeat function 890407_c•en•01.05.2013 Fig. Function 2 tatus LED 1 (red) S Indicates different states of the weather station using different flash patterns 3 Learn button To assign the weather station to a channel or delete it Press briefly: Send the learn report for the channel. Press for longer than 5 s: Send the delete report for the channel. 4 Test button To send a test report to the WMS network The weather station goes into sleep mode regularly to save energy. It can be awakened for one minute by briefly pressing the button. button must be pressed Exception: If the factory setting is being used, the for at least 5 s to wake up the weather station. The eco weather station periodically sends a protocol with the measured weather data to all recipients in the WMS network to which it belongs. If a safety function is activated in a receiver (e.g. wind monitoring), the receiver expects the regular arrival of the appropriate weather data. Because the eco weather station is powered by a solar cell, unfavourable conditions (longer periods of darkness or soiling of the solar panels) may prevent it from being supplied with solar energy. In this case, the weather station protocols are not sent. The receiver may also fail to receive protocols from a learned weather station when the installation situation is unfavourable. After 60 minutes, this is interpreted by the receiver to be a weather station failure and the sun shading system is raised for safety reasons. In this phase, the sun shading product cannot be operated as usual: When it is lowered manually, the movement is stopped automatically after approx. 10% of the total travel path or no movement is performed at all, depending on the sun shading type. This is a safety function and not an error. We reserve the right to carry out improvements 35 WMS receiver WAREMA Mobile System® Application brochure 5.8 WMS Stick The WAREMA Mobile System (WMS) Stick simplifies commissioning of WMS devices. The stick can be used to conveniently set the parameters of all WMS devices on a PC using the WAREMA software tools. The receiver is equipped with a USB 1.1 interface and a type A connector. To be able to use the WMS Stick, the PC must be using the Windows XP, Vista or Win 7 operating system. An exact description of the installation of the device and how to use the WMS Stick with the software can be found in the software documentation of the WAREMA WMS studio. NOTE Because the WMS Stick does not contain an external aerial, the range is less than that of other WMS devices. NOTE Apart from commissioning the WMS devices with the WMS Hand-held transmitter, Hand-held transmitter basic and Central transmitter, the following free software tools are particularly comfortable to use for commissioning: WMS Studio software: software for setting up and adjusting WMS networks conveniently on the PC WMS toolkit: software for setting up and adjusting the functional units for WMS awning applications WMS easy language: software for transferring a language file provided by WAREMA to the WMS Central transmitter WMS easy channel: software for checking the transmission frequencies 36 We reserve the right to carry out improvements 890407_c•en•01.05.2013 WMS receiver 6 WMS receivers In this chapter, we will present the various WMS receivers and describe their differences and special functions. ↵Without this information, you will not be able to take full advantage of the multitude of functions of the WMS. Therefore, read this chapter very carefully. The information in this chapter is not a substitute for the instructions provided with the products. CAUTIO Read all of the instructions provided with the product carefully before installing, commissioning and operating the products. 6.1 WMS Plug receiver The WAREMA Mobile System (WMS) Plug receiver is used to simply and conveniently retrofit sun shading drives, lighting equipment and window drives with a wireless remote control. The installation does not require electrical work: The WMS Plug receiver is inserted in the existing plug-in connection. The WMS Plug receiver functionality can be parameterised. The control behaviour can be adjusted to the various requirements of the different products. The WMS Plug receiver can receive move commands from WMS transmitters, e.g. a WMS Hand-held transmitter, WMS Central transmitter or WMS weather station. It confirms that it received the commands and the transmitters indicate that they received the confirmation. The positions for the comfort and scene control and the parameters for the control functions are stored directly in the plug receiver and can be recalled at any time. 6.1.1 Learning in the plug receiver again If a WMS Plug receiver that has already been learned in is to be learned into the existing or another network again, the supply voltage must be switched off and on in the following order. V 230 V 0V min. 5 s 5s 5s 5s 5s t For about one minute, the actuator acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the actuator is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 37 WMS receiver WAREMA Mobile System® Application brochure 6.1.2 Plug-in connector wiring WARNIN The electrical installation must be performed by a certified electrician in accordance with the electrical installation regulations published by the Association of German Electrical Engineers (VDE 0100) or the standards and regulations of the country in which the device is being installed. The electrician must observe the installation instructions included with the electrical devices. B A C 1 1 1 2 2 3 3 1 2 3 Fig. 19 3 2 Plug-in connection A Socket (onsite connection 230 V AC/3 A) B WMS Plug receiver C Plug (power consumer connection)  Neutral conductor (blue)  Phase L (black)  Not required (brown) PE conductor (green-yellow) A Neutral conductor (blue) B UP (black) C DOWN (brown) NOTE The position of the aerial inside the WMS Plug receiver is indicated by a radio waves symbol printed on the housing. When mounting the WMS Plug receiver behind a metal panel: Mount the plug receiver such that the side of the housing with the printed radio waves symbol faces the opening of the panel. This ensures the best possible radio reception. 38 We reserve the right to carry out improvements 890407_c•en•01.05.2013 WMS receiver 6.2 WMS Actuator The WAREMA Mobile System (WMS) Actuator is used to simply and conveniently retrofit sun shading drives, lighting equipment and window drives with a wireless remote control. Its compact design enables flush mounting in junction boxes. The WMS Actuator functionality can be set. The control behaviour can be adjusted to the various requirements of the different products. The WMS Actuator can receive move commands from WMS transmitters, e.g. a WMS Hand-held transmitter, WMS Central transmitter or WMS Weather station. It confirms that it received the commands and the transmitters indicate that they received the confirmation. The positions for the comfort and scene control and the parameters for the control functions are stored directly in the actuator and can be recalled at any time. 6.2.1 Learning in the WMS Actuator again If a WMS Actuator that has already been learned in is to be learned into the existing or another network again, the operating voltage must be switched off and on in the following order. V 230 V 0V min. 5 s 5s 5s 5s 5s t For about one minute, the actuator acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the actuator is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 39 WMS receiver WAREMA Mobile System® Application brochure 6.3 WMS Radiant heater control The WAREMA Mobile System (WMS) Radiant heater control makes it possible to simply and cost-effectively retrofit the WAREMA radiant heater with a wireless remote control. The WMS Radiant heater control can receive switch commands from WMS-compatible transmitters, e.g. a WMS Hand-held transmitter or WMS Central transmitter. 6.3.1 Learning in the WMS Radiant heater control If a WMS Radiant heater control that has already been learned in is to be learned into the existing or another network again, the operating voltage must be switched off and on in the following order. V 230 V 0V min. 5 s 5s 5s 5s 5s t For about one minute, the WMS Radiant heater control acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the WMS Radiant heater control is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). 40 We reserve the right to carry out improvements 890407_c•en•01.05.2013 WMS receiver 6.4 WMS Socket The WAREMA Mobile System (WMS) enables the wireless remote control of lamps with a conventional safety plug. The installation does not require electrical setup work: The WMS Socket is simply inserted in the existing plug-in connection. The WMS Socket can receive switch commands from WMS transmitters, e.g. a WMS Hand-held transmitter, WMS Central transmitter or WMS Weather station. Feedback on the received commands is provided via the transmitter. The switching states for the comfort and scene control and the parameters for the control functions are stored directly in the power socket and can be recalled or changed at any time. 6.4.1 Learning in the WMS Socket again If a WMS Socket that has already been learned in is to be learned into the existing or another network again, the operating voltage must be switched off and on in the following order. V 230 V 0V min. 5 s 5s 5s 5s 5s t For about one minute, the WMS Socket acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the WMS Socket is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 41 WMS receiver WAREMA Mobile System® Application brochure 6.5 WMS packages We have put together complete packages specifically for patio awnings in which the main commissioning tasks have already been performed. A wide range of WMS Wind sensor packages is available for different applications. These packages are configured for different awning parameters at the factory (e.g. projection of the awning). NOTE The WMS packages are available with the WMS Hand-held transmitter and the WMS Hand-held transmitter basic. The scope of delivery varies with the particular application: Components Description WMS Wind sensor packages for patio awnings, standard WMS Wind sensor packages for patio awnings, if WMS transmitters are already present WMS Wind sensor packages for units with one awning drive and one valance roller blind drive WMS Wind sensor packages for units with one awning drive and two valance roller blind drives Fig. 20 NOTE WMS Wind sensor packages Individual packages can be configured at the factory for additional unit types with varying numbers of WMS components and adjusted parameter settings. CAUTIO WMS Plug receiver and WMS Wind sensor form a single functional unit. Do not mix these components with those from other packages. This may result in malfunctions or property damage to your sun shading product. 6.5.1 Packages with a handheld transmitter 6.5.2 Packages without a handheld transmitter 42 We reserve the right to carry out improvements All components in the WMS Wind sensor package are fully preconfigured and learned into each other. After mounting, the awning must be retracted for only 3 minutes for the WMS Wind sensor to be able to calibrate itself. The WMS Wind sensor and the WMS Plug receiver have already been programmed into each other. After mounting, the WMS Plug receiver and the existing WMS transmitter are learned into each other. The awning must then be retracted fully for 3 minutes for the WMS Wind sensor to be able to calibrate itself. 890407_c•en•01.05.2013 Practical examples 7 Practical examples This chapter describes several application examples that are common in practice. Refer to the specified pages to obtain specific information on each practical example. Procedure Device Procedure Operate the products. WMS Hand-held transmitter See Chapter 7.1.1 on page 45 Operate the products. WMS Hand-held transmitter basic See Chapter 7.3.1 on page 80 Operate the products. WMS transmitter See Chapter 7.4.6 on page 92 WMS Radiant heater control See Chapter 7.5.1 on page 95 WMS Socket See Chapter 7.6.1 on page 96 Learn/recall the comfort positions. WMS Hand-held transmitter See Chapter 7.1.2 on page 46 Learn/recall the comfort positions. WMS Hand-held transmitter basic See Chapter 7.3.2 on page 80 Learn/recall the comfort positions. WMS transmitter See Chapter 7.4.8 on page 94 Display/parameterise the control functions. WMS Hand-held transmitter See Chapter 7.1.3 on page 47 Switch on/off the comfort control functions. WMS Hand-held transmitter See Chapter 7.1.4 on page 48 Switch on/off the comfort control functions. WMS Hand-held transmitter basic See Chapter 7.3.3 on page 81 Switch on/off the comfort control functions. WMS transmitter See Chapter 7.4.7 on page 93 Scan for new network devices. WMS Hand-held transmitter See Chapter 7.1.5 on page 48 Learn in the products. WMS Hand-held transmitter See Chapter 7.1.5 on page 48 Operate the WMS Radiant heater control. Operate the WMS Socket. WMS transmitter See Chapter 7.4.1 on page 90 Learn the WMS Hand-held transmitter basic into a new receiver (plug receiver, actuator, etc.). Learn in the products. WMS Hand-held transmitter basic See Chapter 7.3.8 on page 86 Delete products from the network. WMS Hand-held transmitter See Chapter 7.1.6 on page 50 Delete learned-in products from the WMS Hand-held transmitter basic and the network. WMS Hand-held transmitter basic See Chapter 7.3.9 on page 88 WMS transmitter See Chapter 7.4.3 on page 91 Delete learned products from the WMS transmitter. WMS transmitter See Chapter 7.4.4 on page 91 Build groups. Delete the WMS transmitter from the network. WMS Hand-held transmitter See Chapter 7.1.7 on page 51 Delete products from a channel. WMS Hand-held transmitter See Chapter 7.1.8 on page 52 Build scenes. WMS Hand-held transmitter See Chapter 7.1.9 on page 53 Recall scenes. WMS Hand-held transmitter See Chapter 7.1.10 on page 54 Redefine scenes. WMS Hand-held transmitter See Chapter 7.1.11 on page 55 Delete scenes. WMS Hand-held transmitter See Chapter 7.1.12 on page 56 Call up a special function on the WMS Hand-held transmitter. WMS Hand-held transmitter See Chapter 7.2.1 on page 58 Set the limit values (including wind) for a product channel. WMS Hand-held transmitter See Chapter 7.2.2 on page 59 Learn the run/tilting time for a product channel. WMS Hand-held transmitter See Chapter 7.2.3 on page 62 Display the measured values for test purposes. WMS Hand-held transmitter See Chapter 7.2.4 on page 64 Reset the parameters of the actuators in the selected product channel to the factory settings. WMS Hand-held transmitter See Chapter 7.2.5 on page 66 WMS transmitter See Chapter 7.4.5 on page 91 Search for faulty actuators and delete them from the hand-held transmitter and network. Reset the transmitter to the factory setting. WMS Hand-held transmitter See Chapter 7.2.6 on page 68 Search for faulty sensors and delete them from the hand-held transmitter and network. WMS Hand-held transmitter See Chapter 7.2.7 on page 70 Replace actuators/sensors by EUI input (delete from hand-held transmitter and network). WMS Hand-held transmitter See Chapter 7.2.8 on page 72 Delete all sensor allocations in the actuators of a product channel. WMS Hand-held transmitter See Chapter 7.2.9 on page 74 Delete the actuators from a product channel (actuators remain in the network). WMS Hand-held transmitter See Chapter 7.2.10 on page 75 890407_c•en•01.05.2013 We reserve the right to carry out improvements 43 Practical examples Procedure WAREMA Mobile System® Application brochure Device Procedure Reset a WMS Hand-held transmitter to the delivered state. WMS Hand-held transmitter See Chapter 7.2.11 on page 76 Delete the routing tables in the actuators. WMS Hand-held transmitter See Chapter 7.2.12 on page 77 Change the radio channel (set the channel to between 11 and 26). WMS Hand-held transmitter See Chapter 7.2.13 on page 78 An existing system with a WMS Hand-held transmitter is expanded to include a WMS Hand-held transmitter basic. WMS Hand-held transmitter basic See Chapter 7.3.4 on page 81 An existing system with a WMS Central transmitter is expanded to include a WMS Hand-held transmitter basic. WMS Hand-held transmitter basic See Chapter 7.3.5 on page 83 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter basic. WMS Hand-held transmitter basic See Chapter 7.3.6 on page 83 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter. WMS Hand-held transmitter basic See Chapter 7.3.7 on page 84 Check the battery charge status of the wind sensor. WMS Wind sensor See Chapter 7.7.1 on page 97 Open the "Replace battery" mode on the WMS Wind sensor. WMS Wind sensor See Chapter 7.7.2 on page 97 Identify the plug receiver belonging to the WMS Wind sensor. WMS Wind sensor See Chapter 7.7.3 on page 97 44 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples 7.1 Standard functions on the WMS Hand-held transmitter 7.1.1 Operating the products Button/ display Action/result Select the product type that you would like to operate. Only those product buttons light up for which products have been learned in. E.g. ... The selected product button flashes. In the number field, the channels on which products have been learned in light up (in the example on the left, 0 and 2). The LED below the currently selected channel lights up (in the example, channel 0). Press the flashing product button repeatedly until the LED below the desired channel lights up. E.g. ... The LED below the selected channel lights up (in the example, channel 2). Operate the selected product with the UP/STOP/DOWN buttons. The operating instructions of the respective receiver describe which operating options are available to you for the selected product (e.g. UP=ON, DOWN=OFF, STOP=switch). A detailed overview of the product types and their operating functions can be found in Chapter 4.5 on page 17. The transmission LED indicates the transmission process: Flashes GREEN: The hand-held transmitter is transmitting. 