Transcript
PRELIMINARY DOCUMENT CREATING SOLUTIONS FOR CONVENIENCE
Network Hour Meter OWNERS AND OPERATION MANUAL www.linortek.com
Linor Technology, Inc.
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1. Read Instructions All the safety and operating instructions should be read before the unit is operated.
this can result in a risk of fire or electric shock.
2. Retain Instructions The safety and operating instructions should be retained for future reference. 3. Heed Warnings All warnings on the unit and in the operating instructions should be adhered to. 4. Follow Instructions All operating and use instructions should be followed. 5. Cleaning Unplug the unit from power before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning. 6. Attachments Do not use attachments not recommended by the product manufacturer as they may cause hazards. 7. Accessories Do not place this unit on an unstable stand, tripod, bracket, or mount. The unit may fall, causing serious injury to a person and serious damage to the unit. Use only with a stand, tripod, bracket, or mount recommended by the manufacturer, or sold with the product. Any mounting of the unit should follow the manufacturer's instructions, and should use a mounting accessory recommended by the manufacturer. An appliance and cart combination should be moved with care. Quick stops, excessive force, and uneven surfaces may cause the appliance and cart combination to overturn. 8. Ventilation Openings in the enclosure, if any, are provided for ventilation and to ensure reliable operation of the unit and to protect it from overheating. These openings must not be blocked or covered. This unit should not be placed in a builtin installation unless proper ventilation is provided or the manufacturer's instructions have been adhered to. 9. Power Sources This unit should be operated only from the type of power source indicated on the marking label. If you are not sure of the type of power supply you plan to use, consult your appliance dealer or local power company. For units intended to operate from battery power, or other sources, refer to the operating instructions. 10. Grounding or Polarization This unit may be equipped with a polarized alternatingcurrent line plug (a plug having one blade wider than the other). This plug will fit into the power outlet only one way. This is a safety feature. If you are unable to insert the plug fully into the outlet, try reversing the plug. If the plug should still fail to fit, contact your electrician to replace your obsolete outlet. Do not defeat the safety purpose of the polarized plug. Alternately, this unit may be equipped with a 3wire groundingtype plug, a plug having a third (grounding) pin. This plug will only fit into a groundingtype power outlet. This is a safety feature. If you are unable to insert the plug into the outlet, contact your electrician to replace your obsolete outlet. Do not defeat the safety purpose of the groundingtype plug. 11. PowerCord Protection Powersupply cords should be routed so that they are not likely to be walked on or pinched by items placed upon or against them, paying particular attention to cords and plugs, convenience receptacles, and the point where they exit from the appliance. 12. Power Lines An outdoor system should not be located in the vicinity of overhead power lines or other electric light or power circuits, or where it can fall into such power lines or circuits. When installing an outdoor system, extreme care should be taken to keep from touching such power lines or circuits as contact with them might be fatal. 13. Overloading Do not overload outlets and extension cords as
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14. Object and Liquid Entry Never push objects of any kind into this unit through openings as they may touch dangerous voltage points or shortout parts that could result in a fire or electric shock. Never spill liquid of any kind on the unit. 15. Servicing Do not attempt other service to this unit yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all other servicing to qualified service personnel. 16. Damage Requiring Service Unplug the unit from the outlet and refer servicing to qualified service personnel under the following conditions: a. When the powersupply cord or plug is damaged. b. If liquid has been spilled, or objects have fallen into the unit. c. If the unit has been exposed to rain or water. d. If the unit does not operate normally by following the operating instructions. Adjust only those controls that are covered by the operating instructions, as an improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the unit to its normal operation. e. If the unit has been dropped or the cabinet has been damaged. f. When the unit exhibits a distinct change in performance this indicates a need for service. 17. Replacement Parts When replacement parts are required, be sure the service technician has used replacement parts specified by the manufacturer or have the same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock or other hazards. 18. Safety Check Upon completion of any service or repairs to this unit, ask the service technician to perform safety checks to determine that the unit is in proper operating condition. 19. Coax Grounding If an outside cable system is connected to the unit, be sure the cable system is grounded. U.S.A. models only Section 810 of the National Electrical Code, ANSI/NFPA No.701981, provides information with respect to proper grounding of the mount and supporting structure, grounding of the coax to a discharge unit, size of grounding conductors, location of discharge unit, connection to grounding electrodes, and requirements for the grounding electrode. 20. Lightning For added protection of this unit during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect the cable system. This will prevent damage to the unit due to lightning and powerline surges. 21. Outdoor Use This unit is not waterproof and should not be allowed to get wet. Do not expose to rain. Do not leave outof doors overnight as condensation may occur. 22. While changing batteries, fuses or handling a board level product be careful of electrostatic discharge which can damage electronic devices. It is best to use a grounded electronics service bench. If this is not available you can discharge yourself by touching a metal appliance or pipe. While changing the batteries or fuse do not touch i) any wires other than the battery wires and ii) the printed circuit board.
