Preview only show first 10 pages with watermark. For full document please download

Instruction Manual Data Logger Almemo® 500 And App

Rating
Date

October 2018
Size

2.6MB
Views

1,655
Categories

Home Do-It-Yourself tools Hand tools Measuring & layout tools

Transcript

www.ahlborn.com Instruction Manual English Data logger ALMEMO® 500 and App ALMEMO® 500 V7 technology V1.1 13.04.2017 1. Table of Contents 1. Table of Contents ........................................................................................ 1 2. Table of Figures .......................................................................................... 4 3. General Information .................................................................................. 5 4. Safety Notice ............................................................................................... 5 4.1. Product safety / warranty claims .................................................................. 6 4.2. Special operating instructions ...................................................................... 7 4.3. Battery handling ........................................................................................... 7 5. Intended use ................................................................................................ 7 6. Warranty ..................................................................................................... 8 7. Scope of Delivery ........................................................................................ 8 8. Product Description .................................................................................... 9 8.1. Display and operating elements ................................................................... 9 8.2. Interfaces .................................................................................................... 12 8.3. Power supply.............................................................................................. 13 8.3.1. Battery mode .............................................................................................. 13 8.4. Control unit (Tablet) .................................................................................. 14 9. Initial Operation ....................................................................................... 15 10. Using the ALMEMO® 500 ....................................................................... 17 10.1. Connecting the power supply ..................................................................... 17 10.2. Connect sensors ......................................................................................... 18 10.2.1. Measuring inputs and auxiliary channels ................................................... 18 10.3. Switching the data logger on and off ......................................................... 19 10.4. Communicating with the data logger ......................................................... 19 10.4.1. General Explanations.................................................................................. 19 10.4.2. Connecting the tablet with the data logger via WLAN .............................. 20 10.4.2.1. Login via the application ALMEMO® 500 ................................................. 20 10.4.2.2. Access rights and user administration ........................................................ 21 10.4.3. Connecting a PC to the data logger ............................................................ 23 10.4.3.1. Direct connection between ALMEMO® 500 and the PC using the included network cable ............................................................................................................ 23 10.4.3.2. Via the company network ........................................................................... 24 10.4.3.3. Via WLAN ................................................................................................. 25 10.4.3.4. Via a USB cable ......................................................................................... 26 10.4.4. Overview of the communication options with the data logger ................... 27 10.5. Download of measuring data from the data logger .................................... 27 10.6. Access point configuration ........................................................................ 28 10.7. Reset the access point to factory settings ................................................... 30 10.8. Overview of the login data and how to change it ....................................... 31 11. Display and operating elements of the application ALMEMO ® 500.... 32 11.1. Display and selection of application .......................................................... 32 11.2. Overview of the menus of the ALMEMO ® 500 application ...................... 33 -2- 11.3. Control elements of the application ALMEMO® 500 ................................ 34 11.3.1. Function keys ............................................................................................. 34 11.3.2. Sidebar........................................................................................................ 34 11.3.3. Swipe gesture control ................................................................................. 35 11.3.4. Control symbols ......................................................................................... 35 11.3.5. Parameter display ....................................................................................... 36 11.3.6. Data input ................................................................................................... 37 11.4. Measured value presentation...................................................................... 38 11.4.1. Channel list ................................................................................................. 38 11.4.2. Measured value display .............................................................................. 39 11.4.3. Line graph .................................................................................................. 41 11.4.4. User menu .................................................................................................. 45 11.5. Memory ..................................................................................................... 47 11.5.1. Start and stop measurements ...................................................................... 49 11.6. Settings ...................................................................................................... 49 11.6.1. Device list ................................................................................................... 50 11.6.2. Sequence control (measuring circuit board) ............................................... 50 11.6.2.1. Cycles ......................................................................................................... 50 11.6.2.2. Device settings (measuring circuit board) .................................................. 52 11.6.2.3. About the device (measuring circuit board) ............................................... 53 11.6.2.4. Sensor overview (measuring circuit board) ................................................ 53 11.6.2.5. Output modules .......................................................................................... 54 11.6.3. Sequence control and storage configuration (ALMEMO ® 500)................. 54 11.6.4. Device settings (ALMEMO® 500) ............................................................. 55 11.6.5. Power supply (ALMEMO® 500) ................................................................ 56 11.6.6. Memory status (ALMEMO® 500) .............................................................. 56 11.6.7. About the device (ALMEMO® 500) ........................................................... 56 11.7. Sensor list and sensor configuration .......................................................... 56 11.7.1. Calibration data .......................................................................................... 57 11.7.2. Sensor channels .......................................................................................... 57 11.7.2.1. Channel function ........................................................................................ 58 11.7.3. Sensor configuration (D6, D7) ................................................................... 63 12. Maintenance and care .............................................................................. 63 13. Questions and answers ............................................................................. 65 14. Technical data ........................................................................................... 66 15. Declaration of conformity ........................................................................ 67 16. Subject Index ............................................................................................ 68 17. Your contact persons ................................................................................ 71 -3- 2. Table of Figures Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 -4- Display and operating elements of the data logger .................................. 9 Display and operating elements of the tablet ......................................... 10 Network settings in the ALMEMO® 500 application ............................ 17 Channel assignment and numbering of the ALMEMO ® 500 ................ 18 Exemplary IP address assignment to connected devices ....................... 19 Configure network settings .................................................................... 21 User administration – add a new user .................................................... 23 Sidebar in tab line graphics ................................................................... 35 Measured value display as channel list .................................................. 39 Measured value presentation as measured value display ....................... 39 Measuring channel functions ................................................................. 40 Line graphics ......................................................................................... 41 Loading a historic measurement ............................................................ 42 Line graphics settings ............................................................................ 44 Configure user menu ............................................................................. 46 Window “Export measurement” ............................................................ 48 Device list .............................................................................................. 50 Data logger menu .................................................................................. 55 Sensor list menu .................................................................................... 57 Sensor channels menu ........................................................................... 57 Exemplary sensor menu ......................................................................... 63 3. General Information This instruction manual contains important information that must be observed to be able to operate the device securely and efficiently. This chapter describes important details regarding the usage of the documentation at hand. Labeling illustration meaning Notice description Provides important instructions and information. Warning notice: Warning! Read the warning notice carefully and observe the specified precautionary measures. Not observing the specified precautionary measures can result in serious injury or damage to property. 4. Safety Notice DANGER Danger of death or serious injury and risk of damage to property! Before first commissioning, read the instruction manual carefully! Observe all general safety notices as well as the specific safety notices added in other chapters! Danger exists in case of: • disregarding the instruction manual with all included safety notices. • unauthorized interventions and changes to the device performed by the customer. • operating the device outside of the indicated environmental conditions. • using unsuitable power supply and peripheral devices. • using the device in an unauthorized way. • damage due to electrostatic discharge or lighting. -5- DANGER Risk of death due to hazardous electrical voltage! Danger exists in case of: • using unsuitable power supply and peripheral devices. • damage due to electrostatic discharge or lighting. • Do not install sensor cables close to electric power lines. • Make sure that the static electricity has been discharged before you touch the sensor cable. DANGER Warning of explosive atmosphere or substances! There is a risk of explosion near fuels and chemicals! Do not use the device on blasting areas or petrol stations! 4.1. Product safety / warranty claims • • • • • • -6- The measuring device must only be used within the technical specifications. Only operate the measuring device in accordance with the intended and correct use. Avoid heat, severe temperature fluctuations, and increased electromagnetic radiation during operation. The measuring device must only be opened in case of maintenance and repair purposes and only if this is explicitly described in the documentation. At the end of service life, the device must be correctly disposed of. Defect rechargeable batteries or empty batteries must be disposed of at a collection centre intended for this purpose. 