2s GREEN: The receiver confirms the command. 2s RED: The command is not confirmed (e.g. the receiver is outside of the transmission range). 2s GREEN + control symbol is red: The receiver confirms the command, but does not execute it because of the displayed control function (e.g. the product is not extended because the wind alarm is active). NOTE The WMS Hand-held transmitter remembers the product channel selected last. You can operate this product again directly using the UP/STOP/DOWN buttons or the comfort button without having to reselect it. If the reason for the last movement was a sun, dawn/dusk, precipitation or wind alarm, the symbol lights up for 2 s when the product is operated the next time. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 45 Practical examples 7.1.2 Learning/recalling the comfort positions WAREMA Mobile System® Application brochure A comfort position can be stored for every receiver in the network (e.g. awning half extended). The awning can be automatically moved to this comfort position at the press of a button. Button/ display Action/result Move any product to the position that is to be stored as the comfort position (see Operating the products). Hold down the comfort button for 5 seconds until the transmission LED lights up. The transmission LED indicates the transmission process: 2s GREEN: The comfort position is stored. 2s RED: The command was not confirmed (e.g. receiver outside of transmission range); repeat the procedure. To recall a comfort position: Select any product channel. E.g. ... The selected product button flashes. The LED below the currently selected channel lights up (in the example, channel 0). Briefly press the comfort button. The transmission LED lights up. The comfort position for the selected product is restored automatically. NOTE 46 We reserve the right to carry out improvements If the product is already in the comfort position or if a comfort position has not been stored, the selected product does not respond to pressing of the comfort button. After a power failure, some products perform an automatic calibration before moving to the comfort position. 890407_c•en•01.05.2013 Practical examples 7.1.3 Display/parameterizing the control functions If you retrofit your products with suitable WMS sensors in a WMS network, they can be extended and retracted automatically as a function of sunlight, dawn/dusk or precipitation. Detailed information can be found in the instructions of the WMS sensors. The parameters of the comfort control functions can be displayed and changed on the hand-held transmitter. NOTE Only those parameters are displayed that belong to the selected product type (e.g. there is no precipitation control for the "light" product type). The parameters of the wind safety function can be displayed but not changed. Button/ display Action/result Select the product type and channel that you would like to set (press the product button repeatedly until the LED below the desired channel lights up). The LED below the channel number lights up. E.g. Press the info button briefly. + lights up green. The upper row of LEDs shows how many receivers belong to the selected channel. One LED lights up in green for each receiver (one receiver in the example). E.g. Press the info button repeatedly until the desired control function lights up. The LED below the control symbol shows the state of the control system. GREEN: Active RED: Inactive E.g. E.g. ... The parameter value of the current control function is displayed in the upper row of LEDs (here, limit value 2 of the previously selected sun control). RED: Value 0; the control function is off. GREEN: Values 1 to 9 FLASHES: Multiple receivers with different limit values in the channel. The value of the first receiver is displayed. You can now change this parameter value or switch to the next info mode button: using the Use the arrow keys ( eter value. E.g. ... + light up) to change the param- The upper row of LEDs shows how the value changes (new value = 1). Press the button . The transmission LED lights up for 2 seconds. GREEN: The parameter value was stored in all receivers of the channel. RED: Not all receivers could be reached; press the button again. Leave the info mode using the info button ( is no longer lit). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 47 Practical examples NOTE WAREMA Mobile System® Application brochure Move commands cannot be sent while the info mode is active ( lights up). In the info mode, the hand-held transmitter switches off one minute after the last press of a button. If multiple receivers belong to a single channel, the set parameter value is written to all receivers of that channel. 7.1.4 Switching on/off the comfort control functions The comfort control functions for sun and dawn/dusk can be switched on and off together for all receivers within the radio network. Button/ display Action/result Wake up the hand-held transmitter. Press the control button. + The and the sun and dawn/dusk control symbols light up. The LEDs below the symbols indicate the type of switch command: GREEN: Switch on the control functions. RED: Switch off the control functions. The transmission LED lights up for 2 seconds. GREEN: The control functions were switched in all receivers. RED: Not all receivers could be reached; switch the control functions OFF and ON again (or ON and OFF). NOTE 7.1.5 Learning in (scanning) The hand-held transmitter always remembers the command last sent. When the control button is pressed again, the hand-held transmitter sends the opposite command (ON - OFF - ON -...). Before WMS receivers can be operated via a hand-held transmitter, they must be included as a device in the respective radio network. A hand-held transmitter can detect WMS receivers and sensors and add them to its network. CAUTIO When learning in, it is important that you select the product type of the connected product. Selection of the wrong product type can lead to malfunctions and may result in damage to the connected product. NOTE Once the product type has been selected, it can no longer be changed directly. To program a WMS Plug receiver for another product type, the receiver must be deleted out of the network entirely and learned in again. Button/ display Action/result Wake up the hand-held transmitter with any product button. Press the learn button for approx. 5 seconds. + 48 We reserve the right to carry out improvements lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for receivers. 890407_c•en•01.05.2013 Practical examples Button/ display Action/result When the scanning procedure is completed, the located receivers are displayed in the upper row of LEDs (here, for example, 2 receivers). RED: New receiver GREEN: The receiver already belongs to the network. Receivers that already belong to a different network are not located during scanning. E.g. Select the desired receiver using the arrow buttons. (Briefly press to check which receiver is currently selected. The product waves.) The LED of the selected receiver flashes. For new receivers, all product buttons to which the receiver can be allocated flash. E.g. Select the product type and channel into which the receiver is to be learned in (press the product button repeatedly until the LED below the desired channel lights up). The LED of the selected receiver flashes in red. The selected product button flashes, and the current channel is displayed in the lower row of LEDs. E.g. Press the button . The LED of the selected receiver flashes in green. The receiver has been learned into the hand-held transmitter. E.g. You can now add additional scanned products in the same manner. Briefly press the learn button to leave the learn mode. NOTE If the hand-held transmitter is still in its delivered state (no products have been learned in yet), the lights up in red after the transmitter wakes up. NOTE If the only hand-held transmitter belonging to a network needs to be placed (e.g., if it was lost), switch off and on the power supply to the WMS Plug receiver according to the following procedure. This is the only way that the plug receiver can be found by the new WMS transmitter when scanning. If additional WMS Plug receivers were contained in your old network, they need to be learned into the new network by the same procedure. V 230 V 0V Fig. 21 min. 5 s 5s 5s 5s 5s t PowerUp on the WMS Plug receiver For about one minute, the actuator acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the actuator is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 49 Practical examples 7.1.6 Deleting products from the network WAREMA Mobile System® Application brochure You can completely delete a product from the network if you decide to remove the product or assign it to a different network. In the following example, the second detected receiver is deleted from the network. Button/ display Action/result Wake up the hand-held transmitter with any product button. Press the learn button for approx. 5 seconds. + lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for receivers. When the scanning procedure is completed, the located receivers are displayed in the upper row of LEDs (here, for example, 2 receivers). RED: New receiver GREEN: The receiver belongs to the network. E.g. Select the desired receiver using the arrow buttons. button to check which receiver is cur(You can use the rently selected. The product waves.) The LED of the selected receiver flashes in green. E.g. + E.g. Press the and buttons simultaneously. The LED of the selected receiver flashes in red. A running light runs through the lower row of LEDS. The selected receiver waves. Press the learn button briefly. E.g. The LED of the selected receiver flashes in red. All product buttons to which the deleted receiver could be reallocated light up. The receiver was deleted from the network. You can now delete additional scanned products in the same manner. Briefly press the learn button to leave the learn mode. NOTE 50 We reserve the right to carry out improvements When you delete a receiver from the network, it can no longer be operated via other transmitters. It must be relearned into a network. 890407_c•en•01.05.2013 Practical examples 7.1.7 Build groups In the following example, channel 1 and then channel 2 are allocated to the new channel 3. Channel 3 can then be used to jointly operate the products in channel 1 and channel 2. Button/ display Action/result Select the product type and channel that are to belong to the group (press the product button repeatedly until the LED below the desired channel lights up). E.g. The LED below the channel number lights up. Press the learn button briefly. + lights up green and the previously selected channel number flashes. Using the flashing product button, select the channel into which the previously selected product should be grouped. If you press the product button for more than 1 s, the unused channels are activated as well, making it possible for you to select a new channel. E.g. The channel number that you selected at the beginning continues to flash. The LED below the target channel lights up. Press the learn button briefly. E.g. indicates whether the procedure was successful: RED: The channel allocation failed GREEN: The channel was allocated. The product is now allocated to the new channel and can be operated via this channel. You can now add additional products to this channel in the same manner: Using the product button, select an additional channel of the same product type that is to belong to the group. E.g. The LED below the channel number lights up. Press the learn button briefly. lights up green and the previously selected channel number flashes. Select the same target channel as before using the flashing product button. E.g. The channel number that you selected at the beginning continues to flash. The LED below the target channel lights up. Press the learn button briefly. E.g. indicates whether the procedure was successful: RED: The channel allocation failed. GREEN: The channel was allocated. Both products can now be operated jointly via the new channel. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 51 Practical examples NOTE WAREMA Mobile System® Application brochure Only channels that belong to the same product type can be grouped. Different product types can be jointly operated using scenes. If a receiver is allocated to a channel or group a second time, it is deleted from the group again (learned in the first time, learn out the second time, etc.). A channel cannot be allocated to itself. In this case, the learning procedure lights up in red for 2 s. (You can use this is aborted without an outcome; method to abort a learning procedure if you accidentally selected the wrong channel). 7.1.8 Deleting products from a channel If a receiver is allocated to a channel or group a second time, it is deleted from the group again (learned in the first time, learn out the second time, etc.). In the following example, a receiver is learned into channel 1 and channel 3. The receiver in channel 1 is then deleted from channel 3. Button/ display Action/result Select the product type or channel that you would like to delete from another channel or another group. E.g. The LED below the channel number lights up. Press the learn button briefly. + lights up green and the previously selected channel number flashes. Using the flashing product button, select the channel from which the previously selected product should be deleted. E.g. The channel number that you selected at the beginning continues to flash. The LED below the target channel lights up. Press the learn button briefly. The product has been deleted from the channel. NOTE 52 We reserve the right to carry out improvements E.g. If it was the only product stored in channel 3, channel 3 is now empty and is no longer displayed. E.g. If additional products are contained in channel 3, these can continue to be operated. Channel 3 is not cleared. The same procedure can be applied to entire product groups. If the channel selected first contains products that do not exist in the target channel, all products in the first channel are copied into the target channel and none are deleted. 