LIMITATION OF LIABILITY IN NO EVENT WILL LINOR TECHNOLOGY BE LIABLE, WHETHER IN CONTRACT, TORT, OR OTHERWISE, FOR ANY INCIDENTAL, SPECIAL, INDIRECT, CONSEQUENTIAL OR PUNITIVE DAMAGES, INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR ANY LOSS OF USE, LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, OR LOST PROFITS, SAVINGS, OR REVENUES TO THE FULL EXTENT SUCH MAY BE DISCLAIMED BY LAW.
DISCLAIMER FOR CRITICAL APPLICATIONS This product is not intended or authorized for life support product or for other uses for which a failure could cause personal injury or death. If you or your customers use or permit the use of this product for such unintended or unauthorized uses, you agree to fully indemnify Linor Technology and its affiliates, and the officers, employees and distributors of each, from all liability related to such use, including attorneys’ fees and costs.
This product contains SOFTWARE and is provided by THE PROVIDER "as is" and "with all faults." THE PROVIDER makes no representations or warranties of any kind concerning the safety, suitability, lack of viruses, inaccuracies, typographical errors, or other harmful components of this SOFTWARE PRODUCT. There are inherent dangers in the use of any software and THE PROVIDER will not be liable for any damages you may suffer in connection with using, this SOFTWARE PRODUCT.
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FURTHER NOTICE FOR LIMITATION OF USE When wiring a line voltage device you MUST either be a qualified electrician or use the services of a qualified electrician. Additionally, local codes must be followed including but not limited to wire gauge size and suitable housing. It is important that you use licensed electricians and comply with electrical codes that are applicable to your location. These codes exist for your safety, as well as the safety of others. Linortek cannot assume any responsibility for any harm or damage caused by not following specified instructions for installation and product usage. Linortek cannot assume any responsibility for harm to the user or third parties for improperly useing our products. This liability remains with the user. Linortek cannot assume any responsibility for damage to the device for improperly using our product.
The key to performing optimal maintenance is knowing when to perform it. Collect run time data to assure proper maintenance of expensive machines or system is critical. The Network Hour Meter (NHM) provides an easy way to monitor industrial equipment run time over a network or the Internet from anywhere, receive notifications when service is required, eliminating the needs of physically visiting equipment to collct data. It's an ideal solution for factories who need to record equipment running hours for: Maintenance and service: The need for preventative maintenance can be monitored and receive notifications to help prevent downtime. Warranties: Some manufacturers specify operating hours for warranties, instead of days, months, or years.
THIS MANUAL This manual covers the Network Hour Meter product line. These will be referred to as SERVER hereafter.
WHAT'S IN THE BOX Please inspect the contents of your product kit. Each SERVER is sent in its own box and includes: • SERVER • 1m CAT5 patch cord • 1A 12V power supply • DIN Rail Mount Clip • Getting started guide
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KEEPING UP TO DATE Your SERVER unit comes complete with the latest programming as it left the factory. You can check our website for downloads and update both the server and the web pages. The system is set with a user name/password of admin/admin. You may change these as you desire or disable this feature in the settings menu. Discoverer.jar – When a SERVER unit is first installed on your network, it automatically obtains a web address from your router via DHCP if your router is set up to assign one. If your router is not set this way, it is suggested that you turn that feature on. So you can operate the SERVER and assign it the IP address of your choosing. To help locate your SERVER on the network, you can use the Discoverer program which will search your network for compatible units. Once it is located, it will display:
• IP Address • Host Name • MAC Address • Other Info: ‒ Blue LED (if on) ‒ Product Name ‒ Server Software Revision ‒ Port Number (if ported) Java runtime needs to be loaded to use this feature. When downloading, be sure to read the screens and do not download the optional programs that you you do not desire. Can be found here: http://java.com/en/download/index.jsp Click the line with the SERVER you want to control and the Discoverer will automatically open your browser to this device. There is also a checkbox to go directly to the load web pages control which you may find useful at times. Tic this box then click on the SERVER line of the unit you want to access. Web Pages – New web pages may also be loaded via SERVER itself. Navigate to System / Load Web Pages and follow the instructions there. You must have previously downloaded the .bin file that contains the web pages you want to upload. To download the .bin file, go to http://www.linortek.com/downloads/, navigate to Downloads: Software Updates Downloads, select the SERVER model you have, then click Webpage to download. Bootloader – From time to time Linortek may release new server software adding new features or fixing bugs. This software can be loaded onto the server using the bootloader available on our Linortek's download page. This bootloader has two parts: the PC program itself (.exe file) and an initialization file (.ini). Both of these files MUST have the same name and be in the same directory. The initialization file is a text file. Please open it and follow the directions for connecting to your server on a local network in Multicast mode or over the Internet in a Unicast mode.