4.2. Special operating instructions • • • • • Bringing the device from a cold environment into the operating room may cause condensation on the electronics assembly. Regarding thermocouple measurements, severe temperature changes may cause larger measuring errors. As a consequence, please wait for the device to adapt to the ambient temperature before starting to operate it. Thermocouple measurements using the device-internal cold junction temperature should be run – if possible – in battery operation (no battery charging). Using another operating mode (e.g. mains unit operation) for thermocouple measurements may lead to increased measuring errors. When connecting a mains adapter please consider the mains voltage. Pay attention to the maximum load capacity of the sensor power supply. Sensors with power supply are not galvanically isolated. 4.3. Battery handling With delivery, the rechargeable battery is not fully charged. Thus, – as the very first step – the battery should be recharged by using the included mains adapter until the LED CHARGE stops to light. Accordingly, batteries should be recharged in due time! Please make sure that the battery is not mechanically damaged, short circuited, or thrown into a fire. Batteries are hazardous waste and must not be disposed of in regular household garbage! 5. Intended use Operate the ALMEMO® 500 only within the intended areas of application. The ALMEMO® 500 supports the connection of a vast variety of sensors and peripheral devices with various special features. To become familiar with the functioning of the ALMEMO® system, you should by all means read the instruction manual at hand and the according chapters in the ALMEMO ® Manual. Only by doing this you can avoid operating and measuring errors as well as damage to the device. Further information regarding the intended use of the ALMEMO ® 500 is listed in chapter 4. In case of doubt, please contact our technical support ([email protected]). -7- 6. Warranty Before leaving the factory, every device passes through several quality tests. The warranty period for the proper functioning of the device lasts 2 years from the date of delivery. Before you return the device, please pay attention to the information provided in chapter 13 (questions and answers). In the event of a defect, please use – if possible – the original packaging for shipment and attach a precise description of the defect as well as the corresponding basic conditions. In the following cases, a warranty is excluded: • In case of unauthorized interventions and changes to the device performed by the customer. • In case of operating the device outside of the indicated environmental conditions. • In case of using unsuitable power supply and peripheral devices. • In case of using the device in an unauthorized way. • In case of damage due to electrostatic discharge or lighting. • In case of non-compliance with the instruction manual. We reserve the right to make changes in product features in favor of technical progress or due to new construction elements. 7. Scope of Delivery When unpacking, please pay attention to damages to the device as well as to the completeness of the delivery: Scope of delivery: • measuring instrument ALMEMO® 500 with 2 pieces ES500MA10 and 1 piece ES500CPU, • mains adapter, • WLAN antenna, • USB data cable for PC connection, • Ethernet connecting cable, • control unit including mains unit, USB charging cable, and mount for control unit, • present instruction manual, • ALMEMO® Manual, • CD with the ALMEMO Control software and useful accessories In the event of a damage caused during transportation, please keep the packaging material and contact the supplier immediately. -8- 8. Product Description This chapter describes the display and operating elements as well as the interfaces of the data logger. 8.1. Display and operating elements Figure 1 Display and operating elements of the data logger -9- (1) WLAN antenna (8) USB A interface for mass storage medium (2) (3) Status display Navigation keys (9) (10) Reset push button Coding switch for device addresses (Address format Gxy x=left and y=right coding switch) (4) Status and control lights of the CPU card (11) Status and control lights of the measuring circuit boards (5) Ethernet 10/100 interface (12) Input sockets M0 to M9 M0 to M9 for all ALMEMO ® sensors M0.0 to M9.9 up to 100 measuring channels (6) (7) ON/OFF key USB B interface for virtual COM-Port (15) (16) (13) (14) Earth connection DC 12V connector (17) (18) (19) (20) (21) (22) Figure 2 - 10 - Display and operating elements of the tablet (15) Touch pen for operating the display (19) Home key (16) On, off and standby key (20) USB and DC connector for power supply (17) Keys for volume control (21) Key for task manager (18) Back key (22) Knob for angle adjustment of the mount for the control unit Key and switch functions of the data logger Key Function Navigation key for the display • Allows you to navigate through different menu pages • Allows you to perform device functions (e.g. resetting the WLAN module to factory default settings) On and Off key • Pressing the key shortly: the device is switched on respectively off • Pressing the key long: the devices powers off uncontrolled (not recommended) Reset push button • Triggers a device reset (Press at least for 3 seconds) Notice: To be able to press the button, a pointed object is required. Coding switch for configuring device addresses from G00 to G99 Status display Display Function This menu displays the network parameters of the web service. To configure the control unit, these parameters are required. With a long press on the navigation key (the right one) in menu 1), you will reach a submenu for resetting the WLAN module to factory default settings. - 11 - This page displays the network name (SSID) of the WLAN network. To configure the control unit, this parameter is required. This navigation page provides information regarding the firmware versions of the hardware used. Firmware Update (X) CPU ( ) Meas. Unit UPDATE? YES NO With a long press on the navigation key (the right one) in menu 3), you will reach the submenu Firmware Update. In case valid firmware data is present on the USB storage medium (8), the update can be started by pressing YES. The System monitor displays the CPU temperature and the current processor load. The navigation page Supply gives an overview of the main parameter of the power supply. 8.2. Interfaces Ethernet interface Via the Ethernet socket (5) on the CPU card, the data logger can connect to an existing Ethernet network or create an own network. Depending on the network configuration, an external Ethernet network switch may be necessary. Via the Ethernet interface, several ALMEMO® 500 data loggers can be cross-linked among each other or with other data loggers. This interface also enables the connection to a PC for online measurement. WLAN interface Via the integrated WLAN router (access point) it is possible on the one hand to establish an own network and on the other hand to establish a connection to an existing WLAN network. Via the WLAN interface (1), the control units (either tablet or PC) are connected to the data logger. - 12 - USB interface The USB B interface (7) on the CPU card serves to connect the data logger to a PC and is primarily used for the exchange of measuring and device data. USB storage media used for memory expansion can be connected to the USB A interface (8). In addition, system updates are supplied via this interface. ALMEMO® input socket(s) Via the ALMEMO® input sockets (12) located on the measuring circuit boards of the ALMEMO® 500, all purely digital sensors of the ALMEMO® D6 and D7 generation can be connected – additionally to the ALMEMO® standard sensors. 8.3. Power supply The power supply is provided by a 12 V DC mains unit (ZB1212NA10) included in delivery or by optionally available rechargeable battery packs. In case rechargeable battery packs are used in the system (a maximum of 10 packs can be used), an intelligent loading mechanism is activated to protect the system against overload (simultaneous operation and charging). This loading mechanism is described in chapter 8.3.1. 8.3.1. Battery mode Optionally lithium ion rechargeable battery packs with a capacity of 15.6 Ah are available for power supply. With a current consumption of approx. 500 mA, the battery packs enable an operating time of approx. 8 hours. The operating time may vary depending on the connected sensor technology and on the sampling rate used. The current operating parameters (e.g. remaining time, rechargeable battery status, battery and mains unit voltages, and electric currents) can be retrieved via the control unit or the status display. When the batteries are fully discharged, the device switches off automatically whereby the saved data and the set time remain unchanged. The rechargeable battery pack can either be charged via the CPU card or via the rechargeable battery pack itself. To this end, both plug-in cards are provided with supply connections. The following table presents the possible charging scenarios. Charging scenario 1 Supply/charging via CPU card: In this case, the rechargeable battery packs are charged slowly to save energy, so that there is still sufficient power to supply the ALMEMO® 500. - 13 - Charging scenario 2 Supply/charging via rechargeable battery pack: 1. Data logger OFF In this case, the rechargeable battery packs are charged quickly. 2. Data logger ON In this case, the rechargeable battery packs are charged slowly to prevent system overload and uncontrolled self-heating. Charging scenario 3 Simultaneous supply/charging via rechargeable battery pack and CPU card: 1. Data logger OFF In this case, the rechargeable battery packs are charged quickly. 2. Data logger ON In this case, the rechargeable battery packs are charged slowly to prevent system overload and uncontrolled self-heating. 8.4. Control unit (Tablet) As a control unit for the ALMEMO® 500, an industrial tablet is included in delivery. The tablet offers a robust construction and features an expanded operating temperature range and waterproofness. The control unit is supplied and charged via a mains unit (included in delivery) with micro USB connector. Alternatively, it is possible to charge the tablet via the USB connector of the ALMEMO® 500 (charging speed: slow). For convenient tablet control, a tablet mount with adjustable angle inclination is included in delivery. The following table presents the technical specifications of the tablet. Display size: 20.31 cm (8") Resolution: 1280 x 800 (WXGA) Memory: 16 GB Sealing class: IP 67 Operating temperature range: -20 °C to +60 °C Battery pack capacity: approx. 4450mAh Service life in normal operation: approx. 12 hours Subject to technical modifications without prior notice! - 14 - 9. Initial Operation This chapter describes the steps that are necessary to bring the ALMEMO® 500 into service. The operating elements required for this purpose are listed in chapter 8.1. Step 1 Connect the WLAN antenna (1) to the provided connection socket. Step 2 Connect the required ALMEMO® sensors to the input sockets M0 to M9 (12). You will find a detailed description of the sensor and measuring inputs in chapter 10.2 - Connect sensors. Step 3 Please check the setting of the address coding switch (10) on the measuring circuit boards. Make sure that the addresses G00 and G01 are preconfigured for the two cards. Different cards must not have the same address. The addresses G90 to G99 are exclusively reserved for the rechargeable battery packs. Step 4 Connect the mains unit to the connection socket DC 12V (14). You will find further information regarding the power supply for the data logger in the chapters 8.3 and 10.1. Step 5 Power on the ALMEMO® 500 via the ON/OFF key (6) (short press on the key). • • The ON LED on the CPU card (4) lights up. After that, the Ahlborn logo appears on the status display (2) and shortly afterwards, the menu “Network configuration” will be displayed (see also chapter 8.1 under “Key and switch functions” and “Status display"). - - The startup phase takes some time since the data logger must be initialized and an integrity check of the measured data storage is executed at each system start. Do not disconnect the device from the power supply during the startup phase but rather shut down the device – if necessary – in a controlled manner by shortly pressing the ON/OFF key (6) again. - 15 - - Without any keyboard activity, the status display (2) enters a power saving mode after a while. Push any navigation key (3) to activate the display again and the navigation page used last will be displayed. Step 6 Switch the tablet on by pressing the ON key (16). You can find further information regarding the tablet in chapter 8.4. Step 7 Connect the tablet to the WLAN network of the ALMEMO® 500. For this purpose please open the status bar on the start screen (via swiping from the upper display edge downwards). Now make a long press on the Icon WLAN (see the following figure). After a short time, the network overview will open. Connect to the wireless network ALMEMO_500_ and enter the password ahlborn_wlan. You can find further information in chapter 10.4.2. Step 8 Start the pre-installed app ALMEMO® 500 on the tablet. Step 9 Enter the IP address, which is displayed in the status display (2) under “Network Conf.”, in the ALMEMO® 500 app in network settings (see Figure 3). The standard port 80 is used as communication port. After entering the data, please save your settings. You will find detailed instructions regarding the tablet login in chapter 10.4.2. Step 10 Log into the data logger via app by entering the following login data in the input mask and pressing the button Login (see Figure 3). user: password: Almemo500 Ahlborn2016 After the successful login, the home screen of the app will open. - 16 - Figure 3 Step 11 Network settings in the ALMEMO® 500 application Now start a measurement. To do so, navigate to the menu “Line graph” and press the START button. The measurement will start immediately. You will find further information regarding this topic in chapter 10 (Using the ALMEMO® 500). 