890407_c•en•01.05.2013 Practical examples 7.1.9 Building scenes Scenes can be used to jointly operate a large number of different products at the press of a button. The position or activation state of the products involved is stored and is then brought about again when the scene is recalled. A hand-held transmitter makes 10 scene channels available. Up to 200 receivers can be allocated to each scene channel. NOTE When building a scene, the product channels are added to the scene one by one. A product channel can also contain a group of products. In this case, the entire group is added to the scene. In the following example, a new scene (e.g. scene 1) is created and two different products are allocated. Button/ display Action/result First, move all receivers that belong to the scene to the desired position (e.g. light on, external venetian blinds closed). Then proceed as follows: Select the first product type and channel that are to belong to the scene (press the product button repeatedly until the LED below the desired channel lights up). E.g. The LED below the channel number lights up. Press the learn button briefly. + lights up green and the previously selected channel number flashes. Using the scene button, select the scene channel into which the previously selected product channel is to be integrated. If you press the scene button for more than 1 s, the unused channels are activated as well, making it possible for you to select a new channel. The LED below the scene channel lights up. E.g. Press the learn button briefly. The product channel is now allocated to the scene and can be operated via the scene. E.g. You can now add additional products to this scene channel in the same manner: Using a product button, select an additional channel that is to belong to the scene. E.g. The LED below the channel number lights up. Press the learn button briefly. + lights up green and the previously selected channel number flashes. Using the scene button, select the same scene channel as before. E.g. The LED below the scene channel lights up. Press the learn button briefly. After you have added all channels to the scene, you can learn the current positions of the receivers involved into the scene. Press the scene button to select the scene just defined. E.g. 890407_c•en•01.05.2013 The LED below the scene channel lights up. We reserve the right to carry out improvements 53 Practical examples WAREMA Mobile System® Application brochure Button/ display Action/result Press the comfort button for approx. 5 seconds. The transmission LED lights up for 2 seconds GREEN: The position of all receivers is stored RED: Not all receivers could be reached; press the comfort button again. NOTE The positions in the individual scenes are stored directly in the receivers. In this way, other transmitters that belong to the network can recall the same scene positions. 7.1.10 Recalling scenes Button/ display Action/result Press the scene button. The button only lights up if at least one scene was stored. E.g. ... The scene button flashes. In the number field, the channels on which a scene was stored light up (in the example on the left, 1 and 2). The LED below the currently selected channel lights up (in the example, channel 1). Press the scene button repeatedly until the LED below the desired channel lights up. E.g. ... The LED below the selected channel lights up (in the example, channel 2). Briefly press the comfort button to recall the selected scene. The transmission LED indicates the transmission process: Flashes GREEN: The hand-held transmitter is transmitting 2s GREEN: The receiver confirms the command. 2s RED: he command is not confirmed (e.g. T the receiver is outside of the transmission range). 2s GREEN + LED below control symbol is red: The receiver confirms the command, but does not execute it because of the displayed control function (e.g. the awning is not extended because the wind alarm is active). NOTE 54 We reserve the right to carry out improvements For scenes, the transmission process may take several seconds, depending on the number of receivers involved. 890407_c•en•01.05.2013 Practical examples 7.1.11 Redefining scenes If you are no longer satisfied with the position of individual products in a scene, you can redefine the scene at the press of a few buttons. NOTE When a scene is redefined, the states of all involved receivers are stored again. Recall the scene again before making changes to individual products. In this way, the states of the other products in the scene remain unchanged. In the following example, the positions of products within the scene are changed and the scene is stored again. Button/ display Action/result Select the desired scene channel. E.g. The LED below the scene channel lights up. Briefly press the comfort button to recall the currently stored state of the selected scene. Wait until all products involved in the scene reach their position. Select the desired product and change its position using the UP/STOP/DOWN buttons. Using the scene button, select the scene channel again. E.g. The LED below the scene channel lights up. Press the comfort button for approx. 5 seconds. The transmission LED lights up for 2 seconds. GREEN: The position of all receivers is stored. RED: Not all receivers could be reached; press the comfort button again. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 55 Practical examples 7.1.12 Deleting scenes WAREMA Mobile System® Application brochure In the following example, a scene (e.g. scene 2) is deleted. Button/ display Action/result Select the scene channel that you would like to delete. E.g. ... The LED below the selected channel lights up (in the example, channel 2). Press the scene button for at least 10 seconds. The display changes to the normal product display. The scene is deleted. NOTE 56 We reserve the right to carry out improvements After the last scene has been deleted, the scene button no longer lights up. 890407_c•en•01.05.2013 Practical examples 7.2 Special functions on the WMS Hand-held transmitter A number of special functions (mode 0–11) can be performed on the WMS Hand-held transmitter: 0 Set the limit values (including wind) for the selected product channel (see Chapter 7.2.2 on page 59) 1 Learn the run/tilting time for the selected product channel (see Chapter 7.2.3 on page 62) 2 Display measured values for test purposes (see Chapter 7.2.4 on page 64) 3 Reset the parameters of the actuators in the selected product channel to the factory settings (see Chapter 7.2.5 on page 66) 4 Search for faulty actuators and delete them from the hand-held transmitter and network (see Chapter 7.2.6 on page 68) 5 Search for faulty sensors and delete them from the hand-held transmitter and network (see Chapter 7.2.7 on page 70) 6 Replace actuators/sensors by EUI input (delete from hand-held transmitter and network) (see Chapter 7.2.8 on page 72) 7 Delete all sensor allocations in the actuators of the selected product channel (see Chapter 7.2.9 on page 74) 8 Delete the actuators from the selected product channel (actuators remain in the network) (see Chapter 7.2.10 on page 75) 9 Reset a hand-held transmitter to its delivered state (see Chapter 7.2.11 on page 76) 10 Delete the routing tables in the actuators (see Chapter 7.2.12 on page 77) 11 Change the radio channel (see Chapter 7.2.13 on page 78) (set the channel between 11 and 26, accept with Stop+ C button) These various modes are called up by pressing the mode button on the back of the WMS Hand-held transmitter under the battery compartment cover. Press the mode button with a pointed object (e.g. an opened paper clip). Operating elements on the back of the WMS hand-held transmitter Fig. 22 890407_c•en•01.05.2013 Back of the WMS Hand-held transmitter We reserve the right to carry out improvements 57 Practical examples WAREMA Mobile System® Application brochure Pos. Fig. Function K Batteries The hand-held transmitter requires two batteries of type AAA (IEC LR03, "Micro"). L Mode button For special functions and for setting WMS receivers CCAUTIO This button is reserved for use by a trained specialist dealer. Incorrect use can lead to the deletion of important operating parameters in the WMS receivers and to damage to the controlled products. This may make it necessary to have the WMS components reprogrammed at WAREMA. Learn button Activates or closes the learn mode of the hand-held transmitter (symbol lights up in green). M 7.2.1 Calling up the modes To call up a mode on the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Wake up the hand-held transmitter Select the product type and channel when you want to call up a mode to set a certain channel. The LED below the channel number lights up . E.g. Press the mode button with a pointed object until lights up and keep it pressed until the desired mode is selected. + e.g. ... NOTE The mode button must be pressed before the hand-held transmitter returns to sleep mode. If you release the mode button too early or press it for too long and a higher mode is displayed: Release the button and press and hold it again; the process restarts at 0. and the LEDs above the row of digits light up in red (mode 2 in this example). Briefly press the learn button to activate the mode. Perform the steps for the selected mode as described in the following chapters. Leave the dealer mode with the mode button is no longer lit). ( NOTE 58 We reserve the right to carry out improvements To leave the mode selection without calling up a mode, press the mode button again. 890407_c•en•01.05.2013 Practical examples 7.2.2 Mode 0: Setting limit values This mode can be used to change the limit values of the receivers learned into the selected channel. This mode is required to change the limit values of the safety functions (e.g. wind monitoring), which normally can only be displayed. For sun shading products to be protected properly, the limit value above which a wind alarm is triggered needs to be adjusted to the product specifications (type, width, projection, etc.). CAUTIO Do not change the wind speed limits arbitrarily. An incorrect wind speed limit can lead to damage to the sun shading product in windy weather. The wind speed limit is already set to the correct value in awnings that are delivered with the WMS. Wind speed limit for patio awnings 0 1 2 3 4 5 6 7 8 9 × Wind monitoring off! Most sensitive setting Factory setting Least sensitive setting To execute mode 0 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel whose parameters you would like to change. E.g. The LED below the channel number lights up. Press the mode button with a pointed object until up and mode 0 is selected. + lights and the LED above the 0 light up in red. Briefly press the learn button to activate the mode. The LED above the number 0 briefly lights up in green. Then the first control function is displayed automatically. Press the info button repeatedly until the symbol for the control function that you wish to change lights up. NOTE Only those control functions that are useful for the selected product type are displayed (for example, the precipitation and wind control modes cannot be selected for light). For example, wind control: The LED below the control symbol shows the state of the control system. GREEN: Active RED: Inactive 890407_c•en•01.05.2013 We reserve the right to carry out improvements 59 Practical examples WAREMA Mobile System® Application brochure Button/ display E.g. ... Action/result The parameter value of the wind control is displayed in the upper row of LEDs (here, limit value 2). RED: Value 0; the control function is off GREEN: Values 1 to 9 FLASHES: Multiple receivers with different limit values in the channel. The value of the first receiver is displayed. Note the value tables for displaying the limit values. Use the arrow keys ( eter value. E.g. ... + light up) to change the param- The upper row of LEDs shows how the value changes (new value = 1). Press the button . The transmission LED lights up for 2 seconds. GREEN: The parameter value was stored in all receivers of the channel. RED: Not all receivers could be reached; press the button again. Leave the mode by pressing the mode button briefly ( no longer lit). 60 is NOTE If multiple receivers have been learned into the selected channel, a change in the parameter value is written to all receivers of this channel. NOTE If the limit value SUN is changed, all parameters for the sun control in this channel are automatically changed to the standard value. We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples Display of the limit values set in the receiver: The hand-held transmitter converts the limit values read out of the receiver to values that can be displayed on the 10 LEDs in the upper row of LEDs. The displayed limit values therefore only approximate the limit values from the receiver. Display of the limit values read out of the receiver Level Example Photo (klx) Dawn/dusk (lx) Precipitation (mm/h) Wind (m/s) 0 OFF OFF OFF OFF 1 3...12.5 2...22 1...30 0.0...5.5 2 13...17.5 24...36 31...50 6.0...6.5 3 18...22.5 38...52 51...70 7.0...7.5 4 23...27.5 54...70 71...90 8.0...8.5 5 28...32.5 72...90 91...110 9.0...9.5 6 33...37.5 92...126 111...130 10.0...10.5 7 38...42.5 128...174 131...150 11.0...11.5 8 43...47.5 176...300 151...170 12.0...12.5 9 48...100 302...500 171...200 13.0...25.0 If the first LED (level 0) lights up for the wind limit value, the wind control is switched off. If 5 LEDS (level 4) light up, the limit value set in the receiver is between 8.0 and 8.5 m/s. Display of the limit values when making settings using the arrow buttons: When you change the limit values using the arrow buttons, the display shown in the upper LED row corresponds to the values in the following table. These values are written to the receiver when the data is saved. Display while limit values are being set Level Example 890407_c•en•01.05.2013 Photo (klx) Dawn/dusk (lx) Precipitation (mm/h) Wind (m/s) 0 OFF OFF OFF OFF 1 10 16 20 5 2 15 30 40 6 3 20 46 60 7 4 25 60 80 8 5 30 80 100 9 6 35 100 120 10 7 40 150 140 11 8 45 200 160 12 9 50 400 180 13 If the first LED (level 0) lights up for the photo limit value, the sun control is switched off. If you change the value (up to 7 LEDs lights up, level 6), a limit value of 35 klx is stored in the receivers of the selected channel when the button is pressed. We reserve the right to carry out improvements 61 Practical examples 7.2.3 Mode 1: Learning in the run/tilting time WAREMA Mobile System® Application brochure In this mode, you can be change the run times and/or tilting times of the receivers learned into the selected channel. The WMS Hand-held transmitter can be used to set the "awning", "roller shutter", "external venetian blind" and "window" product types. The switch-on time for the "light" product type cannot be adjusted using the hand-held transmitter. NOTE If multiple receivers have been learned into the selected channel, it is always the first device in the product channel that is set. After the mode is closed using the mode button, the settings are transferred to all other devices in the channel. NOTE Where necessary, the run time is automatically lengthened to ensure that the respective product can close or retract fully. To execute mode 1 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel whose parameters you would like to change. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 1 is selected. + lights and the LEDs above the row of LEDs to 1 light up in red. Briefly press the learn button to activate the mode. E.g. The LEDs above 0 and 1 briefly light up in green. Then the previously selected channel is displayed automatically. Perform the steps described below without interrupting the movement of at the moment it reaches the unit. Stop the movement of the unit using the corresponding position. Move the sun shading product to the upper limit position (or the window to the closed position). Press immediately when the position is reached. Press to confirm the position. Only for external venetian blinds Move the sun shading product to the lower limit position (or the window to the open position). Press immediately when the position is reached. Press to confirm the position. Tilt the slats all the way up by touching the button briefly numerous times. Press to confirm the position. Move the sun shading product to the upper limit position (or the window to the closed position). 62 We reserve the right to carry out improvements Press immediately when the position is reached. Press to confirm the position. 890407_c•en•01.05.2013 Practical examples Button/ display Action/result Leave the mode by pressing the mode button briefly ( no longer lit). is The transmission LED flashes while the settings are being transferred to the other receivers in the channel. Then the transmission LED lights up for 2 seconds. GREEN: The parameter values were stored in all receivers of the channel. RED: Not all receivers in the channel could be reached; learn in the run time again. If the learning procedure was unsuccessful or the learned lights up red. Data are neither parameters are not plausible, stored nor transferred. Finally, perform a calibration: Move the sun shading product to the upper limit position (or the window to the closed position). When the upper limit position is reached, wait for 3 minutes before operating the product again. NOTE 890407_c•en•01.05.2013 If, after learning in the run time, the hand-held transmitter leaves mode 1 automatically after 5 minutes because the mode button was not pressed, the settings of the newly set device are not transferred to the other devices in the channel. We reserve the right to carry out improvements 63 Practical examples 7.2.4 Mode 2: Displaying measured values WAREMA Mobile System® Application brochure In this mode, you can display the measured values of sensors in the network for testing purposes via the LED displays of the WMS Hand-held transmitter. To a certain extent, the measured values for sun, dawn/dusk, precipitation and wind can be indicated on the LED display. To execute mode 2 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel of an actuator that the desired sensor has been learned into. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 2 is selected. + lights and the LEDs above the row of LEDs to 2 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 2 briefly light up in green. Then the sensor symbols light up. The transmit LED flashes. The hand-held transmitter reads the address of the sensors from the first reachable actuator in this channel. If an error occurs, and light up for 2 seconds. Then the mode is closed automatically: GREEN: No sensors have been learned into the actuators of this channel. RED: No actuator of this channel was reached. E.g. ... In the upper row of LEDs, one LED lights up in red for each learned sensor of this channel (a maximum of 4 sensors is possible). The hand-held transmitter now waits for the measured value report of these sensors. Press the T button on one of these sensors. E.g. ... The sensor sends a test report with the current measured values. Depending on the sensor, up to four measured values are sent (photo, dawn/dusk, precipitation, wind). In the upper row of LEDS, the LED belonging to this sensor changes from red to green. The hand-held transmitter shows the first valid measured value. 64 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples Button/ display Action/result Measured value display: The LED below the sensor symbol of the displayed measured value lights up in green; the measured value is displayed in the lower row of LEDs (see value table). If a measured value for the hand-held transmitter is not available for display, the LED does not light up. NOTE If the sensor sends a new report while its measured value is being displayed, the display is refreshed automatically. If there is more than one measured value, lights up. Press the button to display the next measured value. If a new measured value is not available, the first measured value is displayed. Leave the mode by pressing the mode button briefly ( no longer lit). is Measured value display: The hand-held transmitter converts the received measured values to values that can be displayed on the 10 LEDs in the lower row of LEDs. The displayed measured values therefore only approximate the actual measured values from the receiver. When the measured value equals the maximum value, all 10 LEDs light up. Resolution of display per LED: Example Measured value Resolution Photo 10 klx Dawn/dusk 50 lx Precipitation 20 mm/h Wind 2.5 m/s If the first LED (level 0) lights up for the wind measurement, the wind value is between 0 and 2.0 m/s. If 2 LEDS (level 1) lights up, the wind value is between 2.5 and 4.5 m/s. Value table: 890407_c•en•01.05.2013 Level Photo (klx) Dawn/dusk (lx) Precipitation (mm/h) Wind (m/s) 0 0...9.5 0...48 0...19 0.0...2.0 1 10...19.5 50...98 20...39 2.5...4.5 2 20...29.5 100...148 40...59 5.0...7.0 3 30...39.5 150...198 60...79 7.5...9.5 4 40...49.5 200...248 80...99 10.0...12.0 5 50...59.5 250...298 100...119 12.5...14.5 6 60...69.5 300...348 120...139 15.0...17.0 7 70...79.5 350...398 140...159 17.5...19.5 8 80...89.5 400...448 160...179 20.0...22.0 9 90...100 450...500 180...200 22.5...25.0 We reserve the right to carry out improvements 65 Practical examples 7.2.5 Mode 3: ↵Resetting the actuator parameters WAREMA Mobile System® Application brochure In this mode, you can reset the parameters (e.g. limit values, run times) of the actuators in the selected product channel to the standard values of the set product type. The actuators continue to remain in the network, and the product type, channels and sensor allocations are retained. CAUTIO In awnings with a valance roller blind, the run times are reset to the standard values as well (60 s). The WMS Hand-held transmitter cannot be used to reset the run times to the correct values; this requires the WMS Central transmitter or a PC with a WMS Stick and the corresponding software. To execute mode 3 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel whose actuators you wish to reset to the standard parameters settings. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 3 is selected. + lights and the LEDs above the row of LEDs to 3 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 3 briefly light up in green. E.g. Then the selected product type and channel are displayed. In the upper LED display, one LED lights up for each actuator (in the example: 2 actuators in channel 2). + NOTE Press the info button to identify the actuators of this channel (the actuators wave). Press the and buttons simultaneously to reset the parameter values in all actuators of this channel to the standard settings. The transmission LED lights up for 2 seconds. GREEN: The parameter values were reset in all receivers of the channel. RED: Not all receivers could be reached; the mode remains active. Press the and buttons again until all actuators are reached. The mode is automatically closed when all actuators of the channel have been reached ( is no longer lit). 66 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples NOTE After this, the actuators are not in their delivered state. If you would like to put an actuator into its delivered state, delete it out of the network when scanning. To integrate an actuator into another network, perform a double PowerUp* for this actuator before scanning in the new network. ouble PowerUp: *D For about one minute, the actuator acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the actuator is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). V 230 V 0V 890407_c•en•01.05.2013 min. 5 s 5s 5s 5s 5s We reserve the right to carry out improvements t 67 Practical examples 7.2.6 Mode 4: Searching for and deleting faulty actuators NOTE WAREMA Mobile System® Application brochure In this mode, you can search for faulty actuators in the network and delete them from the hand-held transmitter and network. If you know the serial number (see Chapter 2.5 on page 13 and Chapter 7.2.8 on page 72) of the faulty actuator, you can delete it directly in mode 6 by entering the serial number. Check whether the actuator is supplied with voltage and is set correctly before deleting it from the network. To execute mode 5 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result If the faulty actuator can still communicate with the hand-held transmitter, switch the power supply of the actuator off. You can also replace the actuator with a new device before you continue.  Select a channel in which the faulty actuator is used. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 4 is selected. + lights and the LEDs above the row of LEDs to 4 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 4 briefly light up in green. Then the LED below the channel number lights up. In the upper LED display, one LED lights up for each actuator in the channel (for example, 3 actuators in channel 1): The first LED flashes. Press the info button to check the communication with the first actuator in the channel. NOTE Routing does not take place in this mode. You must be within range of the actuators with the hand-held transmitter when you press the info button. If communication with the actuator is possible, the associated LED changes from red to green and the actuator flashes. If communication is not possible, the LED stays red and the next LED flashes. Press the info button repeatedly until the communication with all actuators in the channel has been checked. + 68 We reserve the right to carry out improvements Press the and buttons simultaneously to delete the faulty actuators from the network. 890407_c•en•01.05.2013 Practical examples Button/ display Action/result The transmission LED flashes and faulty actuators are deleted from the routing tables of the other network devices. All network devices that are reached wave. Then a running light runs through the lower row of LEDs. Now go to all network devices one after the other: Press the button to transmit the delete command again. NOTE If additional transmitters are found in the network, these must be woken up to be able to receive the delete command. The reached network devices wave. Close the mode by briefly pressing the mode button when you are sure that all network devices confirmed the delete command by waving. 890407_c•en•01.05.2013 NOTE The hand-held transmitter automatically goes into sleep mode 5 minutes after the last press of a button. NOTE New actuators can then be learned into the network by scanning as usual (press the learn button for 5 s). We reserve the right to carry out improvements 69 Practical examples 7.2.7 Mode 5: Searching for and deleting faulty sensors NOTE WAREMA Mobile System® Application brochure In this mode, you can search for faulty sensors in the network and delete them from the hand-held transmitter and network. If you know the serial number of the faulty sensor, you can delete it directly in mode 6 by entering the serial number. Check whether the sensor is supplied with voltage and is set correctly before deleting it from the network. To execute mode 5 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result If the faulty sensor can still communicate with the hand-held transmitter, switch the power supply of the sensor off.  Select a channel in which the faulty sensor is used. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 5 is selected. + lights and the LEDs above the row of LEDs to 5 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 5 briefly light up in green. Then the sensor symbols light up. NOTE If no sensors are devices in the selected channel, the mode closes automatically. The LED below the channel number lights up. The upper row of LEDs shows all sensors in the channel (e.g. 3 sensors in channel 1): red LED: no communication yet with the sensor green LED: communication with the sensor already occurred. Press the T button on the involved sensors. If the respective sensor belongs to the channel, the associated LED changes from red to green. If you activated all sensors, only the faulty sensors light up in red in the upper row of LEDs. + 70 We reserve the right to carry out improvements NOTE Do not forget any of the sensors or else it will be deleted out of the network in the next step along with the others. Press the and buttons simultaneously to delete the faulty sensors in all actuators from the network. 890407_c•en•01.05.2013 Practical examples Button/ display Action/result The transmission LED flashes and the faulty sensors are deleted from the actuators in the network. All network devices that are reached wave. Then a running light runs through the lower row of LEDs. Now go to all network devices one after the other: Press the button to transmit the delete command again. The reached network devices wave. Close the mode by briefly pressing the mode button when you are sure that all network devices confirmed the delete command by waving. NOTE If you need more than 5 minutes to activate all sensors with button T: Press any button on the hand-held transmitter occasionally (e.g. the product button); otherwise, the hand-held transmitter will automatically go into sleep mode after 5 minutes. New sensors can then be learned into the network by scanning as usual (press the learn button for 5 s). 890407_c•en•01.05.2013 We reserve the right to carry out improvements 71 Practical examples 7.2.8 Mode 6: Deleting actuators/ sensors by entering the serial number NOTE WAREMA Mobile System® Application brochure In this mode, you can delete actuators/sensors by entering the serial number from the hand-held transmitter and network. The 8-digit serial number can be found on the type labels of the WMS products (see Chapter 2.5 on page 13). To execute mode 6 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Wake up the hand-held transmitter. Press the mode button with a pointed object until up and mode 6 is selected. + lights and the LEDs above the row of LEDs to 6 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 6 briefly light up in green. The row of numbers lights up. In the upper row of LEDs, the digit decimal place becomes red and the lower row of LEDs shows the numerical value. The display starts with decimal place 1 and numerical value 0: Now set each of the 8 digits of the serial number using the + light up) and confirm each value with arrow buttons ( . Every time the button is pressed, the LED for the decimal place changes from red to green and the LED for the next place lights up in red. Example: Entry of the serial number 00250184 0 0 2 5 0 1 8 4 After you enter all 8 digits and confirm them, the display looks as follows: 72 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples Button/ display Action/result Press the and buttons simultaneously to delete the device in all network devices. + The transmission LED flashes and the device is deleted from the network devices. All network devices that are reached wave. Then a running light runs through the lower row of LEDs. Now go to all network devices one after the other: Press the button to transmit the delete command again. NOTE If additional transmitters are found in the network, these must be woken up to be able to receive the delete command. The reached network devices wave. Close the mode by briefly pressing the mode button when you are sure that all network devices confirmed the delete command by waving. 890407_c•en•01.05.2013 NOTE When you delete an actuator, it must be deleted from the actuators and transmitters in the network (not the sensors). When you delete a sensor, it must only be deleted from the actuators in the network. NOTE New devices can then be learned into the network by scanning as usual (press the learn button for 5 s). We reserve the right to carry out improvements 73 Practical examples 7.2.9 Mode 7: Deleting sensor allocations WAREMA Mobile System® Application brochure In this mode, you can delete all sensor allocations in the actuators of the selected product channel. To execute mode 7 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel from whose actuators you wish to delete the sensor allocations. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 7 is selected. + lights and the LEDs above the row of LEDs to 7 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 7 briefly light up in green. Then the sensor symbols light up. + Press the and buttons simultaneously to delete the sensor allocations in all actuators of this channel. The transmission LED lights up for 2 seconds. GREEN: The sensor allocations were deleted from all receivers of the channel. RED: Not all receivers could be reached; repeat the procedure. The mode is closed automatically ( 74 We reserve the right to carry out improvements is no longer lit). 890407_c•en•01.05.2013 Practical examples 7.2.10 Mode 8: Deleting a receiver from a channel In this mode, you can delete the actuators from a product channel (the actuators remain in the network). To execute mode 8 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Select the product type and channel from which you wish to delete the actuators. The LED below the channel number lights up. E.g. Press the mode button with a pointed object until up and mode 8 is selected. + lights and the LEDs above the row of LEDs to 8 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 8 briefly light up in green. E.g. Then the selected product type and channel are displayed. In the upper LED display, one LED lights up for each actuator (in the example: 2 actuators in channel 2). If multiple actuators have been learned into the channel, you can use the arrow buttons ( + light up) to select the actuator that you wish to delete out of the channel. Press the info button to identify the selected actuator (the actuator waves). + Press the and buttons simultaneously to delete the selected actuator from the channel. If this was the only actuator in the channel, it is deleted and the mode is closed immediately. If there are multiple actuators in the channel, one of the LEDS in the upper row of LEDs goes out. The mode remains active and you can delete additional actuators from the channel if necessary. Leave the mode by pressing the mode button briefly ( no longer lit). NOTE 890407_c•en•01.05.2013 is If the actuator is not learned into any other product/scene channel of the hand-held transmitter, it is deleted from the hand-held transmitter completely. We reserve the right to carry out improvements 75 Practical examples 7.2.11 Mode 9: Resetting the hand-held transmitter WAREMA Mobile System® Application brochure In this mode, you can delete all learned actuators from the WMS Hand-held transmitter or return the hand-held transmitter to the delivered state. Stop button briefly → delete all actuators in the hand-held transmitter; network access is retained. Both the stop and C buttons → delivered state (channel 17, no actuators are learned in). To execute mode 9 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Wake up the hand-held transmitter. Press the mode button with a pointed object until up and mode 9 is selected. + lights and the LEDs above the row of LEDs to 9 light up in red. ... Briefly press the learn button to activate the mode. The LEDs above the row of numbers to 9 briefly light up in green. OR + OR then lights up. Press the button to delete all actuators in the hand-held transmitter. The hand-held transmitter remains in the network as a device. Press the and buttons simultaneously to reset the hand-held transmitter to the delivered state (all actuators and the network ID are deleted from the hand-held transmitter). The mode is closed automatically ( is no longer lit). lights up in red: 5 s: All actuators have been deleted from the handheld transmitter. 