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You should first download the new server program (.cry) file and open the Bootloader, press File to upload the .cry file to the Bootloader. Then press Capture Target. The bootloader will only allow a compatible program to be uploaded to the server. To download the .cry file, go to http://www.linortek.com/downloads/, navigate to Downloads: Software Updates Downloads, select the SERVER model you have, then click Server Software to download. For example, you cannot load a Fargo R8G2 program to a Network Hour Meter server. The bootloader is accessible during the start up phase of the SERVER. During this phase, the GREEN LED is blinking, after about 5 seconds SERVER exits this mode, starts the server program and blinks the RED LED. You can enter the bootloader mode by pressing the RESET switch (leftmost of 2) or by navigating to System / Load/Reboot System. After a RESET, the unit should identify itself to the bootloader, if it does not pop up, press LOCATE LIA. Once the bootloader has captured your SERVER, press the File button and open the new .cry file. Then press Program. The bootloader will inform you when it has completed. When it has, press Reset LIA to release from the bootloader and restart the SERVER.
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QUICK SETUP INSTRUCTIONS WIRING The Network Hour Meter (NHM) may be activated in a number of different ways. In the simplest setup the NHM may be activated whenever power is applied to the unit. In this case, if the NHM is on, it is counting. A voltage threshold is provided so the NHM may stop counting as power is lost to prevent memory corruption. You may also use one of the inputs to turn counting on and off. The input can be configured with an internal pullup so that a switch may be used, or an external voltage of 524 VDC may be used. Alternatively it can be configured to follow one of the relays such that when the relay is activated the NHM will count. If you want to receive audible or visual notifications when a specific hour is reached, connect a buzzer or light to the a relay output of your Network Hour Meter, for more information on how to setup this feature, please refer to the manual. The Network Hour Meter can now record your equipment run time once you start your equipment and turn the buzzer or light on when maintenence is required.
LANDING PAGE After you connect your equipment to the Network Hour Meter, you can now download the Discover program from our website to identify the meter's IP address. Click the device shown on the Discover program, launch the meter web pages in a browser (Chrome or Firefox are recommemded), you will be able to monitor your equipment run hours from the Network Hour Meter's landing page without signing in. Your landing page will look like this:
The landing page displays the following settings: 1. Two meters: Each Network Hour Meter includes two separate hour meters with independent triggers. 2. Each meter can record 999999.99 hours, decimal hours with 1/100 hour. 3. Running indicator: Spins if all conditions are met and counting hours.
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SET HOUR METERS Network Hour Meter uses various inputs to record the run hours. After you login to your hour meter webpage, you can start to setup your hour meter, click Service menu, select Hours, you will have the following page showing up:
In this page: 1. Use Meter: Hour counter will not run unless the "Use Meter" is checked. 2. Trigger: The trigger selects the condition to start and stop the counter meter. You can select and INPUT or a RELAY. If those conditions are met such that the device is ON, the meter will start running. You may additionally select to have the INPUT VOLTAGE start the counter. For example, if the Network Hour Meter Hour is powered the counter runs. 3. Meter Name: Give the meter a name to identify what is being metered. 4. Seconds/Tick: The ticks set the counting resolution. The smaller the number the faster the memory is used up. Usually set to 3. 5. Used endurance: Since the number of memory writes is finite, the Endurance indicator gives an idea of the memories condition. It will wear out. (Tick*512*100000 = memory endurance in seconds.) 6. Voltage Threshold: The Voltage Threshold condition must be satisfied along with the trigger condition to make the meter count. This is useful to stop the counter should the unit start to loose power. By setting a threashold of say 20 volts on a 24 volt system, the Hour Meter will assume that the power is declining and gracefully shut off to prevent a counter memory error. 7. Send Email: Using the Email checkbox and the Count, the unit will send an email when this value is exceeded. 8. Relay Control: By using a Relay Number and a Count, the unit will activate a relay when the value is exceeded. This is useful for turning on a maintenance light or buzzer on a machine that requires a look. 9. Preset: The Preset is used to ZERO the meter or set it to any value you like. Note: All count values must be enclosed in [ ] or ( ) brackets for SECONDS and HOURS respectively or they will be ignored. The PRESET field is always cleared after being used. The Network Hour Meter is built on Koda 100 platform. For basic Koda 100 function setting information, please refer to the Koda manual below.