10. Using the ALMEMO® 500 The following chapters provide information regarding the use of the data logger ALMEMO® 500 and a detailed description of the data loggers’ functions. 10.1. Connecting the power supply The data logger is powered with a supply voltage of 12 V DC. The power is supplied by an included mains unit (article: ZB1212NA10, 12 V DC, 2A). Alternatively, the power can also be supplied by an optionally available rechargeable battery pack. You will find a detailed description regarding the power supply in chapter 8.3. Connect the mains unit to the DC connector (14). - 17 - 10.2. Connect sensors Connect the required ALMEMO® sensors to the ALMEMO® input sockets M0 to M9 of your measuring instrument and make sure that the two locking levers engage correctly (for removing the plug, press the two levers on the sides). Sensors may only be connected and disconnected when the device has been switched off. All ALMEMO® sensor generations (V5, V6 sensors, as well as D6 and D7 digital sensors) can be arbitrarily connected to the ALMEMO ® input sockets. The comprehensive ALMEMO® sensor program and the option to connect your own sensors to ALMEMO® devices is described in detail in the ALMEMO® Manual (see ALMEMO® Manual chapter 3 and chapter 4). All standard sensors with ALMEMO ® plugs are generally programmed with measuring range and dimension and can therefore readily be connected to every input socket. 10.2.1. Measuring inputs and auxiliary channels In the standard configuration, the measuring instrument ALMEMO® 500 features 20 input sockets (per measuring circuit board M0 to M9) to which primarily the measuring channels M000_0 to M009_0 (measuring circuit board 1) and M010_0 to M019_0 (measuring circuit board 2) are allocated. Since standard sensors (V5, V6, D6, and D7) can offer – if needed – up to 4 channels and D7 sensors even a maximum of 10 channels, the channel assignment displayed in Figure 4 results. In this case, the allocation of V5 and D7 sensors to the input sockets is exemplarily illustrated. Figure 4 - 18 - Channel assignment and numbering of the ALMEMO® 500 10.3. Switching the data logger on and off To switch the data logger on and off, press the ON/OFF key (6) on the CPU card. You can find a detailed description of the ON/OFF key in chapter 8.1- Key and switch functions. Switch the data logger on by pressing the key button shortly. You can find further information regarding switching on and off in chapter 9 – Initial Operation. 10.4. Communicating with the data logger 10.4.1. General Explanations By default, the ALMEMO® 500 is pre-configured as an access point with an activated WLAN interface. The ALMEMO® 500 features an integrated access point that – as delivered from the factory – sets up a WLAN network. This access point features an own IP address and is configurable via a website. The internal DHCP server of the access point ensures the automatic assignment of an IP address to all connected devices (e.g. the provided tablet or a PC). The following figure displays the structure of the ALMEMO® 500. Tablet 1 192.168.1.x Tablet 2 192.168.1.y ALMEMO® 500 Access point 192.168.1.1 (static) Data logger 192.168.1.w PC 192.168.1.z Figure 5 Exemplary IP address assignment to connected devices The following chapter describes the connection between a tablet and the data logger. Apart from that, four different ways to connect the data logger to a PC as control unit will be explained. - 19 - 10.4.2. Connecting the tablet with the data logger via WLAN Please power on the tablet and open the status bar on the start screen (swipe downwards). Make a long press on the WLAN icon (see figure below, on the left side). The network overview will open. Select the desired wireless network ALMEMO_500_ (e.g. ALMEMO_500_4E7005) and enter the network key: Network key: ahlborn_wlan After a successful first login, please change the login data of the access point as well as the password of the WLAN connection (see chapter 10.8 - Overview of the login data and how to change it). 10.4.2.1. Login via the application ALMEMO® 500 Using the application ALMEMO® 500, which is preinstalled on the tablet, you can log into the data logger. First of all, note down the IP address that is displayed on the status display of the ALMEMO® 500 (2) under “Network Conf.”. After starting the application, the login screen will appear. Click on “network settings”; enter the IP address and Port 80 and click “Save” (see Figure 6 below). - 20 - Figure 6 Configure network settings The login screen will appear again. Enter the login and the password. As delivered from factory, the login data for the data logger is: Login: Almemo500 Password: Ahlborn2016 The integrated web service and the intelligent user administration (see chapter 10.4.2.2 – Access rights and user administration) enables multiple access to the data logger – that is to say it is possible for several users to simultaneously access the data logger via their tablet. 10.4.2.2. Access rights and user administration After a successful login to the data logger (initial login must occur as administrator), you can create new users and assign predefined user roles to them. In the ALMEMO® 500, two user roles are defined that will be explained in the following table. - 21 - Role Administrator Rights Create users, start and stop measurements, manage measurements, make device and sensor settings, clear memory, and export measurements Viewer View measurements and all configurations, is not allowed to make any changes to the system The table below describes the steps necessary to create and configure new users. Action Create user Steps To create a new user, please click on the icon user that you will find on the home screen of the ALMEMO® 500 application. By clicking “Add”, you can define a new user with password and a user role (see Figure 7). Delete user To delete a user, you must be logged in as administrator. Please click on the icon picturing a dustbin right next to the user you want to delete. Afterwards confirm the deletion process • It is not possible to delete your own user. • An administrator is also allowed to delete other administrators. Modify user It is not possible to modify existing users. To modify a user, you must delete the user and then create a new one with modified attributes. View user data For this purpose, click on the corresponding line. A window with the user data will open. - 22 - Figure 7 User administration – add a new user 10.4.3. Connecting a PC to the data logger 10.4.3.1. Direct connection between ALMEMO® 500 and the PC using the included network cable • • Connect the ALMEMO® 500 directly to your PC by means of the included network cable. For this purpose, plug the network cable into the Ethernet port of the data logger (5). From the PC, you can now either connect to the data logger via the ALMEMO® 500 app or via the programs WinControl and Almemo Control. - Connection via WinControl or Almemo Control: Navigate to the connection settings of the software and select the connection mode “Network”. Enter the IP address of the data logger (can be found in the status display of the ALMEMO® 500); the device address can be taken from the coding switch (10). - Connection via the Windows app Install the Windows app ALMEMO® 500 on your PC. Note down the IP address of the data logger from the status display (2). After having started the app, click on “Network settings” and enter the new IP address of the data logger. The standard port 80 is used as communication port. Click “Save”. In the login window enter “Almemo500” as login and “Ahlborn2016” as password and connect to the data logger by clicking “Login”. - 23 - 10.4.3.2. Via the company network To connect the ALMEMO® 500 to your company network , a connection between PC and data logger must exist. The connection can either be established via Ethernet (see chapter 10.4.3.1.) or via WLAN (see chapter 10.4.3.3). After a successful connection, execute the following configuration steps. • • • • • Ask your IT department to provide you with a static IP address for the access point of the ALMEMO® 500 that is adapted to the address space of your company. This is necessary to continuously have access to the access point within the company network. Open the Internet browser on your PC. Enter the IP address of the access point of the ALMEMO ® 500 in the address bar of the internet browser. In the factory, the IP address is set to 192.168.1.1. The login window of the access point will open in the browser. Enter the username and the password (set by the factory: “root” and “Ahlborn2016”). Log in to the access point by clicking on the “Login” button. Finally, several changes in the configuration menu of the access point must be made. On the one hand, the DHCP server must be disabled such that the server (integrated into the company network) can no longer assign IP addresses. The DHCP server of the company network will now assign the addresses. On the other hand, the IP address of the access point must be changed to the one provided by your IT department. • - 24 - Change the address of the access point under Network > Interfaces > LAN > Edit > General Setup. • Now, disable the DHCP server (in the same window at the bottom). • Make sure that your PC is connected to the company network and connect the ALMEMO® 500 by means of the included network cable to the network as well (a network switch may be necessary). Install the Windows app ALMEMO® 500 on your PC. Open the app. Note down the IP address (now assigned by your company network) of the data logger in the status display (2). In the Login window of the app, click on “Network settings” and enter the new IP address of the data logger. The standard port 80 is used as communication port. Click on “Save”. In the Login window, now enter “Almemo500” as username and “Ahlborn2016” as password and click on the “Login” button. • • • • • 10.4.3.3. Via WLAN • • • • • • • Enable the WLAN interface on your PC and start a network search. As soon as your PC found a network named ALMEMO_500…, please connect to that network. To do so, enter the password “ahlborn_wlan”. Install the Windows app ALMEMO® 500 on your PC. Open the app. Note down the IP address of the data logger in the status display (2). In the Login window of the app, click on “Network settings” and enter the new IP address of the data logger. The standard port 80 is used as communication port. Click on “Save”. In the Login window, now enter “Almemo500” as username and “Ahlborn2016” as password and click on the “Login” button. - 25 - Using the operating mode WLAN, the data logger is able to connect either via the software WinControl or Almemo Control or via the ALMEMO® 500 app (also see chapter 10.4.3.1). • Connection via WinControl or Almemo Control: Navigate to the connection settings of the software and select the connection mode “Network”. Enter the IP address of the data logger (IP address can be found on the status display of the ALMEMO® 500); the device address can be taken from the coding switch (10). • Connection via Windows app See the beginning of this chapter for details. 10.4.3.4. Via a USB cable In the following, the steps necessary to connect the ALMEMO ® 500 to a computer via a USB cable are described. Via the USB interface, a connection with the software WinControl can be established. The app as well as the software Almemo Control cannot be used with the USB connection. • • • - 26 - Connect the PC and the ALMEMO® 500 via the included USB cable. On the ALMEMO® 500 you need to use the USB B interface (7), see Figure 1 in chapter 8.1 - Display and operating elements In the device manager of the PC, look for the number of the COM port used by the USB connection. The connection reports as shown in the following picture. Open the WinControl software on the PC and configure the connection (in Settings > Manage Connection) by selecting the COM port of the ALMEMO® 500. • The baud rate is – unlike for other ALMEMO devices – detected automatically by the ALMEMO® 500. The device address must be set to G00 in the WinControl software. 