1 minute: The hand-held transmitter has been reset to its delivered state. NOTE 76 We reserve the right to carry out improvements To leave the mode without resetting the hand-held transmitter, press the mode button again. 890407_c•en•01.05.2013 Practical examples 7.2.12 Mode 10: Deleting the routing tables In this mode, you can delete the routing tables in the actuators. To execute mode 10 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Wake up the hand-held transmitter. Press the mode button with a pointed object until lights up and mode 10 is selected. When the row of LEDs lights up to the 9 (mode 9), it goes out in the next step and is then filled from the right to the left. This means that when 1 LED lights up on the right, mode 10 has been reached (9+1 = 10). + and the LED above the number 9 light up. Briefly press the learn button to activate the mode. The LED above the number 9 briefly lights up in green. + then lights up. Press the and buttons simultaneously to transmit the delete command to the actuators in the network. The transmission LED flashes and the routing tables in the actuators are deleted. All actuators that are reached wave. Then a running light runs through the lower row of LEDs. You can resend the delete command at any time by pressing the button. The actuators that are reached wave. Close the mode by briefly pressing the mode button when you are sure that all actuators confirmed the delete command by waving. NOTE 890407_c•en•01.05.2013 The mode remains active for 5 minutes after the last press of a button before the hand-held transmitter goes into sleep mode. We reserve the right to carry out improvements 77 Practical examples 7.2.13 Mode 11: Changing a channel WAREMA Mobile System® Application brochure In this mode, you can change the radio channel of all active network devices. This may become necessary if, for example, other transmitters interfere with the communication of the WMS products. The channel can be set from 11 to 26 (factory setting is 17). NOTE To be able to change the channel of a network, the devices must be active. This means that all network devices must be woken up. The channel change mode remains active on the hand-held transmitter until you close it again. You can therefore wake up the network components one after the other and send the command as often as you like. To execute mode 11 at the WMS Hand-held transmitter, proceed as follows: Button/ display Action/result Wake up the hand-held transmitter. Press the mode button with a pointed object until lights up and mode 11 is selected. When the row of LEDs lights up to the 9 (mode 9), it goes out in the next step and is then filled from the right to the left. This means that when 2 LED light up on the right, mode 11 has been reached (9+2 = 11). + red. and the LEDs above the numbers 8 and 9 light up in Briefly press the learn button to activate the mode. The LEDs above the numbers 8 and 9 briefly light up in green. Then all numbers light up. The current channel is displayed as follows (e.g. channel 17): Upper LED row = x10 ↵Lower LED row = x1 Use the arrow keys ( E.g. ... + light up) to change the channel. The LED rows show how the value changes (e.g. new channel = 21). Press the and buttons simultaneously when the required channel is displayed. + The transmission LED flashes and the set channel is sent to all active network devices. All network devices that are reached wave. Then a running light runs through the lower row of LEDs. Wake up network devices that are in sleep mode (e.g. wake up sensors or other transmitters by pressing a button). NOTE Note that the network devices go back into sleep mode after some time: sensors after one minute, WMS Hand-held transmitters after 5 s; this time can be set in the WMS Central transmitter. Press the button to transmit the channel change again. The reached network devices wave. 78 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples Button/ display Action/result Close the mode by briefly pressing the mode button when you are sure that all network devices confirmed the channel change by waving. NOTE 890407_c•en•01.05.2013 The mode remains active for 5 minutes after the last press of a button before the hand-held transmitter goes into sleep mode. We reserve the right to carry out improvements 79 Practical examples WAREMA Mobile System® Application brochure 7.3 Functions on the WMS Hand-held transmitter basic 7.3.1 Operating the products Button/ display Action/result Operate the selected product using the UP/STOP/DOWN buttons. The operating instructions of the respective receiver describe which operating options are available to you (e.g. UP=ON, DOWN=OFF, STOP=switch). The transmission LED ring: Flashes GREEN: indicates that transmission is occurThe hand-held transmitter is transmitting, then: Lights up GREEN for 2s:The receiver has confirmed the command. Lights up RED for 2s: The command has not been confirmed (e.g. receiver is outside of the transmission range), or the hand-held transmitter was added to the network but a channel has not yet been copied onto the hand-held transmitter. Lights up GREEN for 2s + control symbol is red: The receiver confirms the command, but does not execute it because of the displayed control function (e.g. the awning is not extended because the wind alarm is active). The transmission LED ring: indicates that transmission is occur- Lights up RED for 2s: The hand-held transmitter was added to the network but a receiver has not yet been assigned. 7.3.2 Learning/recalling the comfort positions A comfort position can be stored for the receivers in the network (e.g. awning half extended). The awning can be automatically moved to this comfort position at the press of a button. Button/ display Action/result "Move your product to the position that is to be stored as the comfort position (see "Operating the products"). Hold down the comfort button transmission LED lights up. 80 We reserve the right to carry out improvements for 5 seconds until the 890407_c•en•01.05.2013 Practical examples Button/ display Action/result The transmission LED ring: indicates that transmission is occur- 2s GREEN: The comfort position is stored. 2s RED: The command was not confirmed (e.g. receiver outside of transmission range); repeat the procedure. To recall a comfort position: Briefly press the comfort button The transmission LED . flashes green. The comfort position for the selected product is restored automatically. NOTE If a product is already in the comfort position or if a comfort position has not been stored, the selected product does not respond to pressing of the comfort button : NOTE When the comfort position is not moved to correctly, the run time in the receiver must be adjusted with a WMS Central transmitter or a WMS Hand-held transmitter (please see the operating instructions of the respective receiver). 7.3.3 Switching on/off the comfort control functions Button/ display Action/result Press the control button The transmission LED . flashes green. The transmission LED lights up: GREEN: The control functions are switched on in all receivers. RED: Not all receivers could be reached; switch the control functions OFF and ON again (or ON and OFF). The A LED lights up: GREEN: Switch on the control functions. RED: Switch off the control functions. 7.3.4 An existing system with a WMS Hand-held transmitter is expanded to include a WMS Hand-held transmitter basic The hand-held transmitter basic always remembers the command last sent. When the control button is pressed again, the hand-held transmitter basic sends the opposite command (ON - OFF - ON -...). Step 1 Add the WMS Hand-held transmitter basic to the existing network Button/ display Action/result Wake up the WMS Hand-held transmitter basic with the STOP button . Wake up the (large) WMS Hand-held transmitter with any product button. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 81 Practical examples WAREMA Mobile System® Application brochure Button/ display Action/result Press the learn button on the large WMS Hand-held transmitter for approx. 5 s. + E.g. E.g. lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for devices. When the scanning procedure is completed, the located devices are displayed in the upper row of LEDs (here, for example, 2 receivers). RED: New device GREEN: The device already belongs to the network. Devices that already belong to a different network are not located during scanning. Select the desired device using the arrow buttons. (Briefly press to check which device is currently selected. The product waves.) The LED of the selected device flashes on the large WMS Hand-held transmitter. Press the STOP button on the large WMS Hand-held transmitter to add the WMS Hand-held transmitter basic to the network. The LED of the selected device flashes green. The WMS E.g. Hand-held transmitter basic has been successfully learned into the network. You can now add additional scanned products in the same manner. Briefly press the learn button to leave the learn mode. Step 2 Copy a channel from one WMS Hand-held transmitter or a WMS Central transmitter to a WMS Hand-held transmitter basic. Button/ display Action/result Wake up the large WMS Hand-held transmitter with any product button. Select the channel of the hand-held transmitter that you wish to copy. Briefly press the learn button on the large WMS Hand-held transmitter. L-LED lights up green. Briefly press the learn button on the TARGET TRANSMITTER, the hand-held transmitter basic in this case. L-LED lights up green. The transmission LED on the hand-held transmitter basic flashes. GREEN During the transmission of data from the WMS Hand-held transmitter/Central transmitter to the target transmitter (WMS Hand-held transmitter basic); this ends with GREEN Lights up continuously for 2 seconds, transmission successful RED Light up continuously for 2 seconds, error during transmission L-LED 82 We reserve the right to carry out improvements on the hand-held transmitter basic goes out. 890407_c•en•01.05.2013 Practical examples 7.3.5 An existing system with a WMS Central transmitter is expanded to include a WMS Hand-held transmitter basic Step 1: Add the WMS Hand-held transmitter basic to the existing network with a WMS Central transmitter Wake up the hand-held transmitter basic. Select the "Learn in/out hand-held transmitter/central control unit" menu item on your WMS Central transmitter under: Main menu  System  Commissioning (logged in as specialist partner)  Learn in/out hand-held transmitter/central control unit Confirm the selected menu item with  The control function LED and transmission LED held transmitter basic (red and green). light up on the hand- The hand-held transmitter was added to the network. Step 2: Copy a channel from a WMS Central transmitter to a WMS Hand-held transmitter basic Select the "Allocate channel to another control panel" menu item on your WMS Central transmitter under: Main menu/Products/Product type/ nel to another control panel Briefly press the learn button The transmission LED 7.3.6 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter basic Context menu/Allocate/Allocate chan- on the WMS Hand-held transmitter basic. on the hand-held transmitter basic flashes green. The channel was copied. The exact description of these procedures can be found in the instructions of the WMS Central transmitter (art. no. 890 175). Step 1: Add a WMS Hand-held transmitter basic (2) to the existing network with a WMS Hand-held transmitter basic (1) Button/ display Action/result Wake up the WMS Hand-held transmitter basic (1) with the STOP button . Wake up the WMS Hand-held transmitter basic (2) with the STOP button . Press the learn button on the WMS Hand-held transmitter (1) for approx. 5 seconds. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 83 Practical examples WAREMA Mobile System® Application brochure Button/ display + Action/result lights up green; the transmission LED flashes. For several seconds, the WMS Hand-held transmitter basic 2 scans the range for devices. The hand-held transmitter basic does not find any device during scanning: The transmission LED lights up. ORANGE: No receiver found. If the hand-held transmitter basic finds a receiver, transmitter or sensor that has not yet been learned in, scanning is stopped. It is indicated as follows: The transmission LED lights up. RED: New receiver When you press the control button , you can check WHICH target device was just found. The product then waves and the control function LED flashes. RED: The target device (transmitter or sensor) can be added to the network. Press the STOP button . The found target device (transmitter or sensor) is added to the network. The target device waves in confirmation. Briefly press the learn button to leave the learn mode. Step 2: Copy channels from one hand-held transmitter basic (1) to another handheld transmitter basic (2) Button/ display Action/result Briefly press the learn button on the hand-held transmitter basic (1). lights up green. Briefly press the learn button on the TARGET TRANSMITTER (hand-held transmitter basic 2). L-LED L-LED lights up green. The transmission LED on the hand-held transmitter basic (1) flashes. GREEN During the transmission of data from the hand-held transmitter basic (1) to the hand-held transmitter basic (2); this ends with GREEN Lights up continuously for 2 seconds, transmission successful RED Light up continuously for 2 seconds, error during transmission 7.3.7 84 An existing system with a WMS Hand-held transmitter basic is expanded to include a WMS Hand-held transmitter We reserve the right to carry out improvements L-LED on the hand-held transmitter basic (1) and (2) goes out. Step 1: Add the WMS Hand-held transmitter to the existing network with a WMS Hand-held transmitter basic 890407_c•en•01.05.2013 Practical examples Button/ display Action/result Wake up the WMS Hand-held transmitter basic with the STOP button . Wake up the (large) WMS Hand-held transmitter with any product button. Press the learn button on the WMS Hand-held transmitter basic for approx. 5 s. + lights up green; the transmission LED flashes. For several seconds, the (large) WMS Hand-held transmitter scans the range for devices. The hand-held transmitter basic does not find any device during scanning: The transmission LED lights up. ORANGE: No receiver found. If the hand-held transmitter basic finds a receiver, transmitter or sensor that has not yet been learned in, scanning is stopped. It is indicated as follows: The transmission LED lights up. RED: New device When you press the control button , you can check WHICH target device was just found. The product then waves and the control function LED flashes. RED: The target device (transmitter or sensor) can be added to the network. Press the STOP button . The found target device (transmitter or sensor) is added to the network. The target device waves in confirmation. Briefly press the learn button to leave the learn mode. You can now add additional scanned products in the same manner. Briefly press the learn button to leave the learn mode. NOTE 890407_c•en•01.05.2013 If the large WMS Hand-held transmitter is still in its factory state (no products have been learned in yet), the lights up in red after the transmitter wakes up. We reserve the right to carry out improvements 85 Practical examples WAREMA Mobile System® Application brochure Step 2: Copy the channel from a hand-held transmitter basic to a WMS Hand-held transmitter Button/ display Action/result Press the learn button briefly. L-LED lights up green. Wake up the large WMS Hand-held transmitter with any product button. Select the desired channel on the target transmitter by pressing and holding the button of the desired product. Briefly press the learn button on the TARGET TRANSMITTER. L-LED lights up green. The transmission LED on the hand-held transmitter basic flashes. GREEN During the transmission of data from the WMS Hand-held transmitter/Central transmitter to the target transmitter (WMS Hand-held transmitter basic); this ends with GREEN Lights up continuously for 2 seconds, transmission successful RED Light up continuously for 2 seconds, error during transmission L-LED on the hand-held transmitter basic goes out. 7.3.8 Learning the WMS Handheld transmitter basic into a new receiver (plug receiver, actuator, etc.) NOTE The system can be comfortably commissioned using our PC software WMS Studio, a WMS Central transmitter or the WMS Hand-held transmitter. NOTE Devices that do not belong to a network yet, and are not intended to be learned in, must be de-energised. Button/ display Action/result Press the learn button on the WMS Hand-held transmitter basic for approx. 