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GETTING STARTED The SERVER unit is a self contained web server configured with various input and output circuits. The unit is supplied with a DIN Rail mountable enclosure with removatnal connector for easily installation. KODA SERVER can be mounted on a panel or on the wall using the DIN rail mount clip. The removable wire terminal connectors simplify field installation and allows for easy troubleshooting and maintenance, the unit can be removed from the system without disturbing the system wiring. 1. Place the unit on a table or bench being careful not to let any metal objects come into contact with the bottom of the circuit board. 2. Connect the 12 volt power supply to a suitable AC outlet and plug the barrel connector into SERVER at the location labelled "12VDC/POWER". At this point the GREEN/Boot LED should come on and start flashing indicating that SERVER is operating and is in the "Bootload Mode". This mode allows the user to update the server software that is used on the unit. See section Keep Up To Date to learn more about bootloading. After about 5 seconds, the GREEN LED will go off and the RED LED will start blinking indicating the SERVER is operating in "Server Mode" and is accessible on a network utilizing TCP/IP protocols. 3. Plug an Internet cable into the RJ45/NET connector. The "Connection" LED will come on if a 100MHz network is available, otherwise it will be remain off and the "Activity" LED should start blinking indicating network activity. 4. SERVER is shipped in DHCP mode meaning that when you plug it into a network, your router will automatically assign it an IP address. This will vary depending on how your network is set up. But typically looks something like 192.168.1.10. You need to
know this address to sign onto your SERVER. You can obtain this address using the Discover program or the attached items table on your router. Enter this address into a web browser and you will be taken to the login screen of SERVER. You may also connect this unit directly to your computer. It may require a cross over cable, although most modern computers do not require them. SERVER will configure in Auto IP mode and assign itself an IP address. This address may start with 192.254.nnn.nnn where nnn are essentially random numbers. Most likely you will need to use the Discoverer program to find your SERVER. KODA SERVER: There is a LOCATE/RELOAD switch on the left of NET connector which can be activated with a bent paper clip. Internal to the unit on the right side of the circuit board there are LOCATE/RELOAD and RESET switches (bottom/top respectively). Pushing the RESET button is the equivalent to the initial application of power. The SERVER will first go in to a BOOT mode where it may be captured by the bootloader for installing new server software and after about 5 seconds it will start the SERVER for normal running. Pressing the button LOCATE/RELOAD will activate the BLUE LED on the SERVER and on the HOME page of the web browser. If the Discoverer program is in use it will also identify it there. RESET DEFAULTS: You may also use these switches to reset the SERVER to its factory defaults by holding in the LOCATE/RELOAD switch while power cycling or using the RESET switch. Continue to hold in the LOCATE/RELOAD switch until the RED LED comes on solid. There is an equivalent RESET DEFAULTS function in the web browser at System / Load/Reboot. At this point your browser is connected to SERVER and you can go ahead and start to use it.
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MAKING CONNECTIONS Relay Connection (KODA) There are 2 1FORMA relays (110/220 10A) on the KODA 100 with which you can control line voltage devices, and 2 removeable 2 posintion connectors (1 for each relay) and are simply numbered "1" and "2". These relays are normally open. A note of CAUTION: These units are ground isolated. Always connect so that power loop is only connected to the KODA unit. Do NOT use external ground connections. Doing so may damage the SERVER or POE originating device. Digital Inputs Connection The digital inputs allow SERVER to detect an external on/off state of a sensor. With this information the SERVER can display whether an input is on or off, count events in a resettable and nonresettable counter and calculate the frequency (such as for use as a tachometer) or the period of the input. There are two modes of operation for the digital inputs, PULL UP and ISOLATED. The PULL UP mode connects a 1K resistor to an internal voltage allowing you to use a simple switch (such as a magnetic door switch) accross terminals 1 and 2. This when the switch is activated a signal is sent to the input. The other method allows you to directly drive the SERVER's optoosolator with an external voltage though and internal 1K resistor. This voltage may be in the range of 5V to 24V supplying a minumum of 2mA or a maximim of 30mA to the optoisolator diode. There is no other internal connection to this voltaage so it is an isolated input. This mode is selected by the switch on the server (see image below) marked ISO and PU for isolated or pullup respectively. Two notes of CAUTION: 1.) These units are ground isolated. Always connect so that power loop is only connected to the KODA unit. Do NOT use external ground connections. Doing so may damage the SERVER or POE originating device. 2.) If you intend to use the isolated mode, set the input switch before applying an external voltage doing otherwise may damage the SERVER or POE originating device.
Note: On the KODA, put the switch up for isolated and down for pullup. 12
THE WEB INTERFACE LOGGING IN Once you have entered the IP address and port number, if set, the Login page will open. This page shows the SERVER name of this server which you may change in Configure/Network Config. When editing settings on various pages Click "Save" to save changes made or click "Cancel" to return to the previous page. Leaving a page without clicking "Save" will result in your changes being ignored by the SERVER. Only an Admin user can save changes. This page is static with no background activity and is a useful place to park if you are not using the SERVER and do not want to close the connection. Also displayed in the footer is the version number of the web pages file installed. By pressing LOGIN you will be asked for your password and the browser will use this for a protocol called Basic Authentication. This
password will be retained by the browser until the browser is closed. You can disable the password requirement in Settings/Settings "Require Login". If successful, you will be redirected to the main page of the application. The Home or Index page displays some of the system information and offers the ability to locate the physical device if it is in an area with others. The TIME is displayed along with the day of the week. This time may be set to be in 12 hour with AM/PM indicator or 24 hour format. In order to have the right time of your SERVER, please make sure to set your Time/Date first. CAUTION: Incorrect Time Zone may cause incorrect time in your SERVER. To set your Time/Date, go to Settings, selcet Time/Date from the drop down menu, use hh:mm:ss and yy/mm/dd formats for setting the Time and Date and enter your Time Zone, then click save button). The DATE is displayed. The VOLTAGE at the board is displayed. This may be useful if SERVER is powered with other equipment is powered along with SERVER as a voltage variance can be noted. Some SERVERs have a very wide input voltage range. The TEMPERATURE on the board is displayed. This display may be either °C or °F. This temperature will be effected by the heat generated by SERVER itself so it will always be a bit higher than ambient temperature.