10.4.4. Overview of the communication options with the data logger Control unit Connection Communication Tablet WLAN App ALMEMO® 500 PC WLAN Windows app ALMEMO® 500 WinControl Almemo Control USB cable WinControl Network cable (included in delivery), directly between the ALMEMO® 500 and the PC Windows app ALMEMO® 500 WinControl Almemo Control Company network Windows app ALMEMO® 500 WinControl Almemo Control 10.5. Download of measuring data from the data logger Measuring data is saved by the data logger to a database on the internal SD card, and can be exported from the database as CSV file. This file format can then be imported into Excel or WinControl. In the following the procedure to export measuring data will be explained. There are two possible ways to get the data (in CSV format): the internal export (to the SD card) or the external export (to USB flash drive). • Export CSV files to a USB flash drive o Plug a USB flash drive into the lower USB A port (8). o Proceed as described in chapter 11.5. • Export CSV files to an internal SD card and download the data via an Internet browser to the PC - 27 - o o o Export the desired measuring files as described in chapter 11.5. Connect your PC with the data logger. This can either be done directly via the network cable (10.4.3.1), via the company network (10.4.3.2) or via WLAN (10.4.3.3). Open an Internet browser on the PC. In the input line enter the IP address of the data logger and add “/web”. You can find the IP address of the data logger in the first menu of the status display (2) (e.g. 192.168.1.237/web). o Click on the “Exports” icon. o All measuring files available for selection will be displayed. Click on the desired file. You can either open the file as a table or save it to your PC. 10.6. Access point configuration To configure the access point, connect to the data logger via network cable or via WLAN (see chapter 10.4.3). Afterwards open an Internet browser and enter the network address of the access point. The preconfigured static IP address is 192.168.1.1. On the login window of the access point enter the username “root” and the password “Ahlborn2016” and login. - 28 - You may adapt the configuration of the access point according to your requirements. For example, you can configure the network parameters of the access point under Network > Interfaces > Edit in the dropdown menu “Protocol” and in the field “IPv4 address”. Additionally you can change the IP and DHCP settings under Network > Interfaces. The appropriate network interface must be selected for configuration. In case you permanently lose access to the system due to applied changes, it is possible to reset the network interface to factory settings. The necessary procedure is described in chapter 10.7. - 29 - 10.7. Reset the access point to factory settings In case you have forgotten the login data for the access point or the WLAN network, or you have locked yourself out of the system, you can reset the access point to factory settings. To do so navigate via the two navigation keys (3) on the status display (2) to the menu “Network Conf.” and in this menu keep the right navigation key pressed. You will now get to the reset menu (see chapter 8.1). Please follow the instructions on the display and wait until the factory settings have been loaded. The reset to factory settings may take several minutes. Please be patient. After a successful reset, you can login to the WLAN access point using the user data described in chapter10.4.2. - 30 - 10.8. Overview of the login data and how to change it Factory set login data Procedure to change the data SSID: ALMEMO_500_ Configuration window of the access point, see chapter 10.6: Network > Wi-Fi and continue under > Edit > Advanced Settings > General Setup. Network key: ahlborn_wlan Configuration window of the access point, see chapter 10.6: Network > Wi-Fi and continue under > Edit > Advanced Settings > Wireless Security. Configuration menu of the access points username: root This username cannot be changed. password: Ahlborn2016 Configuration window of the access point, see chapter 10.6: System > Administration. Application 500 username: Almemo500 Application 500: Login screen > user, see chapter 10.4.2.2 (Access rights and user administration). password: Ahlborn2016 Application 500: Login screen > user, see chapter 10.4.2.2 (Access rights and user administration). WLAN - 31 - 11. Display and operating elements of the application ALMEMO® 500 The control unit of the data logger ALMEMO® 500 is a modern industrial tablet with the preinstalled application ALMEMO® 500. 11.1. Display and selection of application After the initial start of the app and a successful login, the HOME screen will appear. From there you can switch between menus and select all main applications by touching the corresponding shortcut. Sensor with all its measuring channels and parameters Display with channel list, single measurement value displays, line graphs, historic measurements and user-specific measurement value displays Data logger with measurement and storage management Settings regarding data logger, sequence control, and sensors WLAN SSID displays the network name (WLAN) of the currently connected data logger when touched. Touching the Back button will bring you back to the last menu visited in the settings. In every other menu, the back button will lead you to the Home screen. - 32 - 11.2. Overview of the menus of the ALMEMO® 500 application Sensor Calibration data Sensor channels Channel locking Range selection Channel designation and function abbreviation Measured value smoothing Averaging functions Measured value output Limit values Limit value actions Analog output Scaling values Correction values Channel compensation Cross-section area Sensor configuration D6/D7 Display Channel list Measured value display Line graph User menu Logger Settings Device list Sequence control (measuring circuit board = MCB) Device settings (MCB) About the device (MCB) Sensor overview (MCB) Macros Operating parameters Device compensation values Calibration data Calibration data Sensor channels Sensor D6/D7 …… (see above) configuration Output modules Sequence control (ALMEMO© 500) Settings (ALMEMO© 500) Power supply Memory About the device - 33 - 11.3. Control elements of the application ALMEMO® 500 11.3.1. Function keys The function keys serve to control the measurement and are used in the footer of the screen as well as in the sidebar of the tab line graph. Start a cyclic measurement Stop a cyclic measurement Saves the settings regarding the line graphics Opens the settings regarding the line graphics Deletes a selected measurement from the measured data storage Exports a measurement from the measured data storage In case the settings menu has several pages (e.g. settings menu line graphics), use the arrow keys to switch between the pages. 11.3.2. Sidebar By using the sidebar in the tab line graphics, you can directly • switch between the display modes (between manual, automatic, and total measurement), • display and hide the legend, • and load (historic) measurements. The following Figure 8 displays the sidebar with the sections scaling, legend, and measured data storage. The following table explains the functionality of the buttons available in the sidebar of the tab line graphics. By pressing this button • the axes can be rescaled arbitrarily, • single axes can be selected. - 34 - By pressing this button • the scaling of the time axis and the Y-axis is fixed, • the most recent measured values are displayed, • the currently set time axis will be used as a basis, • no axes can be selected and rescaled. By pressing this button • the total measurement will always be displayed, • the time axis and the Y-axis will be scaled automatically, • no axes can be selected and rescaled. Figure 8 Sidebar in tab line graphics 11.3.3. Swipe gesture control Further information on how to control the device via swipe gestures can be found in chapter Line graph (11.4.3). 11.3.4. Control symbols The control symbols make it possible to quickly check the system status. The following symbols are implemented in the shortcut bar of the ALMEMO ® 500. Linear memory enabled, - 35 - Ring memory enabled 11.3.5. Parameter display All measured values and parameters are displayed with additional symbols or markings in single measured value displays, channel lists, and the user menu. These additional symbols, texts or markings are shown depending on events (e.g. the limit value is exceeded) or error conditions (e.g. sensor breakage). Measured value Red indicates: Limit value is overshot Blue indicates: Limit value is undershot Measuring range overshot (flashing) Measuring range undershot (flashing) Sensor breakage (flashing) Sensor voltage too low (flashing) - 36 - 11.3.6. Data input The following input formats are available for the ALMEMO ® 500 application. Default keyboard (Example: Android) Text input Activation, selection, and confirmation of functions Go to the next settings level Time-of-day input Date input Drop-down selection Selection menu - 37 - 11.4. Measured value presentation After having configured the data logger and its temporal sequence control of measured value acquisition (see chapter 11.6 - Settings), you can select your desired measured value presentation in the display menu. Switch to the display menu and select the desired measured value display mode via the appropriate tab (see the following table). Channel list: All connected measuring channels are displayed in this tab Measured value display: Individual measured values are displayed in this tab Line graph: The plots of selected channels are displayed in this tab User menu: Measuring channels are displayed individually in this tab All measured value displays feature a Start /Stop button in the footer for controlling the measuring channel query. 11.4.1. Channel list The “Channel list” menu provides the best overview of the measuring system with all measured values and parameters of all channels. In the column measuring channel the channel number and the channel description are displayed. By default, the three columns on the right side display the functions measured value, maximum value, and average value for every channel. Further measured value functions can be selected via the combo box in the header (refer to the following figure). Each measured value parameter (e.g. when the limit value is exceeded) is visualized either by an additional symbol or by colored highlighting of the measuring value (see chapter 11.3.5). By tapping on the desired measuring channel, you will directly reach the measured value display. - 38 - Figure 9 Measured value display as channel list 11.4.2. Measured value display The measured value display shows a desired measured value, the corresponding measuring range, and the maximum and minimum values. The desired measuring channel can be selected via a combo box (refer to the following figure). Figure 10 Measured value presentation as measured value display - 39 - By tapping on a desired measured value, a pop-up window will open. In this pop-up window you can execute further measuring channel functions (delete maximum, minimum, and average values, temporary zero-setting of measured value, permanent zero-setting of measured value, adjustment, and setpoint adjustment). Figure 11 Measuring channel functions Several other symbols that are explained in the following table are important to control the measured value status. Symbol Description smoothened measured value Relative value of a reference value Measured value changed due to sensor correction or scaling Ongoing averaging Output function active: Diff, Hi, Lo, M(t), alarm Temperature compensation CT active: value fixed, value measured Atmospheric pressure compensation CP active: value fixed, value measured - 40 - 11.4.3. Line graph As soon as a measurement is started, the data logger initiates a cyclic measured value recording (the scanning and memory cycle can be configured in the data logger settings; please refer to chapter 11.6.2 on this topic). After the measurement has been started, the line graph is filled with measured data. By default, i.e. after starting the application, every measuring channel is displayed as a line. Thereby, the display mode is set to “Total measurement”. • Integrated sidebar featuring different display modes Via the integrated sidebar, which you can open by clicking on the symbol in the upper right area of the line graphics, you can switch between the different display modes (manual, automatic and total measurement). The measuring display “Line graphics” together with the sidebar is displayed in the following figure. You will find further information regarding the sidebar and its functionality in chapter 11.3.2.7 Figure 12 Line graphics - 41 - • Loading recorded (historic) measurements In case you want to display older (historic) measurements from the memory as a line graphics, you can either export the measurement (in a CSV format, see chapter 10.5) and open the data in Excel or you can request the measurement directly from the data logger and display it in the application (see Figure 13). It is also possible to load a historic measurement during an ongoing measurement. When loading a measurement, the local measured data storage on the tablet is overwritten with the historic measured values. After the historic measurement has been closed, the line graphics of the current measurement starts over again. The data saved to the measured data storage on the data logger remains unchanged. To display a saved measurement, press the button “Load measurement” in the sidebar and then select the measurement you want to load from the list. Confirm the process by pressing the button “Load”. By pressing the “Back” button, you will return to the line graphics. In doing so, the historic measurement will be closed and the measured values will be deleted locally respectively will be overwritten with the current measurement. Figure 13 - 42 - Loading a historic measurement • Line graphics settings By pressing the button “Settings”, you reach the configuration menu for the line graphics (see Figure 14). Channel selection Axes allocation Date/time format In the drop-down menu in the column “Channel”, you can select the measuring channels that shall be displayed. Via the drop-down menu in the column “Axis”, you can allocate the measuring channels to one of the two Y-axes and determine a dimension for both axes. Via the arrow buttons in the footer of the settings menu, you reach another configuration menu, where you can define the date format to be used in the line graphics. • Save settings You can apply and save all configurations effected in the settings menu by pressing the button “Save settings”. If you exit the menu via the “Back” button, all settings made will be lost. - 43 - Figure 14 • Line graphics settings Selection and scaling of