5 s. + L-LED lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for receivers. By pressing the learn button again, the process can be aborted. The L LED goes out. If, while scanning, the hand-held transmitter basic finds a target device (receiver, transmitter, sensor) that has already been learned in: The transmission LED lights up. GREEN: Lights up continuously for 2 seconds Then scanning continues. 86 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples Button/ display Action/result The hand-held transmitter basic does not find any device during scanning: The transmission LED lights up. ORANGE: No receiver found. If the hand-held transmitter basic finds a receiver, transmitter or sensor that has not yet been learned in, scanning is stopped. It is indicated as follows: The transmission LED lights up. RED: New receiver When you press the control button , you can check WHICH target device was just found. The product then waves and the control function LED flashes. GREEN: The target device is a receiver for which the product type can be adjusted. By pressing the UP and DOWN arrow buttons, you can select the desired receiver/product type: Press UP Flashing increases by one Press DOWN Flashing decreases by one Depending on the frequency with which the control function LED flashes, the corresponding product type is displayed: 1 x GREEN: Awning 2 x GREEN: Roller shutter 3 x GREEN: External venetian blind 4 x GREEN: Light 5 x GREEN: Window To check which product type was set, press the control button . The flashing of the control function LED indicates which product type was selected. Press the STOP button . The appropriate product type is now assigned to the receiver. The transmission LED lights up for 2 seconds. GREEN This confirms the assignment. NOTE: The first receiver that is learned into the hand-held transmitter defines the channel type. If an external venetian blind is learned in as the receiver first, the channel type is defined as an external venetian blind channel and only external venetian blinds can be learned in. Transmission LED flashes. GREEN: The scan process is now repeated automatically until no more new devices are found. The transmission LED lights up. ORANGE: The scan is ended. Briefly press the learn button to leave the learn mode. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 87 Practical examples 7.3.9 Deleting learned-in products from the WMS Hand-held transmitter basic and the network NOTE WAREMA Mobile System® Application brochure You can remove the learned-in products completely from the WMS Handheld transmitter basic and the network. First, scanning is repeated (see Chapter 7.3.8 on page 86) to identify the learned-in devices. Devices that do not need to be deleted must be de-energised. As soon as the transmission LED lights up orange, you can start the deletion process. Button/ display Action/result Press the learn button on the WMS Hand-held transmitter basic for approx. 5 s. L-LED lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for receivers. By pressing the learn button again, the process can be aborted. + The L LED goes out. If, while scanning, the hand-held transmitter basic finds a target device (receiver, transmitter, sensor) that has already been learned in: The transmission LED lights up. GREEN: Lights up continuously for 2 seconds. Then scanning continues. The transmission LED lights up for 2 seconds. ORANGE Scanning stops. + Press the STOP button and simultaneously. The delete command is sent to all learned-in receivers. Those receivers that are still learned-in wave when they are deleted from the hand-held transmitter basic and the network. The transmission LED process: indicates the result of the deletion Transmission LED flashes. GREEN: The devices are deleted. Transmission LED flashes. RED: Not all target devices have been deleted. Press the STOP button . The deletion command is sent repeatedly to find receivers that were not within the radio range during the first deletion command and to delete them as well. Briefly press the learn button to leave the learn mode. 88 NOTE When you delete a receiver from the network, it can no longer be operated via other transmitters. It must be relearned into a network. NOTE It only makes sense to delete products via the WMS Hand-held transmitter basic in smaller networks (two to three awnings or roller shutters). In more complex networks and when routing tables are used, a normal hand-held transmitter or a central control unit should be using for deletion. We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples 7.3.10 Resetting the WMS Handheld transmitter basic This is how to reset the WMS Hand-held transmitter to the delivered state. Button/ display Action/result Press the learn button for 10 s. The transmission LED (red) and the automatic LED (red) flash simultaneously. + + Press the and buttons simultaneously to reset the hand-held transmitter to the delivered state (all actuators and the network ID are deleted from the WMS Hand-held transmitter basic). The mode is closed automatically. NOTE 890407_c•en•01.05.2013 To leave the mode without resetting the hand-held transmitter, press the L button again. We reserve the right to carry out improvements 89 Practical examples WAREMA Mobile System® Application brochure 7.4 Functions of the WMS transmitter 7.4.1 Learning in (scanning) Before WMS receivers can be operated via the WMS transmitter, it must be included as a device in the respective radio network. The WMS transmitter can be detected by a central control unit or a hand-held transmitter and added to the network. With a WMS Central transmitter: Proceed as described in the "Learning in/out hand-held transmitters/central control units" chapter. The WMS transmitter is referred to in the display as the "Control panel". With a WMS Hand-held transmitter: Button/ display Action/result Wake up the hand-held transmitter with any product button. Press the learn button for approx. 5 seconds. + lights up green; the transmission LED flashes. For several seconds, the hand-held transmitter scans the range for receivers. When the scanning procedure is completed, the located transmitters/receivers are displayed in the upper row of LEDs (here, for example, 2 receivers). RED: A new transmitter/receiver GREEN: The transmitter/receiver already belongs to the network. Transmitters/receivers that already belong to a different network are not located during scanning. E.g. Select the desired WMS transmitter using the arrow buttons. (Briefly press to check which product is currently selected. The product waves.) The LED of the selected transmitter flashes in red. E.g. Press the button + e.g. The LED of the selected transmitter flashes green. The WMS transmitter was added to the network. Briefly press the learn button to leave the learn mode. 7.4.2 Copying the product channel into the WMS transmitter To be able to operate products, you need to copy a channel from a WMS Hand-held transmitter or a WMS Central transmitter to the WMS transmitter. If a corresponding channel does not yet exist, learn the desired products into a channel of the hand-held transmitter or the central control unit. Now copy this channel into the WMS transmitter. With a WMS Central transmitter: Proceed as described in the "Allocating a channel to another control panel" chapter. When you are prompted to press the L button, hold the magnet against the back of the WMS transmitter for approx. 1 s (close to the printed radio waves symbol). The green LED flashes and the WMS Central transmitter confirms the copying process. 90 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples With a WMS Hand-held transmitter: Button/ display Action/result Select the product type and channel that are to belong to the group (press the product button repeatedly until the LED below the desired channel lights up). The LED below the channel number lights up. E.g. Press the learn button briefly. + Magnet 1s lights up green and the previously selected channel number flashes. Hold the magnet against the back of the WMS transmitter for approx. 1 s (close to the printed radio waves symbol). The green LEDs on the WMS transmitter flashes while copying. Afterwards, the LEDs indicate whether copying was successful. E.g. RED: The channel allocation failed. GREEN: The channel was allocated. The transmission LED is lit on the hand-held transmitter during . copying, and then goes out The channel is now allocated to the WMS transmitter and can be operated via this transmitter. You can add additional products (channels) to the channel of the WMS transmitter in the same manner. A maximum of 10 devices of the same product type can be learned into the channel of the WMS transmitter. 7.4.3 Deleting products from the WMS transmitter 7.4.4 Deleting the WMS transmitter from the network 7.4.5 Restoring the factory settings 890407_c•en•01.05.2013 If the hand-held transmitter/central control unit does not respond when copying, the WMS transmitter stays in learn mode for one minute (green LED lights up continuously). You can end this mode by holding the magnet against the device (red LED lights up for 3 s). To delete a product from the WMS transmitter, copy the channel that contains the product into the WMS transmitter again. If a receiver is allocated to a channel a second time, it is deleted from the channel again (learned in the first time, learn out the second time, etc.). The same procedure can be applied to entire product groups. If the channel selected contains products that do not exist in the target channel, all products in the first channel are copied into the target channel and none are deleted. The WMS transmitter can only be deleted from the network by a central control unit. Proceed as described in the "Learning in/out hand-held transmitters/ central control units" chapter. The WMS transmitter is referred to in the display as the "Control panel". If only one WMS Hand-held transmitter is available, the WMS transmitter can be deleted from the network by restoring the factory settings. With the operating voltage switched on, hold a magnet against the back of the WMS transmitter for at least 10 s (close to the printed radio waves symbol). When both LEDs of the WMS transmitter light up briefly, the factory settings have been restored. The two LEDs only light up if the WMS transmitter was learned into a network and was now reset. We reserve the right to carry out improvements 91 Practical examples 7.4.6 Operation – Operating the products WAREMA Mobile System® Application brochure The product type determines the available functionality when operating the product. Product type Functionality Short: The slats tilt up. External venetian blind Long: The product moves up. or press the button in the opposite direction: The product stops. Short: The slats tilt down. Long: The product moves down. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. The product moves up Roller shutter or press the button in the opposite direction: The product stops. The product moves down. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. Awning Awning without valance roller blind drive The product moves up/retracts. or press the button in the opposite direction: The product stops. The product moves down/extends. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. NOTE The STOP button also deactivates the wind evaluation for one minute. Awning with valance roller blind drive 1 x short: The awning retracts. 2 x short: The valance roller blind retracts fully and then the awning retracts fully. 1 x long: The valance roller blind retracts The position of the awning does not change. or press the button in the opposite direction: The product stops. 1 x short: The awning extends. 2 x short: The awning extends fully, and then the valance roller blind extends fully. 1 x long: The valance roller blind extends. The position of the awning does not change. NOTE 92 We reserve the right to carry out improvements The STOP button also deactivates the wind evaluation for one minute. 890407_c•en•01.05.2013 Practical examples Product type Window Functionality The product closes. or press the button in the opposite direction: The product stops. The product opens. Short: The product moves to the stored comfort position. Long: The comfort position for the product is stored. Light The product is switched on. The product state changes (ON→OFF, OFF→ON). The product is switched off. Short: The product switches to the stored comfort position. Long: The comfort position for the product is stored. 7.4.7 Switching on/off the comfort control functions When you have connected a push button to terminal A, you can use it to switch on and off the comfort control functions of the products in the channel of the WMS transmitter. If an additional push button is not connected, the control control functions can also be switched on and off by simultaneously pressing the UP and DOWN buttons. Button/ display Action/result Switching the comfort control functions on: or Briefly press the control button or the simultaneously. and buttons + A short tone sounds to indicate that the comfort control functions are switched on. No tone: Not all receivers in the channel were reached; repeat the procedure. Switching off the comfort control functions: or Press the control button or the neously for approx. 2 s. and buttons simulta- + Two short tones sound to indicate that the comfort control functions have been switched off. No tone: Not all receivers in the channel were reached; repeat the procedure. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 93 Practical examples 7.4.8 Learning/recalling the comfort positions WAREMA Mobile System® Application brochure A comfort position can be stored for every receiver in the network (e.g. awning half extended). The awning can be automatically moved to this comfort position at the press of a button. Button/ display Action/result Move the product in the channel of the WMS transmitter to the position that is to be stored as the comfort position (see Operating the products). Hold down the comfort button for 5 seconds. A brief tone sounds to indicate that the comfort position has been saved. No tone: Not all receivers in the channel were reached; repeat the procedure. To recall a comfort position: Briefly press the comfort button. The comfort position for the selected product is restored automatically. If a product is already in the comfort position or if a comfort position has not been stored, the selected product does not respond to pressing of the comfort button. 94 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Practical examples 7.5 Functions of the WMS Radiant heater control 7.5.1 Operating the WMS Radiant heater control The WMS Radiant heater control is a WAREMA receiver. Before this WMS receiver (WMS Radiant heater control) can be operated on the hand-held transmitter, it must be a member of the appropriate radio network. The radiant heater can be detected by a central control unit or a hand-held transmitter and be added to the network of the hand-held transmitter. The WMS receiver first needs to learn to which transmitters it should respond. We refer to this process as "learning". The WMS Radiant heater control is learned in as a "light" product type. Because the WMS Radiant heater control does not have a display, successful learning is indicated lighting up of the connected radiant heater. To select the channel for operating your radiant heaters, you only need the button. The other function buttons are either not needed to operate the radiant heater. This button takes you back to the operation of your awning. Ensure that you select the learned channel on your hand-held transmitter before you perform an action. This is required for the radiant heater to respond to an operating command. Product type Functionality The product is switched on. The product state changes (ON→OFF, OFF→ON). Light NOTE The product is switched off. Short: The product switches to the stored comfort position. Long: The comfort position for the product is stored. The product type cannot be changed directly. WARNIN Do not save the switched-on radiant heater as a comfort position. Otherwise, brief contact with the button can accidentally switch on the radiant heater. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 95 Practical examples 7.6 Functions of the WMS Socket 7.6.1 Operating the WMS Socket WAREMA Mobile System® Application brochure The WMS Socket is a WAREMA receiver. Before this WMS receiver (WMS Socket) can be operated on the WMS transmitter (e.g. a WMS Hand-held transmitter), it must be a member of the appropriate radio network. The WMS Socket can be detected by a central control unit or a hand-held transmitter and be added to the network of the hand-held transmitter. Learn the transmitters and sensors into the WMS Socket. (When the receiver is delivered, it does not "know" any transmitters initially and first needs to learn to which transmitters it should respond. We refer to this process as "learning". The learning process is described in the operating and installation instructions of the WMS transmitters. The display on the front of the WMS Socket "waves" during the learning procedure. The WMS Socket always is always of the "light" product type and is operated as follows, for example on a WMS Hand-held transmitter: Product type Light Functionality The product is switched on. The product state changes (ON→OFF, OFF→ON). The product is switched off. Short: The product switches to the stored comfort position. Long: The comfort position for the product is stored. When the output of the WMS Socket is switched on, the display lights up on the front. How to operate the WMS Socket with other WMS transmitters, such as the WMS Central transmitter, is described in the operating and installation instructions of the respective WMS transmitter. The product type determines the available functionality when operating WMS receivers. The WMS Socket can only be learned into the WMS Hand-held transmitter as the "light" product type. When learning the WMS Socket into WMS Central transmitter, you can choose between the following product types: switch light, switch load and switch socket. This only has an effect on the display and on forming groups. The operation is identical for all three variants. NOTE 96 We reserve the right to carry out improvements Once the product type has been selected, it can no longer be changed directly. To program a WMS Socket for another product type, it must be deleted out of the network entirely and learned in again. 890407_c•en•01.05.2013 Practical examples 7.7 Functions on the WMS wind sensor 7.7.1 Checking the battery charge status Occasionally check the battery charge status of the wind sensor. If the wind sensor can no longer respond, the awning is automatically retracted or is stopped after several seconds if it is being extended to protect it against wind damage. Button/ display Action/result Briefly press the battery button.  7.7.2 Calling up the "Replace battery" mode The LEDs indicate the status of the wind sensor: GREEN flashes: Battery OK, communication with the plug receiver is OK. GREEN flashes, RED lights up: B attery OK; communication with the plug receiver is faulty. RED flashes: The battery charge status is critical. No display: The battery voltage is already below the minimum level. Switch off the wind monitor as follows, for example to replace the batteries. Button/ display Action/result Press the battery button for at least 5 seconds.  The red LED lights up continuously. The wind monitor is deactivated. The wind sensor can be removed without initiating a wind alarm. NOTE The wind sensor goes into sleep mode after 3 minutes. The "Replace battery" mode remains active. It continues to remain active even after the batteries are replaced. Press any button to end the "Replace battery" mode. NOTE If the "Replace battery" mode cannot be activated before replacing the batteries (e.g. the batteries are depleted), you should activate the mode briefly after inserting the new batteries. In this way, the wind sensor can detect that you replaced the batteries, enabling it to correctly determine the battery charge status again. 7.7.3 Identifying the plug receiver Button/ display Action/result Press the learn button for at least 3 seconds.  The red LED lights up for half a second. The plug receiver belonging to the wind sensor (i.e. the connected awning) waves. NOTE 890407_c•en•01.05.2013 This function is only available after the unit has been commissioned properly. The awning cannot wave until calibration has been successful. We reserve the right to carry out improvements 97 Useful tips 8 Useful tips WAREMA Mobile System® Application brochure This chapter contains useful information on the WMS system. 8.1 Scanning with the (large) WMS Hand-held transmitter Problem Solution More than 10 devices were found in the vicinity during a SCAN. The hand-held transmitter can only display 10 at a time. The others may never be found. Switch off the found devices after they are learned in so that they are not found during the next SCAN. The SCAN should be aborted before devices have been learned in. The wrong product was allocated to a receiver. Press the button again. The product must be removed from the network and learned in again. Procedure: 1. Start the SCAN. 2. Select a product. 3. Press "Stop +C" button -> Now remove the device from the hand-held transmitter. 4. Then remove the device from the receivers by pressing the "Stop" button. 5. Go to all receivers/hand-held transmitters/central control unit (not sensors) and press the "Stop" button. The receivers/hand-held transmitters/central transmitters respond with a WAVE to indicate that the device was deleted. 6. When all receivers/hand-held transmitters/central control units have waved, close the mode with the "L" button. 7. Start a new SCAN and learn in the device with the right product. The product was allocated to the wrong channel. 98 We reserve the right to carry out improvements 1. In mode 8, delete the receiver from the channel. 2. Start the SCAN and allocate the receiver to a new channel. 890407_c•en•01.05.2013 Useful tips 8.2 Building groups Problem Solution Attempt to allocate more than 10 devices to a group. A maximum of 10 devices can be allocated to a group and they must be of the same product type. If an attempt is made to add more than 10 devices to a group, these devices are not taken up. Example: Channel 1 has 6 devices and channel 4 has 5 devices of the same product type. If an attempt is now made to allocate channel 1 to channel 4, no device of channel 1 is allocated to channel 4 since the result would be more than 10 devices. Allocation of channel to channel across different hand-held transmitters This is performed in the same manner as a channel allocation on a hand-held transmitter. The target hand-held transmitter must be awake. 1. Select the hand-held transmitter channel and press . 2. Wake up the target hand-held transmitter, select the channel and press . Allocate receivers of a channel to another channel that already contains the first channel. The procedure varies depending on whether all devices or only some of the devices are already part of the channel. - If all devices are present, these devices are deleted from the target channel. - If only some of the channels are present, all of the devices are allocated if there is still space for them in the channel. A channel was built from several other channels (group) and now this channel is being set. As a result, all parameter settings are set for all devices in the channel, even if they were set differently in the original channels. This also applies to the learning of run times. Only make parameter settings in the original channels. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 99 Useful tips WAREMA Mobile System® Application brochure 8.3 Awnings with a wind sensor or valance roller blind Problem Solution Multiple units (awnings) are delivered: How can the allocation between the plug receiver and wind sensor be checked? Press the button on the wind sensor for at least 3 s. The awning belonging to the wind sensor waves. Multiple units (awnings) were delivered -> Multiple networks were formed at the factory. However, only one network is required on-site. 1. O ne hand-held transmitter/plug receiver combination must be retained. This combination will later form the network. 2. For the other hand-held transmitters, delete the plug receivers from the hand-held transmitters (by scanning). 3. Then put the other hand-held transmitters into the factory mode (mode 9, "Stop + C"). 4. Learn the other hand-held transmitters into the network of the first hand-held transmitter (by scanning). 5. All hand-held transmitters can now scan for the deleted plug receivers and add them to the network (allocate product/allocate channel). The hand-held transmitter was put into the factory mode before the plug receiver was deleted from the hand-held transmitter. By means of a double PowerUp*, the plug receiver can be put into the factory mode and can then be added to other networks. The product was allocated to the wrong channel. 1. Mode 8: Delete the receiver from a channel 2. Scan and allocate the receiver to a new channel. *D ouble PowerUp: For about one minute, the actuator acts as if it were in its delivered state. Within this period, it can be scanned and added to a network. If the actuator is not learned into a network within this minute, it returns to the mode it had before the power-up (it stays learned in in the previous network). V 230 V 0V NOTE 100 We reserve the right to carry out improvements min. 5 s 5s 5s 5s 5s t In awnings with two wind sensors, a heartbeat is only issued when both wind sensors do not send signals. 890407_c•en•01.05.2013 Troubleshooting 9 Troubleshooting This chapter will help you identify and eliminate problems with the WMS system. 9.1 Operating problems Problem The product cannot be operated Possible cause A safety function (e.g. wind alarm) is active The batteries in the hand-held transmitter are depleted A sensor used for a safety function failed WMS Hand-held transmitter: The info mode was called up ↵( lights up) No mains voltage Product drives are overheated from frequent operation A sensor used for a safety function failed The product extends by only 10% and a wind alarm is indicated on the handheld transmitter during transmission The product retracts suddenly and then A sensor used for a safety function can only be extended by 10%; a wind failed alarm is indicated on the hand-held transmitter during transmission Hand-held transmitter: no display The batteries are depleted, incorrectly inserted or missing Hand-held transmitter: The transmisThe batteries will soon be depleted sion LED lights up in yellow/orange Wind sensor: no display The batteries are depleted The "Replace battery" mode was not Wind sensor: After the batteries are activated before the batteries were rereplaced, the display still indicates placed (in this case, the wind sensor is "Batteries depleted" even after the button is pressed. unable to detect that the batteries were replaced) The batteries that were inserted are also depleted Wind sensor: The red LED lights up The "Replace battery" mode is still accontinuously tive Hand-held transmitter: The transmisStrong electromagnetic interference, sion LED is often red and only the sec- e.g. due to many WLAN networks ond or third try is successful Hand-held transmitter: The transmisThe distance to the receiver is too sion LED lights up in red great or the receiver is shielded by metal objects or steel-reinforced concrete No mains voltage on the plug receiver The transmission range is usually very Strong electromagnetic interference, small (possibly only at certain times) e.g. due to many WLAN networks After the scene or comfort button is The supply voltage on the WMS Plug pressed, the product retracts fully and receiver failed briefly (the plug receiver no longer recognises the position of only then moves to the desired position. the product) The supply voltage on the WMS Plug After the scene or comfort button is pressed, the retracted product moves receiver failed briefly (the plug receiver to the desired position after a delay of no longer recognises the position of 1-2 minutes the product) 890407_c•en•01.05.2013 Remedy Wait for the alarm (duration of wind alarm = 10 minutes) to end Change the batteries Check the sensors Press the button repeatedly until the symbol goes out Check the main circuit breaker Allow the drives to cool for at least 10 minutes Check the sensors Check the sensors Change the batteries Change the batteries Change the batteries Activate the "Replace battery" mode and close it again Insert new batteries Press any button on the wind sensor The specialist dealer can change the frequency band of the WMS products Reduce the distance to the receiver Check the main circuit breaker The specialist dealer can change the frequency band of the WMS products The sun shading product performs a one-time automatic calibration (no corrective measures are necessary) Before moving, the sun shading product performs an automatic calibration (no corrective measures are necessary) We reserve the right to carry out improvements 101 Troubleshooting WAREMA Mobile System® Application brochure Problem An awning with a valance roller blind starts moving with a delay of several button is pressed seconds after the briefly 2x. When the product moves to a comfort position, the awning stops at different locations, depending on the direction of travel (when retracting, the product moves somewhat beyond the comfort position). Possible cause Remedy With the valance roller blind fully retracted, the WMS Plug receiver first checks the position of the valance roller blind before the awning moves. The product was extended but the stop button was not pressed. During retraction, the comfort position is calculated from the run time parameter and not only from the actual run time of the product. Learn in the exact run time via a handheld transmitter, a WMS Central transmitter or a PC with a WMS Stick and the corresponding software (the actual run time of the product is less than the standard run time for this product). For receivers in combination with a WMS Wind sensor, the run time may not be learned in via the WMS Handheld transmitter. NOTE If the type of hand-held transmitter is not specified in the table, the information applies to both the WMS Hand-held transmitter and WMS Hand-held transmitter basic. NOTE Note the possible causes for problems during commissioning described in Chapter 9.1. 9.2 Commissioning problems Problem Uncontrolled or illogical movements of the connected product The product moves in the opposite direction The product does not move The product extends by only 10% and a wind alarm is indicated on the handheld transmitter during transmission Possible cause Incorrect commissioning (e.g. incorrect order) For awnings: The WMS Plug receivers for the awning and valance roller blind have been swapped accidentally Incorrect assignment of the pins in the connector of the motor connection cable No mains voltage The plug-in connection on the WMS Plug receiver is open A safety function (wind alarm) is active A sensor used for a safety function failed For awnings: No response from the wind sensor; the batteries are incorrectly inserted or missing For awnings: No response from the wind sensor; the plug receiver and wind sensor are not programmed into each other During a shake test, the shaken awning In units with multiple awnings, the wind does not retract but a different awning sensors are switched retracts instead The awning does not wave when the L The system was not commissioned button on the wind sensor is pressed correctly (the awning cannot wave until for more than 3 seconds after a successful calibration) Wind sensor: no display The batteries are incorrectly inserted or missing The transmission range is usually very The WMS Plug receiver is mounted at small a location that is shielded by metal or cables 102 We reserve the right to carry out improvements Remedy Commission the system again Check the installation of the WMS components Swap pins 2 and 3 in the motor connector Check the main circuit breaker Check the plug-in connection Wait for the alarm (duration of wind alarm = 10 minutes) to end Check the sensors Insert the batteries Have the component programming checked by a specialist dealer Install the wind sensors on the correct awnings and check the allocation Commission the system again Insert the batteries Install the WMS Plug receivers at other locations or mount them in such a way that the side of the housing with the is not printed radio waves symbol covered by metallic objects. 