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There are 3 LEDs displayed. The RED LED is the system pulse. This should blink at about a 1 second rate as long as the server is running. The GREEN LED is used for bootloader options and is generally not visible on the website because when SERVER is in bootloader mode it will not operate as a web server. The BLUE LED is clickable and you can turn it on and off from this web page. This is very useful for locating the device should it be in use with other similar units as it will illuminate on the unit to which this web browser is connected as well as showing up in the Discoverer program should that be open. This is often referred to as a "Locate" function.
SERVICE The Service tab is dynamic and will change depending on the configuration of your server. This is where you can contol the inputs, outputs, sensors and other specialty controls. IN/OUT The In/Out page is the heart of SERVER. It is here you can turn the relays on and off, see their labels and status as well as setting digital inputs. RELAY CONTROL An In/Out page is displayed below. The Status LED show whether the relay is on or off indicated by GREEN and RED respectively. Each relay can have a Name as well as identifiers for the Normally Open, Common and Normally Closed hookups. These may be useful in some configurations such as a door bell interrupter. You want to prevent your doorbell from ringing at certain times of the day. Name the relay "Doorbell", connect the doorbell button to the the Common terminal and name the "Button", name the Normally Open connection "Silent" no wire is connected here, and name the Normally Closed connection to "Sound" and connect this terminal to where the doorbell but used to be wired to. You can now interrupt the doorbell by turning this relay on and off. Schedule it so it is quiet at night! You can use the NO and NC fields for anything you like.
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There are three status LEDs that show whether an Email is to be sent when this relay is switched on and off, this Relay is included in an automatic Schedule and if this Relay is presently active in a Timed Event (pulse width). Click the the Edit pencil icon allows you to edit the control data for each relay. SET RELAY The SET RELAY page allows you to set various properties pertaining to the Relay. 1. Relay Select The Relay that you are editing is identified by the line on which you clicked the Edit icon on the RELAY page. 2. Name Enter a 15 character Relay Name. This and the following 3 fields may be used for any identify information desired. 3. NO Name Enter a 7 character name for the Normally Open (NO) connection. 4. Com Name Enter a 7 character name for the Common (COM) connection. 5. NC Name Enter a 7 character name for the Normally Closed (NC) connection. 6. Pulse Width When you control the relay it turns on or off. You may control it for a timed turned on period by entering a Pulse Width when 0 means there is no timed event and a number represents duration of the pulse. The maximum numer you can enter here is 4 digits, ie. 1234. 7. Pulse Width Multiplier To further define the pulse length select a Pulse Width Multiplier to further define the pulse width. You can select: None mS (Millisecond, 1/1000 second) Sec (Seconds) Min (Minutes) 8. Relay type the SERVER can access relays physically on the SERVER or using other means. You may select: Normal relay physically on the SERVER Latched not currently supported Remote a relay on another SERVER access over the network Zigbee a relay at a remote device access over an RF system Normal and Remote both relays activated Normal and Zigbee both relays activated 9. Location ID this is a number identifying a remote location 10. Relay at Location a number representing the relay or device at the Location
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11. Send Email the SERVER can be programmed to send an Email if the relay is turned on or off. DIGITAL INPUTS The Digital Inputs can be set to provide various readouts on using a range of display types. This creates the ability to interface to a wide range of equipment and display in a usable format. In addition to displaying the input data, you can name the display as well as associcate a relay with it. This relay will change from Green to RED as it goes from on to off as well as is clickable to control it. By clicking on the edit pencil icon, you can edit the settings for this input: 1. Digital Input Selected The Digital Input that you are editing is identifyed by the line on which you clicked the Edit icon. 2. Name You can set a 15 character name for this input. This name goes in the bar at the top of the display. 3. Label Set a 7 character label which is displayed on the actual active display. 4. Corrector Using this field you can +,,* or / a value before the value is shown on the display page. This is a 2 value corrector with each being separrated by a sing space character. (ie. "+2 *3") 5. USE Sets this input to active. Turns the input number indicator to green. It should be noted that when in use the input consumes CPU time and other resources depending on its type. Although all inputs may be active at he same time, it is recommended to turn on only those you want to use. 6. Type The input data can be used to calculate a range of results. You may select: State This is useful for knowing if an input is on or off, like a door switch being on or off. CounterNR This is a nonresettable counter. CounterR This is a resettable counter. Frequency Counts the frequency of an input in KHz (kilo hertz or1/1000 seconds). This could be useful in displaying a tachometer where 60Hz = 1 R.P.M. Period in 1/1000 seconds an input in kHz (milliseconds or1/1000 seconds). This would be useful for measuring timed events. 7. Display This selections lets you change the display type used, you can select: Dot A single dot with the value in the middle. This can be used for State or anything else. You can make a dumb indicator by changing the color of the Dot based on the value. The label is under the Dot. Values Displays the Corrected Value with the Label in a box directly below it. Meter This Meter has configurable scale based on the Min/Max values and arcs can be colored per the Color ranges.