the Y-axes Having activated two Y-axes, you can scale the time and the Y-axes either singly or combined via the integrated swipe gesture control (2 fingers swipe gesture). For this purpose, the following swipe gestures were implemented. Zoom into the time axis Zoom out of the time axis 1) 2) 1) Zoom out of the Y-axis (axes) 2) Zoom into the Y-axis (axes) 1) 2) 1) Zoom out of the time and the Y-axis (axes) 2) Zoom into the time and the Y-axis (axes) You can find further information regarding swipe gesture control on Android on the Internet. If you only want to scale one of the two Y-axes, you have to • switch the mode to “Manual” in the sidebar • then tap on the Y-axis you want to scale. - 44 - After tapping on it, the desired Y-axis is marked black (see Figure above). By using swipe gestures, you can now scale the selected Y-axis singly, whereby the scaling of the second Y-axis remains unchanged. Tapping in the line graphics or switching in an automatic mode (automatic or total measurement) will terminate the selection mode. It is only possible to individually scale the time and/or the Y-axes in the “Manual” mode. Also marking respectively selecting axes is only possible in the “Manual” mode! 11.4.4. User menu If you need an individual measured value display tailored to your measuring task, you can realize this via the measuring display user menu. You can choose among three predefined user menus (templates) and freely configure up to 12 measured values on one page. The following user menu templates are available: 2 columns, each with 6 small cells 2 columns, each with 4 small and 1 large cells - 45 - 2 columns, each with 2 small, 1 middle, and 1 large cells To configure a user menu, click the tab “User menu” in the measuring display menu. Via the “Add” button, you can choose a template and assign a name to your individual user menu. Then create the user menu by tapping on the “Add” button. Now an empty template appears that you can individually fill with measuring channels and your desired measurement functions (see Figure 15). After having chosen the desired parameters, you can save your entry by tapping on the “Set cell” button. Repeat these steps for the following cells. The settings will be saved locally on the control unit and can be retrieved under the specified template name at any time. The content of occupied cells can be deleted by using the function “Empty cell”. Afterwards, the cell can be filled again. Via the button, you can delete user menus you have created earlier. Figure 15 - 46 - Configure user menu The following measurement functions are available in the dropdown menu. 1. 2. 3. 4. 5. Measured value Maximum value Minimum value Average value Number of avaraged values 1. 2. 3. 4. Maximum time Maximum date Minimum time Minimum date 11.5. Memory The following functions are available in the data logger display menu. • - Memory condition Memory status: Entire memory: Memory free : Save mode: Shows the occupied memory in percentage. Shows the total size of the measurement memory. Shows the memory that is currently free. Ring memory active Linear memory active • Setting There are two save modes, ring memory and linear memory. In the ring memory mode, old data is overwritten as soon as the memory is full. In the linear memory mode, the measurement stops as soon as the memory is full. The memory is automatically set to ring memory mode as long as only one measurement is saved to the memory. Consequently, the ring memory mode requires erasing the measurement memory first. In case other measurements are already saved to the memory when a new measurement is started, the memory will automatically be set to linear memory. • Measurement condition File name Here, an individual file name can be entered. New measurements with the same name will be provided - 47 - with a suffix (e.g. ALMEMO500~1). - Measurement active since: Estimated duration: - • Manage measurement • Export measurements Corresponds to the start time of the measurement. Specifies the extrapolated remaining duration (corresponding to the current system configuration) until the memory is full. In this window you can view, select (single or all measurements), and delete measurements. Additionally, name, period, and size of the measurement are displayed. To export a measurement, select the tab “Export” and continue with “Export measurements”. In the following, select the measurement and press the button “Export measurement” in the footer of the current tab. A new window will open, where you can select the storage location (internal memory or USB) (see the following Figure). Figure 16 Window “Export measurement” Start the measurement export by pressing the “Export” button. The measurement will now be exported. The progress (in percentage) is shown in red in the message line below the footer. - 48 - • Delete exported measurements If you want to delete an exported measurement, you need to select the option “Delete exported measurements” in the Export tab. A new window will open, in which you can select exported measurements (singly or all measurements) and remove them from the memory by pressing the button “Delete export”. Pressing the “Back” button will bring you back to the “Data logger” menu. Device-specific data logger settings e.g. conversion rate or memory cycle are described in chapter 11.6.2. 11.5.1. Start and stop measurements Besides being able to start and stop the cyclic measurement by using the buttons Start and Stop or the interface (see Manual 6.6), there is a number of other options, such as start/stop time and date, fixed measuring period, or the limit value actions. After a measurement has been started (LED START on the front panel of the CPU card lights), no further programming is possible. It is not permitted to reconnect the sensors, i.e changes will not be recognized and therefore not be evaluated. 11.6. Settings The “Settings” menu provides the opportunity to adjust the settings on the data logger, on single devices (measuring circuit boards), or on the sensors. The following settings can be read out and configured via the menu. • Device list • Device configuration Sequence control (measuring circuit board) Device settings (measuring circuit board) Device information (measuring circuit board) Sensor overview (measuring circuit board) • Sensor presentation • Sensor channels and channel functions presentation • Sensor configuration Output modules • Sequence control and storage configuration (ALMEMO® 500) • Device settings (ALMEMO® 500) - 49 - • • • Power supply (ALMEMO® 500) Memory status (ALMEMO® 500) Device information (ALMEMO® 500) 11.6.1. Device list The device list lists all devices (plug-in modules) and their corresponding addresses connected to the ALMEMO 500 (see the following Figure). Figure 17 Device list Selecting a device by pressing the > button will forward you to the device settings of the respective plug-in module. 11.6.2. Sequence control (measuring circuit board) Additionally, you can make device-specific settings in the data logger settings menu. Aside from the configuration of memory, scan, and output cycle, this comprises also the configuration of specific start and stop conditions, or of fixed measuring periods for a specific measurement. 11.6.2.1. Cycles • Output cycle After a measurement has been started, the measured values are sent to the interface according to the output cycle or are stored in the memory. The output cycle is programmable between 1s and 59 h, 59 min, 59 s. The cyclic averaging calculation also takes place according to the output cycle after the measurement has been started. • Conversion rate, scan time In the measuring device, respectively on the measuring circuit board, all standard sensors (analog, DIGI) and all digital D6 sensors are continuously measured sequentially at conversion rate; the digital sensors are queried respectively. The conversion rate is programmable to 2.5, 10, 50 or 100 measurement operations - 50 - per second (mops) (total sampling rate). The scan time results from the programmable conversion rate and the number of the active channels of all standard sensors (analog/DIGI) and all digital D6 sensors, including 1 special measurement, and for thermocouples including 2 cold junction measurements. Example: 4 channels are active with standard sensors and D6 sensors (no thermocouples). The conversion rate 10 mops results in a period of 0.1 s per measurement operation. The scan time results from 4 measurement operations each with 0.1 s + 1 special measurement with 0.1 s, in total 0.5 s, i.e. every 0.5 seconds new measured values are available. • Scan cycle The measured values of all standard sensors (analog, DIGI), digital D6 sensors, and digital D7 sensors are recorded within the scan cycle. Each time only new and current measured values are recorded. The highest recording speed can be achieved when the recorded measured values are directly stored in the memory. In doing so a huge number of measured values can be recorded very quickly with the ALMEMO® 500: A measuring circuit board can record up to 2000 values per second, e.g. 4 D7 sensors, 1 channel with a measuring rate of 500 measuring operations per second for each D7 sensor. The scan cycle on the measuring circuit board can at minimum be programmed to 0.002 seconds. In total, the ALMEMO® 500 can record up to 4000 measured values per second, e.g. 8 D7 sensors, 1 channel with a measuring rate of 500 measuring operations per second for each D7 sensor, allocated to 2 measuring circuit boards. The scan cycle on each of the two measuring circuit boards can at minimum be programmed to 0.002 seconds. • Start-, stop modus and measuring period Besides being able to start and stop the cyclic measurement by using the buttons Start and Stop , there is a number of other options, such as start/stop time and date, fixed measuring period, or the limit value actions. • - Using the cycles for different measurements Measurements without digital D7 sensors: The measured values/channels are recorded by the measuring device via the conversion rate – this results in the scan time. For saving cycles greater than/equal to 1 second, the output cycle is used. For saving cycles less than 1 second, the scan cycle is used. The shortest scan cycle is determined by the conversion rate, e.g. for a conversion rate of 10 measurement operations per second, the shortest scan - 51 - cycle is 0.1 seconds. - Measurements with digital D7 sensors only: The measured values are measured in the sensor according to the sensorspecific measuring rate and recorded according to the scan cycle. (Conversion rate and scan cycle are not in use) For saving cycles greater than/equal to 1 second, the output cycle is used. For saving cycles less than 1 second, the scan cycle is used. The shortest scan cycle is determined by the fastest measuring rate (in the D7 sensor), e.g. for a fastest measuring rate of 500 measurement operations per second, the shortest scan cycle is 0.002 seconds. - Measurements with standard sensors (analog, DIGI), digital D6 sensors and digital D7 sensors: Depending on the sensor type, the measured values are recorded according to the procedures described above. With every query, each time only new and current measured values are recorded. 11.6.2.2. Device settings (measuring circuit board) You can perform the following configuration steps in the “Device settings” menu. • Macros You can store 5 macros on the device. Macros are a number of serial commands that can be executed on the basis of trigger events or in case the limit value has been exceeded. The single commands are listed in chapters 6 and 7 of the Almemo ® Manual and each command is separated from the next one by using the character ´|´. The “Macros” menu shows all 5 macros that can be programmed or changed. • Operating parameters In the “Operating parameters” menu, the following features are configurable: • Reduce mains hum: 60Hz instead of 50Hz • As soon as a measurement is started, all maximum, minimum and average values are deleted • Turn the signal transmitter (beeper) on or off • Hysteresis for the exceedance of the limit value (0 – 99 digits, standard 10 digits) • Sensor voltage, setpoint (is automatically derived from the minimal sensor voltage of the sensing device and can be changed to a higher value if required) - 52 - • Device compensation values In the “Device compensation values” menu, three compensation values, which can be measured or programmed, are listed. The atmospheric pressure can be preset for atmospheric pressure compensation. The temperature for compensating a sensor can be set in this menu. To switch off the compensation, the set value must be deleted, i.e. is reset to 25.0°C. The cold junction compensation temperature (CJC temperature) is measured by two precision NTC sensors in the sockets M0 and M9 and is linearly interpolated and used as the cold junction temperature for all thermocouples. The CJC temperature is displayed in the row “CJC temperature”. • Calibration data In the “Calibration data” menu, you will find the serial number and the calibration data of your device. Apart from that, you can enter the next due calibration date and activate a message at the due date. 11.6.2.3. About the device (measuring circuit board) In the “About the device” menu, you will find device-specific information regarding the plug-in module used. Device type and device version, Firmware version, Device option, Serial number 11.6.2.4. Sensor overview (measuring circuit board) In the “Sensor overview” menu, every sensor connected to the device (measuring circuit board) is listed in tabular form showing the following sensor-specific information: Measuring point number, Sensor type, Comment, Firmware version, Serial number From that menu, you can directly access the sensor settings of the selected sensor (see chapter 11.7 – Sensor list and sensor configuration ) by pressing the > key. Via the checkbox at the beginning of the row, you activate or deactivate the sensor. If you - 53 - have deactivated a sensor, the sensor and its corresponding measuring data will no longer appear in the application. 