890407_c•en•01.05.2013 Troubleshooting 9.3 Other problems Problem The only transmitter in the network is faulty or got lost Possible cause - Delete a comfort position again - Electromagnetic interference Other transmitters with the same frequency band, or strong attenuation due to the local situation 890407_c•en•01.05.2013 Remedy Perform a power-up for all network devices involved and learn them into the new transmitter A comfort position cannot be deleted; it can only be overwritten by a new comfort position. For example, you can fully retract the product and save this position as the new comfort position. See Chapter 10 on page 104 We reserve the right to carry out improvements 103 Radio wave properties WAREMA Mobile System® Application brochure 10 Radio wave properties 10.1 Propagation of radio waves in the open In the open, radio waves can propagate virtually unhindered. In the WAREMA Mobile System, ranges of up to 350 m are achieved. Fig. 23 10.2 Propagation of radio waves in buildings The ranges that can be reached in the open cannot be achieved in buildings. Unlike infrared waves, radio waves can penetrate ceilings, walls, furniture and other objects (Fig. 24), although they are attenuated in the process. Fig. 24 104 We reserve the right to carry out improvements Outdoor operating range Propagation of radio waves in buildings 890407_c•en•01.05.2013 Radio wave properties 10.3 Attenuation of radio signals 10.4 Attenuation values of various building materials Objects such as these may attenuate the radio signal considerably and thus reduce the range. These effects must be taken into account when installing the system. The range in buildings is up to 25 m on one floor. To ensure that the system functions properly, the radio components cannot be installed in just any location. The following factors also have an influence on the range: When dividing walls are insulated with aluminium-lined mineral wool, the metal has a shielding effect on radio waves. The same effect occurs with materials (such as wallpaper or similar) that contain metal parts. When mounting transmitters and receivers, they should be mounted a minimum distance of 0.2 m from steel girders or metal walls. Also take into account the attenuation caused by furniture. The distance between two network devices should be at least 0.3 m. The following table contains values for determining the attenuation caused by the materials penetrated by the radio waves: Material thickness in mm Building material Human body (approx. 80% water) > 30 Wood (e.g. stand walls) 10 Plaster, plasterboard (light-weight wall) 3 Glass (heat protection glazing) > 35 Light-weight concrete (hollow block) 300 25 Aerated concrete (Ytong, Hebel), plastered on both sides 300 10 Brick (vertically perforated brick), plastered on both sides 240 22 160 18 Ceiling (reinforced concrete) Metal grid (wire mesh for plaster) Metal sheeting (facade cladding) 890407_c•en•01.05.2013 Attenuation in dB 50x50 15 > 45 We reserve the right to carry out improvements 105 Radio wave properties WAREMA Mobile System® Application brochure The following diagram illustrates how attenuation affects the range: Receiver Transmitter Aerated concrete, plastered on both sides Fig. 25 Aerated concrete, plastered on both sides Attenuation of radio waves In this example, the radio waves need to penetrate two successive walls of aerated concrete that are plastered on both sides. Using the table above, you can easily determine by how much the signal is weakened; add the attenuation values (10+10 dB = 20 dB) and determine the theoretical range using the following table: Attenuation in dB Theoretical operating range (in m) 0 350 (in the open) 6 175 12 87 18 43 24 21 30 10 36 5 42 2 If possible, the locations of the network devices should be selected such that the radio link does not run at a slant through attenuating masonry or other obstacles. When learning in devices, the distance between the transmitter and receiver should not exceed 5 m. 106 We reserve the right to carry out improvements 890407_c•en•01.05.2013 Radio wave properties 10.5 Radio shadow Metallic building parts or furniture (e.g. equipment cabinet, metal door, steel girder) shield the electromagnetic radio waves, causing a so-called radio shadow on the other side of the object in which direct reception is not possible. Often reception is still possible due to reflections off of other surfaces, but it is more reliable to avoid problematic installation locations such as these. Receiver Transmitter Radio shadow Metal cabinet Fig. 26 NOTE Creation of radio shadows Because it is difficult to provide guidelines for attenuation situations such as these, it is recommended to provisionally install components prior to final installation in problematic installation situations and to test the function first. 10.6 Active sources of interference The WMS products repeat the communication a number of times if external sources of interference disturb the frequency band. Thus, the WMS network usually operates reliably even if there is interference. The WMS system operates in the range of 2.4 GHz. In this frequency band, the following devices and applications may result in interference: WLAN networks with a very high rate of data transfer (e.g. during video streaming) Certain Bluetooth applications in close proximity TV transmitters in the 2.4 GHz range Older or insufficiently shielded microwave devices Other devices that transmit in this frequency band Try to identify the source of interference if disturbances are only sporadic. If the disturbances are caused by other devices, your specialist dealer can change the frequency band of your WMS products. 890407_c•en•01.05.2013 We reserve the right to carry out improvements 107 Radio wave properties 10.7 Effect of radio waves on humans and animals 10.8 Installation instructions for WMS products 108 We reserve the right to carry out improvements WAREMA Mobile System® Application brochure Statements according to which electromagnetic radiation with a high frequency has a detrimental effect on the human organism are highly disputed in the scientific community. To examine this effect, it is necessary to look at the radiation power of radio transmitters that act directly on the organism. For this purpose, the mobile phone, an object common in everyday use, is used here for comparison. Mobile phones typically have a transmission power of approx. 2 watts (D network) or approx. 1 watt (E network). When mobile phones are in stand-by mode, their transmission is limited to signaling traffic for determining their position; therefore, any relevant effects only occur during a phone call. The WAREMA Mobile System, in contrast, works with a peak power of max. 10 mW, which corresponds to an average radiation power of only 1 mW. Because neither a radio remote control nor other radio products are generally worn directly on the body, the signal attenuation that arises at a distance of only 1 m from the body additionally reduces the radiation power by a factor of 40. In addition, the radiation only arises while the transmitter is being activated and thus for a very brief period. For purposes of comparison, another radio-operated communication device, the DECT telephone, is presented here with its properties: The information is digitally and periodically pulsed (100 Hz) with a transmission power of 250 mW. The base stations transmit continuously, regardless of whether the phone is being used or not. (Frequency: 1880 to 1900 MHz). If multiple WMS receivers are used in a system, a minimum distance of 0.3 m should be maintained between the receivers. When mounting plug receivers behind a metal panel: Mount the plug receiver such that the side of the housing with the printed radio waves symbol faces the opening of the panel. This ensures the best possible radio reception. 890407_c•en•01.05.2013 Compatibility with earlier radio products 11 Compatibility with earlier radio products The WAREMA Mobile System is designed for modern and future applications in terms of its transmission frequency and complete transmission protocol (bidirectional). For this reason, it is not compatible with other WAREMA radio products such as EWFS. 2 2 3 WMS 3 1 1 11.1 Converting EWFS to WMS  STAS3 2 2 3 EWFS 3 1 1 STAK3  When developing the WMS Plug receiver, we were careful to use the same connectors as in the EWFS Plug receiver. The EWFS Plug receiver can therefore be directly replaced by the WMS Plug receiver. Please note the different sizes: Product Dimensions (L×W×H in mm) EWFS Plug receiver PL/FZL (before and including 2011) 130 × 32 × 32 EWFS Plug receiver lighting (before and including 2011) 130 × 32 × 32 EWFS Plug receiver PL/FZL (after 2011) 136 × 38 × 33 EWFS Plug receiver lighting (after 2011) 136 × 38 × 33 EWFS Plug receiver dimmer 136 × 38 × 33 WMS Plug receiver 136 × 38 × 33 Special mounting housings are available for the WMS Plug receivers as well; they come in white, grey and black and are used to protect against the weather and for discretely mounting WMS Plug receivers on facades. Fig. 27 890407_c•en•01.05.2013 Mounting housing for WMS Plug receiver NOTE Because of their size, the WMS Plug receivers do not fit into the mounting housings for EWFS Plug receivers (before 2011). NOTE Retrofitting an existing unit: After a WMS Plug receiver is connected, the manually operated switch, if present, must be set to the "Up" position and kept there. If you select a different position, the power supply to the device will be interrupted, preventing your sun shading product from being moved in high winds. After retrofitting, the switch can no longer be used to operate the equipment. Therefore, have your electrician electrically bridge the snap-in switch. We reserve the right to carry out improvements 109 Aids WAREMA Mobile System® Application brochure 12 Aids 12.1 WMS hand-held transmitter channel allocation 110 We reserve the right to carry out improvements In these tables, you can enter the channels into which WMS receivers were learned or where scenes were defined. Product type Channel Product Scene Channel Description 890407_c•en•01.05.2013 Index 13 Index Symbols H 230 V products 9 Liability 13 Dwell time 22 Hand-held transmitter 25, 70 Actuators/sensors, deleting by EUI input 72 Control function display 27 Control functions, displaying/parameterising 47 Operating elements on the back 28 Operating elements and displays 26 Faulty actuators, searching for and deleting 68 Receiver, deleting from a channel 75 Limit values, setting 59 Groups, building51 Info button26 Channel allocation table 110 Channel change 78 Comfort control functions, switching on/off 48 Comfort positions, learning/recalling 46 Comfort button 27 Run/tilting time, learning 62 Measured values, displaying64 Modes, calling up 58 Mode button 28 Numbers display27 Parameters of actuators, resetting 66 Products, deleting from network 50 Products, deleting from channel 52 Products, operating 45 Product buttons 26 Routing tables, deleting 77 Sensor allocations, deleting 74 Special functions 57 Standard functions 45 Scenes, recalling 54 Scenes, deleting 56 Scenes, redefining 55 Scene button 27 Resetting 76, 89 Hand-held transmitter basic 29 Operating elements on the back 30 Operating elements and displays 29 Example 1: The existing system with a WMS Handheld transmitter is expanded to include a WMS Hand-held transmitter basic 81 Example 2: The existing system with a WMS Central transmitter is expanded to include a WMS Hand-held transmitter basic 83 Example 3: An existing system with a WMS Handheld transmitter basic is expanded to include another WMS Hand-held transmitter basic 83 Example 4: The existing system with a WMS Handheld transmitter basic is expanded to include a WMS Hand-held transmitter 84 Example 5: Learn the WMS Hand-held transmitter basic into a new receiver (plug receiver, actuator, etc.) 86 A Active sources of interference 107 Actuators/sensors, deleting by EUI input 72 Applications 8 Propagation of radio waves 104 In the open 104 In buildings 104 Outdoor brightness19 Effects of radio waves 108 Control functions, displaying/parameterising 47 B Operating elements 24 Intended use 13 Bidirectional 14 D Dawn/dusk control 20, 22 Attenuation values of various building materials 105 Attenuation of radio signals 105 Faulty actuators, searching for and deleting 68 Faulty sensors, searching for and deleting 70 Definitions: transmitter/receiver 14 Display 24 Double PowerUp 37, 39, 40, 41, 49, 67 E Radio wave properties 104 Learning in 98 Learning in (scanning) 48 Receiver 14 Receiver, deleting from a channel 75 F Window, operating 18 Radio shadow 107 Functions on the WMS wind sensor 90, 97 Function wheel 24 Radio waves 104 Propagation 104 Effects 108 Attenuation 105 Attenuation values 105 Radio shadow 107 Sources of interference 107 G Coupled units 8 Limit values, setting 59 Basics 15 Groups, building 51 Groups, building 99 Groups of sun shading products 11 890407_c•en•01.05.2013 We reserve the right to carry out improvements 111 Index Example 6: Deleting learned-in products from the WMS Hand-held transmitter basic and the network 88, 89 Comfort control functions, switching on/off 81 Comfort positions, learning/recalling 80 Products, operating 80 Hand-held transmitter, resetting 76 Common applications 8 Brightness curve 21 WAREMA Mobile System® Application brochure R External venetian blind, operating 17 Using correctly 19 Roller shutter, operating 17 Routing 15 Routing tables, deleting 77 S Run/tilting time, learning in 62 Learn mode 15 Targeted reader group 13 Light, operating 18 Scanning 48, 98 SD card slot 24 Transmitter 14, 23 Transmitters and channels 15 Sensor allocations, deleting 74 Safety instructions 12 Solar weather station 34 Operating elements and displays 34 Heartbeat function 35 Special functions 57 Sun control 19 Sun shading product and sensors 10 Stick 36 Interference sources 107 Symbols and pictographs, meanings 12 Scenes, recalling 54 Scenes, building 53 Scenes, deleting 56 Scenes, redefining 55 M T Awning, operating 18 Awnings with a wind sensor or valance roller blind 100 Measured values, displaying 64 Mode button 28 Installation instructions 108 Patio awnings 8 Patio awnings with valance roller blind 8 Patio awnings 42 N W Useful tips 98 Groups, building 99 Awnings with a wind sensor or valance roller blind 100 Scanning 98 Weather stat. Operating elements and displays 33 Heartbeat function 34 Wind speed limit 59 Wind sensor 31 Battery charge status, checking 97 Operating elements and displays 31, 32 Functions 90, 97 Heartbeat function 32 "Replace battery" mode, calling up 97 Back 32 Plug receiver, identifying 97 WMS Actuator 39, 41 WMS Radiant heater control 40 WMS packages 42 WMS Stick 36 I Document details 2 Table of contents 3 K Channel allocation (table) 110 Channel change 78 Comfort control functions, switching on/off 48 Comfort positions, learning/recalling46 Compatibility 109 Conversion from EWFS to WMS 109 L P Packages 42 With hand-held transmitter 42 Without hand-held transmitter 42 Parameters of actuators, resetting 66 PowerUp 37, 39, 40, 41, 49 Practical examples 43 Troubleshooting 101 Commissioning problems 102 Operating problems 101 Other problems 103 Products 16 Products, deleting from network 50 Products, deleting from channel 52 Products, operating 45 Product types 17 112 We reserve the right to carry out improvements U Conversion from EWFS to WMS 109 Z Plug receiver 37 Plug-in connector wiring 38 Mounting housing 109 PowerUp 49 Plug receiver, resetting 37 890407_c•en•01.05.2013 Notes 890407_c•en•01.05.2013 We reserve the right to carry out improvements 113 Notes 114 We reserve the right to carry out improvements WAREMA Mobile System® Application brochure 890407_c•en•01.05.2013 Notes 890407_c•en•01.05.2013 We reserve the right to carry out improvements 115 WAREMA Mobile System® Application brochure WAREMA Renkhoff SE Hans-Wilhelm-Renkhoff-Strasse 2 97828 Marktheidenfeld/Main, Germany 116 We reserve the right to carry out improvements http://www.warema.com [email protected] 890407_c•en•01.05.2013

Wms Hand-held Transmitter

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