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The Label is displayed within the Meter. VBar Also based on the Min/Max values for the scale and the bar changes color based on the values in the Color ranges. 8. Relay Enter a Relay number here. If it is a local relay it will show Green or RED depending if it is on or off. By clicking on it the relay will turn on and off. The name comes from the relay settings page. This may be useful if you want to turn the subject of a display on and off. Any relay can be used on any input and each may be reused for any other input. Adding an L after the relay number will Link the relay to the state of the input pin. This is an easy and immediate way to have a relay follow the input. 9. Command Z/N/I This field is used for issuing various commands to the Digital Input controller: Z Zero the resettable counter. N Leave the input as Normal. I Invert the input. 10. Value These are Min/Max values used for the display. This is useful for preventing a Meter from going past its end or setting the value of a VBar. This is the Value after the Corrector. The system cannot display a value past Max so be sure this is at least set to 1. 1113. Yellow/Red/Green There are three colors that can be used to further define a display. Set the range of these colors to define a color to the display Value. This is the Value after the Corrector. Note that if you are using a State type you may want to assign RED = From 0 to 0, GREEN = From 1 to 1 and YELLOW = From 2 to 2. Since a State is always either 1 or 0 this will prevent ambiguous information and prevent the YELLOW color from being used. You can select any two colors you like for a State type. TASKS The SCHEDULE page displays the automatic events that can be programmed into SERVER. You can schedule 16 events in the SERVER. These are constructed as IF ... THEN statements. IF this THEN do that. In addition the IF term can have 2 elements; IF this LOGIC this ... THEN that. This provides a simple to program and powerful way to take advantage of the data acquired by the SERVER. 1. The Use indicator marks whether or not this schedule is turn on. It is settable here. 2. Each Schedule can be assigned a 15 character name. 3. The Device, Data, Logic and Action fields detail the real world state that will trigger this event to execute. 4. The Log indicator signifies that the event will be logged. 5. The Email indicator signifies that an email will be sent upon execution.
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SET SCHEDULE The SET SCHEDULE page allows you to create time and logic based events that will occur automatically if the conditions are met. 1. Schedule Select Determined by clicking on a schdule line fon the previous page. 2. Schedule Name Enter a 15 character Schedule Name. 3. USE In order for a Schedule line to be active you must select the USE button. If there is an error detected in entering Schedule data, the USE box will automatically uncheck. 4. LOG Select log for this item to appear in the system log every time it is executed. 5. Email Click Email to automatically send and email when this schedule is executed. 6. Device A Select the Device A for the first term in the IF statment from the drop box. 7. Data A Select Data A for the above device. Depending on the device selected the Data used for testing may have special properties. See the list below for Data that may be entered. If an error is detected in data entry when the "Save" button is pushed, the USE box will uncheck and the Data box containing the error will be highlighted. Minute Enter: mm Hour Enter: hh (use 24 hour system) Day Enter: dd DayofWeek Enter: Sunday = 1, Monday = 2, Tuesday = 3, Wednesday = 4, Thursday = 5, Friday = 6, Saturday = 7, Weekday = 8, Weekend = 9 Time Enter: hh:mm:ss (use leading zeros, seconds are ignored) (use 24 hour system) Date Enter: yy/mm/dd (use leading zeros) Relay Enter: Relay number(opt.+), or Relay number (for ON or OFF respectively) Button Enter:+ or (for ON or OFF respectively) Flag Enter: Flag number(opt.+), or Flag number (for ON or OFF respectively) Temp Enter: >,= or < val; example: >40 ( always degrees C) Volts Enter: >,= or < val; example: <10 Analog Analog input, enter an Input Number and >,= or < and value. Example: 3<123 (This value is the raw data value prior to any Corrector used on the display page. Digital Enter: Input Number, Type, >,= or < val; example: 1F>7500 (This value is the raw data value prior to any Corrector used on the display page. Where Type equals (case sensitive): S State (On/Off) C Nonresettable counter c Resettable counter (lower case 'c') F Frequency in 1/1000 seconds P Period in 1/1000 seconds 9. Logic Set up a Logic comparison between Device A and Device B. AND True if: Device A is true AND Device B is true OR True if: Device A is true OR Device B is true NOT True if: Device A is true and Device B is NOT true 10. Device B Select Device B for testing from the drop box. 11. Data B Select Data B for the above device. Depending on the device selected the Data used for testing may have special properties. See above list. Device C is what to control. Set Data C as: RELAY These are relays on this SERVER. You can set up to four per schedule. Enter separated by commas, for example "1,2,3,4" FLAG This is a storage flag that can be used to make more complex schedules. There are 8 flags that can be turned on or off. REMOTE Refers to a remote SERVER unit. When these conditions are met, this SERVER will send a command to control a remote SERVER. The Data field for a remote unit should be in the format, "REMOTE UNIT NUMBER, REMOTE UNIT RELAY". For example, "3,5". These remote SERVERS must be identified in the page Configure/Remote Device Config. BLUE LED No data. eMAIL Will send eMail, no data NOTIFY Will send notification to Kodalert, set 1 8 for Settings/Alarm Notification number.