11.6.2.5. Output modules In the “Output modules” menu, the output modules (relay trigger adapter) used with the data logger are automatically detected and listed. Select the desired module and then go to port list and to port settings. There you can configure the function of the single elements (see Almemo® Manual 6.10.9). 11.6.3. Sequence control and storage configuration (ALMEMO® 500) In this menu you can specify the name of the measurement for the current measurement, check the remaining rest of the storage time under “Estimated duration”, configure the location of measurement memory , Attention: Restart is required! edit the measurement memory size. Attention: Restart is required! perform higher-level cycle settings (simultaneously for all devices), retrieve and visualize the cycle settings of all devices (by activating the checkbox “Update cycle data of the devices”). The data logger menu is shown in Figure 18. To edit the parameters, the cyclic measured value enquiry must be stopped. For the location of measurement memory, you can choose between internal (SD card) and external (USB) location. In case you want to use a USB mass storage as an external measurement memory, please connect the USB flash drive to the USB port of the data logger and then select – as described earlier – “External (USB)” as memory location. In consequence, all future measurements are saved to the USB flash drive. (Attention: Restart is required!) The USB port can provide a maximum of 500 mA (5 V). If you connect external hard disks, whose current consumption exceeds 500 mA, you need to use an external mains unit. - 54 - Figure 18 Data logger menu 11.6.4. Device settings (ALMEMO® 500) Under “Settings”, you can adjust time and date of the data logger. Such system parameters can only be adjusted if the measurement has been stopped. Set the desired time by typing on the desired digit and changing the time using the arrow keys. The date on the other hand can easily be adjusted via the integrated calendar function. The data is accepted as soon as you tap outside of the relevant field. Alternatively, you can enter time and date directly in the appropriate fields by using the keyboard. - 55 - 11.6.5. Power supply (ALMEMO® 500) This menu visualizes the parameters of the power supply and of the battery modules (optionally). In this menu, the following information is displayed in tabular form. If no battery module is installed within the system, the unused fields are greyed out and filled with dashed lines. - Expected remaining operating time in battery mode (in hours) Battery status (remaining capacity in percent) Battery voltage in V Charging current/discharging current in A Mains adapter voltage in V Mains adapter current in A 11.6.6. Memory status (ALMEMO® 500) In the “Memory” menu, you will find information regarding the device memory. For detailed information please turn to chapter 11.5. 11.6.7. About the device (ALMEMO® 500) This section includes the following information: - System messages: relevant system and error messages are displayed here Serial number of the data logger Firmware version of the data logger Link to the instruction manual Manufacturer and support information 11.7. Sensor list and sensor configuration In the “Sensor list” menu, all sensors connected to the data logger are listed. The sensors are displayed for each individual device. Via a dropdown menu, you can select one device from all existing devices and show the connected sensors (see Figure 19). - 56 - Figure 19 Sensor list menu Via the checkbox at the beginning of the row, you activate or deactivate the sensor. If you have deactivated a sensor, the sensor and its corresponding measuring data will no longer appear in the application. If you want to change the settings of a sensor (Important: The measurement must have been stopped before doing so), stay in the row of the desired sensor and access the next tier via the arrow keys > (see also chapter 11.6.2.4). 11.7.1. Calibration data In the “Calibration data” menu, you will find information regarding the next calibration and the calibration interval of the sensor. In case the message “Calibration” is activated, the device will notify you by showing a message on the user interface after expiry of the interval. 11.7.2. Sensor channels All sensor channels of the selected sensor are displayed in a list (see the following Figure). Via the checkbox you can deactivate existing sensor channels or define new sensor channels and activate them. Figure 20 Sensor channels menu By accessing the desired sensor channel (via the arrow keys >), you will get to the “Channel functions” menu. - 57 - 11.7.2.1. Channel function Since in every ALMEMO® device the entire sensor programming is saved on the ALMEMO® connector, usually it is not necessary that the user changes any settings in the sensor channels. However, there are a number of setting options available in case sensor errors shall be corrected, your own sensors shall be scaled, or limit values shall be set. The following channel functions are available: • Channel locking In the “Channel locking” menu, you can adjust the locking level of the selected sensor. The function parameters of each measuring channel are protected by an adjustable locking level (see ALMEMO® Manual 6.3.12). Before being able to program, the locking level must be reduced accordingly. If a dot is visible behind a locking level in the display, the locking level cannot be changed. Locking level 0 1 3 4 5 6 7 locked functions none measuring range, plus element flags, plus output mode plus dimension plus zero point correction and gain correction plus base value, factor, exponent plus analog output start and end, and temporary zero setting plus limit values, maximum and minimum • Range selection Normally, all sensor plugs are ready for use when leaving our factory. In case measuring ranges shall be modified or reprogrammed, you can program the desired range via the selection box “Range”. In this menu, it is also possible to enter an individual channel designation and to modify the dimension. To be able to apply any modifications, you must disable the locking function via the checkbox in advance. When entering the new measuring range, standard dimensions and multiplexer are automatically set; however, all programmed values of the channel will be deleted. • Channel designation and function abbreviation On the configuration screen, you can change the channel designation according to your requirements. You can provide every measuring channel with a 10 digit (20 digits for D7 sensor) alphanumerical designation existing of arbitrarily chosen ASCII characters (except for; / | #) to optimally flag the sensor type, the measuring location, or the operational purpose. This designation will be displayed in all measured value - 58 - displays. Several control characters at the beginning of the channel designation have special functions: The following table lists all function abbreviations. ´*J´ ´#J´ ´*T´ ´*P´ ´#N´ defines a temperature sensor (NTC, Pt100) for external cold junction compensation (see ALMEMO® Manual 6.7.3). implies for a thermocouple to use an internal cold junction sensor (e.g. connector ZA9400-FSx with integrated NTC, see ALMEMO® Manual 6.7.3). defines a temperature sensor (NTC, Pt100) as a reference for temperature compensation. defines an atmospheric pressure sensor as a reference for atmospheric pressure compensation. has the following effect for flow measurements: conversion of measurement conditions of temperature compensation and atmospheric pressure compensation to standard conditions. All remaining characters can be used for your individual designation. A ´!´ at the end of a designation implies an individual linearization respectively a multi-point calibration. This cannot be overwritten. Define your desired function by selecting the appropriate function abbreviation via the radio buttons . The correspondent abbreviation will be automatically added to the channel designation. • Measured value smoothing The option of averaging affects exclusively the measured value of the displayed channel and serves to smooth respectively steady measured values by a sliding averaging over a set period of time for fluctuating measured values, e.g. for flow measurements with turbulences. The function “Measured value smoothing” can be adjusted in the range of 0 to 99 according to the number of the values averaged at a time. The smoothed measured value also applies to all following evaluation functions. The smoothing can therefore also be used in combination with the averaging of single measured values. M=(∑ mi)/N i The time constant (s) = smoothing / conversion rate * (V5 channels plus1) is also calculated and displayed in the “Smoothing menu”. - 59 - • Averaging function Please select the “Averaging function” menu. The type of averaging is determined for every channel via the averaging mode function. You can select the desired averaging mode via the checkbox. --- CONT CYCL No averaging Averaging for all scans of the measuring channel from Start till Stop Averaging for all scans of the measuring channels over cycle In addition to the average value of the selected channel, the menu will also display the number of averaged values. The average value can be deleted separately or in combination with all maximum and minimum values. • Measured value output (output function, cycle factor) Instead of the current measured value, it is possible to output other measuring functions, such as maximum value, minimum value, average value, or alarm value. This function can be programmed in the “Output function” menu (see ALMEMO® Manual 6.10.4). Saving to memory, analog output, and digital output will then only process the appropriate function value. For monitoring the changed output function, the symbols listed below will pop up in the measuring channel display. Examples: 1. If measured values are being averaged with the aid of the measuring cycle the only output value of interest is the average value itself, not the last measured value. With a data logger this saves memory capacity. 2. The analog measured value from dew sensor FH A946-1 is not really significant. If limit value - maximum is set to approximately 0.5 V and the alarm value function is programmed, the only values received are 0.0% for dry and 100.0% for dew. Output function Measured value (Mxx) Control symbol Difference (Mxx-M00) Maximum value (Mxx) Minimum value (Mxx) Average value (Mxx) Alarm value (Mxx) • Limit values For every measuring channel, two limit values (maximum and minimum) can be - 60 - programmed. Exceeding one of these limit values is treated as an error, i.e. the red alarm LED will light up and the integrated beeper will sound. In the application of the control unit the measured values will appear red in case the limit value - maximum has been overshot and blue in case the limit value - minimum has been undershot. Since the maximum and minimum values are highlighted with this color coding, it is still possible at the end of the measurement to see whether limit values have been exceeded. The disturbance is only considered to have cleared when the measured value has returned to within the limit value by 10 digits (hysteresis). Normally the hysteresis is 10 digits for all channels; however the hysteresis setting can be modified in the range of 0 to 99 digits. Exceeding the limit value can also be used for starting or stopping a measurement. • Limit value actions A possible limit value action for the event of a limit value being exceeded is not only to trigger a total alarm as alarm message, but also to assign to each limit value a relay maximum or a relay minimum of a relay adapter. The relay is only deactivated if the measured value has returned to within the limit value by the hysteresis. If no limit value has been set, the measuring range limit is considered as limit value. A sensor breakage will trigger an alarm in any event. It is possible to assign several limit values to one relay. Measurement operation control: The event of a limit value being exceeded can not only be used to trigger an alarm message but also to control a measurement operation (see ALMEMO® Manual 6.6.3). To assign the commands to a limit value - maximum or limit value - minimum, the functions “Action - maximum” and “Action - minimum” must be used. The following actions can be assigned to these functions via a checkbox: alarm only, start measuring, stop measuring, set timer to zero, macro 5 ... 