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USER AND ADMIN CREDENTIALS Use this page from the Settings drop down menu where you can set up to 3 users for your SERVER system. As a default only User 1 is Active. Here you can: 1. User Name and Password Each user has their own credentials. As a default these are set to admin/admin, user2/user2 and user3/user3 for Users 1, 2 and 3 respectively. The passwords are never displayed. 2. Active Must be checked for this user to sign on, you cannot deActivate User 1. 3. Admin Only admin can save data in most posts. This protects your SERVER from being changed by an unauthorized person. 4. Timeout Not enabled at this time.
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TIME/DATE This page allows you to set up the time and date system. 1. Time Set time using an hh:mm:ss format. 2. Date Set date using a yy/mm/dd format. 3. Time Zone Set desired time zone 5 for EST, 8 for PST. 4. Use Daylight Savings Time Select to automatic adjust your system time on daylight savings day. (Not accurte in all time zones.) 5. Use MIL Time Select to use 24 hr clock. 6. Use NTP Update Select to synchronize SERVER time with NTP server 7. NTP Web Site This is the selected NTP server for updates. 8. NTP Interval Time interval between updates in minutes. 9. Log NTP Event Normally NTP exceptions will be logged, select this option to Log every NTP event. (May be useful in debugging.)
SETTINGS Select these settings to enable various features in the SERVER. 1. Use Active Main No longer used. (Select PAUSE to go inactive.) 2. Require Login If not selected the SERVER will allow all access without credentials. 3. Use IP Ranges Not Implemented. 4. Use RESTFUL IP Ranges Not implemented. 5. Use Remote IP Ranges Not implemented. 6. Use RESTful Authentication Require username and password for RESTful. 7. Use Setting 7 Not Implimented 8. Use Relay Radio Buttons If set, when one relay is turned on, all others are turned off. 9. Use System eMalis Enables addional email messages. 10. Use Fahrenheit Selects Celcius or Fahrenheit.
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DYNAMIC DNS Dynamic DNS allows the user to update the board's global IP address using alternet Dynamic DNS services. This feature, along with proper port forwarding through the router, can enable global access to a device behind a NAT router or firewall. Some services require a paid account. 1. Use DDNS Enables this service. 2. DDNS Service Select a service from the drop box. Some services require a paid account. 3. User Name This refers to the account set up at the DDNS Service. 4. Password Password for access at the DDNS service. 5. Host This is is the IP name registered at the DDNS service for rerouting to this SERVER.
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SEND EMAIL Setup an email account for the SERVER to use in sending email messages from various modules. 1. SMTP Server Enter the outgoing mail server that you want to use. 2. Port This is the port on that server. You can look up your mail service online for this information as well as the other set up fields. 3. Use SSL THis server supports 2048 bit SSL encoding. Use this check box along with thte proper port for sending SSL encoded emails. 4. User Name Most likely your email account name. 5. Password Email acccount password. 6. To Address Enter up to 3 address for this email set up. An addressee, a CC and a BC. 7. Subject Subject line of the email header.
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NETWORK CONFIGURATION Network Configuration: select Network Configuration from the Configure drop down menu.This page allows the configuration of the SERVER's network settings.CAUTION: Incorrect settings may cause the board to lose network connectivity. In order to access a device in your network remotely you must PORT the device. This tells your router that information coming in should be sent to a specific device on your network. 1. MAC Adress This is a unique MAC address that is assigned to this product at time of assembly. It cannot be altered. 2. Host Name This is a Netbios name at whcih this unit may be addressed in some netowrks. It may also apear in your router's lease directory. It makes a useful place to name your SERVER and appears on the Home page. 3. Port Number This becomes part of the IP ddress and is neccesary for Internet access. If this is not set, the SERVER defaults to a port number of 80. 4. IP Address Typically you only change the last group of numbers. If you change this IP address make sure it remains withing your network or you may not be able to reach this SERVER. If this happens you may need to Restore Defaults using the push button method. 5. Gateway Typically a router on your TCP/IP network that serves as an access point to your ISP. 6. Subnet Mask A 32bit number that masks an IP address, and divides the IP address into network address and host address. Just leave it at 255.255.255.0 7. Primary DNS A primary DNS. 8. Secondary DNS A secondary DNS.