9 You can delete the actions by entering “alarm only” again. • Analog output (start, end) The analog output of measured values to analog output modules (see ALMEMO® Manual 5) must be scaled to a determined range. To do so, you just have to specify “Analog start” and “Analog end” for the required display range in the “Analog output” menu. This range will then be displayed on the analog range 2 V, 10 V, or 20 mA. These two parameters are also saved to the EEPROM of the sensor and thus are individually programmable for every channel, i.e. when manually switching through the channels every measuring variable can be individually scaled. The menu also enables you to switch from 0-20 mA to 4-20 mA. - 61 - • Scaling values To correctly display the electrical signal of a sensor as a measured value in physical units, a zero-point shift as well as a multiplication by a factor is nearly always necessary. For this purpose, the functions “Base value” and “Factor” are available. You will find a detailed description (with an example) of scaling in the ALMEMO® Manual, chapter 6.3.11. Actual value = (corrected value – BASE VALUE) x FACTOR The FACTOR can be programmed within the range -1.9999 to +1.9999. For factors above 2.0 or below 0.2 the decimal point shift should be specified by entering the exponent. The exponent can be used to shift the decimal point to the left (-) or to the right (+) as far as this can be presented on the display. An exponential view of measured values is not possible with standard sensors. When scaling values have been programmed and the actual value has therefore been corrected, a correcting arrow will be displayed as measured values status when displaying the measuring channel. • Correction values Sensors can be corrected for zero-point and gain with the correction values ZEROPOINT and GAIN (see ALMEMO® Manual 6.3.10). Corrected measured value = (measured value – ZERO-POINT) x GAIN When correction values have been programmed and the actual measured value has therefore been changed, a correcting arrow will be displayed as measured values status when displaying the measuring channel The option KL enables a multi-point calibration of the sensors in order to achieve maximum accuracy. Some sensors are calibrated by the means of calibration offset and calibration factor when leaving our factory. These two work like correction values – you can monitor them in this menu but you cannot change them. • Element flags To enable sensor-specific additional functions, so-called element flags are activated or can be activated for some ranges (see ALMEMO® Manual 6.10.3). • Channel compensation In the “Channel compensation” menu all compensations such as temperature - 62 - compensation, atmospheric pressure compensation, and cold junction compensation are listed for each channel with the values relevant for calculating the measured value. These values can be programmed values, internally measured values, or externally measured values. • Cross-section area To determine the volume flow in flow channels, the medium flow velocity is multiplied with the cross section area. In this menu you can enter the cross-section area in cm2. (see ALMEMO® Manual 3.5.5). 11.7.3. Sensor configuration (D6, D7) The “Sensor configuration” menu is a sensor menu individually provided by the sensor, in which the sensor can be configured via an input mask. This menu enables you to e.g. select different sections of the sensor (with different resolution and sampling rate) or to parameterize the sensor via inputs (e.g. input of the cell constant for conductivity probes). The following Figure displays an exemplary sensor menu of a D7 potential plug. Figure 21 Exemplary sensor menu 12. Maintenance and care This chapter lists the steps necessary to maintain the functionality and extend the operating life of the device. • • Cleaning the housing: If soiled, clean the housing with a damp cloth. Do not use aggressive detergents or solvents! Cleaning the plug-in modules: On a regular basis, free the plug-in module from dust that can enter in - 63 - the housing through the pinhole aperture. To do so, gently pull out he plug-in modules (for this purpose, the two front panel screws must be loosened) and clean the interior of the housing with a damp cloth. Carefully remove the dust from the electronics with some compressed air. Only work at low pressure. A pressure that is too high may cause damage on the electronics. Make sure that the device is completey voltage-free before cleaning it, i.e. unplug the mains unit! • Batteries: Please charge your batteries on a regular basis and permanently provide a sufficient charging level. Deep discharges will severely limit the operating life of the battery! - 64 - 13. Questions and answers Questions Possible cause Possible solution ALMEMO® 500 does not boot There are very large measurements in the database and the integrity check takes a few minutes. Incorrect supply voltage or empty battery Wait for a while during the booting process WLAN login data is incorrect Turn the ALMEMO® 500 off and then on again. Try to establish a connection via Ethernet. Initiate a WLAN reset via the status display (see chapter 10.7). Turn the ALMEMO® 500 off and then on again. Try to establish a connection via Ethernet. Initiate a WLAN reset via the status display (see chapter 10.7). Turn the ALMEMO® 500 off and then on again or reset the web service. Procedure: Turn off the device while keeping the arrow key > pressed. A double beep rings out. Check the USB medium on a PC. Replace the USB flash drive. Reset the web service via status display. The status display remains off The LEDs remain off It is not possible to establish a WLAN connection to the ALMEMO® 500 WLAN network of the ALMEMO® 500 cannot be found Incorrect configuration of the WLAN access point (e.g. unintentional deactivation of the WLAN) Login to web service fails User data incorrect or database corrupt USB flash drive cannot be detected USB medium defect or corrupt Web service does not recognize the USB flash drive Charge batteries / exchange mains unit In case we could not answer your question, please contact your retailer or the Ahlborn customer service. You will find the corresponding information under the following link. German: http://www.ahlborn.com/de_DE/service/technische-hotline English: http://www.ahlborn.com/en_UK/service/technical-hotline French: http://www.ahlborn.com/fr_FR/service/assistance-telephonique-technique - 65 - 14. Technical data Measuring inputs: Default configuration: Channels (standard): Expansions: Precision class: Measuring rate for analog sensors, DIGI, and D6sensors: Galvanic isolation for analog sensors: Sensor power supply: Interfaces: Standard equipment: Control unit Memory: Date and time-of-day: Power supply: Mains adapter: Rechargeable battery/ies (accessory): Current consumption without input and output modules: Housing: Suitable conditions: - 66 - 20 ALMEMO® input sockets for all ALMEMO® sensors (standard, DIGI, D6, D7) Up to 200 measuring channels Up to 90 input sockets depending on the housing AA, for technical data see Catalog p. 01.04 100 / 50 / 10 / 2.5 mops Using semiconductor relays (50 V) Additional galvanic isolation between measuring inputs and power supply (device ground) 6/ 9 / 12 V, maximum 2 x 400 mA 2 USB ports for additional memory and networking, Ethernet, WLAN for accessing the web service and networking Industrial tablet with preinstalled app ALMEMO® 500 4GB SD card (sufficient for up to 600 million measured values) Real-time clock (4.7ppm) buffered with lithium battery ZB1212NA10, 100 to 240 VAC to 12 VDC, 2 A galvanically isolated 2 lithium batteries, total of 13.8 Ah, Integrated high-speed charging (3 hours) approx. 300 mA without sensor /sensor technology (default configuration) MA500TG6: 390 x 160 x 260 mm (WxHxD) Weight approx. 4 kg MA500TG8: 497 x 160 x 260 mm (WxHxD) Weight approx. 4.5 kg Operating temperature: -10 to +50 °C (storage temperature: -20 to +60 °C) Ambient humidity: 10 to 90 % rH (non-condensing) 15. Declaration of conformity Subject to technical modifications without prior notice! - 67 - 16. Subject Index 2 fingers swipe gesture ............................................................................................................... 44 About the device................................................................................................................... 53, 56 Access rights .............................................................................................................................. 22 Almemo Control ................................................................................................................. 24, 26 ALMEMO® input socket(s) ..................................................................................................... 14 Analog output ........................................................................................................................... 62 Atmospheric pressure ................................................................................................................. 53 Averaging function ................................................................................................................... 60 Battery mode .............................................................................................................................. 14 Battery operation .......................................................................................................................... 7 Beeper ........................................................................................................................................ 52 Calibration data.................................................................................................................. 53, 57 Channel compensation ............................................................................................................. 63 Channel designation ................................................................................................................. 59 Channel functions ....................................................................................................................... 58 Channel list ............................................................................................................................... 38 Channel locking ........................................................................................................................ 58 Charging scenarios ................................................................................................................... 14 CJC temperature ......................................................................................................................... 53 Communication options ............................................................................................................. 28 Configuration of WLAN access points....................................................................................... 29 Configure measurement memory ............................................................................................... 54 Connect sensors .......................................................................................................................... 19 Connecting the power supply ..................................................................................................... 18 Connection via Ethernet ............................................................................................................. 24 Connection with company network ............................................................................................ 24 Consulting engineers ................................................................................................................ 72 Control elements ........................................................................................................................ 34 Control symbol ......................................................................................................................... 61 Control symbols ......................................................................................................................... 36 Control unit ................................................................................................................................ 15 Conversion rate ........................................................................................................................ 50 Correction values ...................................................................................................................... 62 Cross-section area ..................................................................................................................... 63 Customer service ...................................................................................................................... 72 Cycle factor ............................................................................................................................... 60 Cyclic measured value enquiry................................................................................................... 54 Data input ................................................................................................................................... 36 Data logger ................................................................................................................................. 47 Delete exported measurements ................................................................................................... 48 Delete measurement ................................................................................................................... 48 Device compensation values ..................................................................................................... 52 Device list................................................................................................................................... 50 Device settings ........................................................................................................................... 52 Display and operating elements .................................................................................................. 10 - 68 - Display and operating elements ................................................................................................. 32 Download of measuring data ..................................................................................................... 28 Element flags ............................................................................................................................ 63 Estimated duration ..................................................................................................................... 47 Ethernet .................................................................................................................................... 13 Export measurements................................................................................................................. 48 Export to internal memory ......................................................................................................... 48 Export to USB ........................................................................................................................... 48 Factory settings .......................................................................................................................... 30 File name ................................................................................................................................... 47 Fixed measuring period ............................................................................................................. 49 Function abbreviation ............................................................................................................. 59 Function keys ............................................................................................................................. 34 General information ..................................................................................................................... 5 Historic measurement.............................................................................................................. 42 Hotline ...................................................................................................................................... 72 Initial operation.......................................................................................................................... 16 Interfaces ................................................................................................................................... 13 Key and switch functions ........................................................................................................ 12 Limit value actions .............................................................................................................. 49, 61 Limit values .............................................................................................................................. 61 Line graph .......................................................................................................................... 38, 41 Line graphics settings .............................................................................................................. 43 Linear memory ........................................................................................................................ 47 Login ......................................................................................................................................... 21 Login data .................................................................................................................................. 22 Macros ...................................................................................................................................... 52 Maintenance and care ................................................................................................................ 64 manage measurement................................................................................................................. 48 Measured value display ..................................................................................................... 38, 39 Measured value output ............................................................................................................ 60 Measured value presentation ..................................................................................................... 38 Measured value smoothing...................................................................................................... 59 Measured value status ................................................................................................................ 40 Measurement active since .......................................................................................................... 47 Measurement memory size ........................................................................................................ 54 Measuring inputs and auxiliary channels ................................................................................... 19 Memory ..................................................................................................................................... 56 Memory expansion .................................................................................................................... 14 Memory free .............................................................................................................................. 47 Memory status ........................................................................................................................... 47 Network parameter .................................................................................................................... 21 Operating parameters ............................................................................................................. 52 Operating time ........................................................................................................................... 14 Output cycle ............................................................................................................................. 50 Output function........................................................................................................................ 60 Output mode .............................................................................................................................. 58 Output modules.......................................................................................................................... 54 - 69 - Parameter display ....................................................................................................................... 36 PC connection ............................................................................................................................ 24 Power supply ........................................................................................................................ 14, 55 Questions and answers ............................................................................................................... 66 Range ......................................................................................................................................... 58 Recorded measurement ............................................................................................................ 42 Remaining rest of the storage time ............................................................................................. 54 Reset the access point ................................................................................................................. 30 Ring memory ............................................................................................................................ 47 Safety Notice ................................................................................................................................ 5 Save mode .................................................................................................................................. 47 Scale ........................................................................................................................................... 44 Scaling values ............................................................................................................................ 62 Scan cycle .................................................................................................................................. 51 SD card ....................................................................................................................................... 54 Selection and scaling of the Y-axes .......................................................................................... 44 Sensor channels .......................................................................................................................... 57 Sensor configuration (D6, D7) ................................................................................................... 63 Sensor list and sensor configuration ........................................................................................... 57 Sensor menu ............................................................................................................................... 63 Sensor overview ......................................................................................................................... 53 Sequence control ........................................................................................................................ 54 Settings ....................................................................................................................................... 49 Shortcuts..................................................................................................................................... 32 Sidebar ........................................................................................................................... 34, 41, 42 Start and stop measurements ...................................................................................................... 49 Start-, stop modus and fixed measuring period ..................................................................... 51 Start/stop time and date .............................................................................................................. 49 Status display ............................................................................................................................ 12 Storage configuration ................................................................................................................. 54 Swipe gesture control ........................................................................................................... 35, 44 Switching the data logger on and off .......................................................................................... 20 System settings ........................................................................................................................... 55 Tablet .......................................................................................................................................... 15 Tablet mount ............................................................................................................................... 15 Technical data ............................................................................................................................. 67 Temperature ................................................................................................................................ 53 Thermocouple measurements ....................................................................................................... 7 USB ................................................................................................................................ 14, 27, 54 User administration .................................................................................................................... 22 User menu ........................................................................................................................... 38, 45 Using the ALMEMO® 500 ......................................................................................................... 18 WinControl ......................................................................................................................... 24, 26 Windows app ...................................................................................................................... 24, 27 WLAN ........................................................................................................................... 13, 21, 26 WLAN SSID ............................................................................................................................. 32 - 70 - 17. Your contact persons Ahlborn Mess- und Regelungstechnik GmbH, Eichenfeldstraße 1-3, D-83607 Holzkirchen, Phone +49(0)8024/3007-0, Fax +49(0)8024/300710 Internet: http://www.ahlborn.com, email: [email protected] Customer service / Hotline Florian Plessner, Phone +49(0)8024/3007-38 - 71 - Besides greatest diligence, the possibility of incorrect information cannot be excluded! Subject to technical modifications without prior notice! - 72 -

Instruction Manual Data Logger Almemo® 500 And App

Rating

Date

Size

Views

Categories

Share

Transcript

Forgot your password?.