PORTING A SERVER A brief explanation on how to access a remote SERVER device on the Internet follows. You may need to do some research on Dynamic and Static IP addresses on the Internet. 1. Inside your network, SERVER gets an IP address from your router via a service called DHCP. 2. This address may change at anytime as desired by your DHCP server (usually your router). 3. You should assign a specific "static" IP address to your SERVER in the Network Configure page and deselecting the DHCP box. (It is up to you to make sure this address works within your network.) 4. In order to find SERVER from outside your network you must assign SERVER a port # (say 9100) also on the Network Configure page. 5. In the router, you must "port forward" (also "open a port" "gaming port") to the IP address of the SERVER. It is not unsafe to do this. 6. Then you can address the SERVER from outside your network at http://your_network_IP_address:SERVER_port# 7. You can easily find your home network IP address by simply asking "what is my IP address" in a search engine. 23
8. If your IP address changes (most home networks have Dynamic IP addresses that do change you can ask your ISP) you may need support of a DYNDNS service. There is support for this a Configure/Dynamic DNS.This may seem complicated, but it is really easy once you understand a bit. IP RANGE CONFIGURATION Use these security settings to select a range of IP address that will be allowed to access the SERVER.CAUTION: Incorrect settings may cause the board to lose network connectivity. Not implemented on this SERVER.
REMOTE DEVICES These settings allow SERVER to remotely control the relays in another SERVER. This is done by selecting the Remote Device in the Schedule program or by setting up a relay as a REMOTE There are 8 possible REMOTE locations. CAUTION: Incorrect settings will cause the board to lose its remote connections. 1. Device Name Enter a text name for this device for future reference. 2. IP Address The IP address of thee remore device including a port number. 3. User Name Used in Basic Authentication.
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4. Password Used in Basic Authentication. Kodalert Not Yet Implimented. Kodalert provides an interface for alerts of Internet connected devices. Kodalert is a cloud based, open platform monitoring and alert system for the Internet ofThings in your physical world. Any Thing that can send an email or TCP messages including our SERVERS, other manufactures devices and people using email can use Kodalert. It can work for multiple remote locations, alert multiple users instantly using the rules you setup by text, email, smart phone Apps push notification or audible alarm instantly when something happens. 1. Alert Number 2, Test 3. Use 4. Rule
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SPECIFICATIONS: • 10M/100M RJ45 Internet interface with connection and activity LEDs • 2 1FormA relays 110/220 10A • 2 optically isolated digital inputs, 12V 1mA or pull down switch selectable • Status LEDs (pulse, bootloader, and locate) • Ethernet Bootloader (for server hardware code upgrade) • POE or 12VDC @500mA (nominal) • AC converter supplied, 100240VAC50/60Hz •Web interface w/basic authentication • Reset/Locate pushbutton (blue LED) • Working temperature from 0 to +70 Celsius • Storage temperature from 40 to +125 Celsius • Humidity from 10% to 80% noncondensing • Dimensions: 70mm x 100mm x 25mm • Supported Protocols: HTTP/SMTP/SNTP
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LINORTEK ONE (1) YEAR LIMITED WARRANTY LINORTEK’s warranty obligations for this hardware product are limited to the terms set forth below: LINOR TECHNOLOGY, INC. (“LINORTEK”) warrants this product against defects in materials and workmanship under normal use for a period of ONE (1) YEAR from the date of retail purchase by the original enduser purchaser (“Warranty Period”). A copy of a retail receipt is required as proof of purchase. If a hardware defect arises and a valid claim is received within the Warranty Period, at its option and to the extent permitted by law, LINOR will either (1) repair the hardware defect at no charge, using new or refurbished replacement parts, (2) exchange the product with a product that is new or which has been manufactured from new or serviceable used parts and is at least functionally equivalent to the original product, or (3) refund the purchase price of the product. When a refund is given, the product for which the refund is provided must be returned to LINOR and becomes LINORTEK’s property. The foregoing warranty is subject to Buyer’s (i) promptly written claim and (ii) timely provision to LINORTEK of an opportunity to inspect and test the Product claimed to be defective. Such inspection may be on Buyer’s premises and/or LINORTEK may request the return of the Product at Buyer’s expense. However, LINORTEK shall not be responsible for packing, inspection, or labour costs in connection with the return of Product. No Product shall be accepted for warranty service that is not accompanied by a Return Merchandise Authorization number (RMA#) issued by LINORTEK. EXCLUSIONS AND LIMITATIONS Software distributed by LINORTEK with or without the LINORTEK brand name (including, but not limited to system software) is not covered under this Limited Warranty. LINORTEK does not warrant that the operation of the product will be uninterrupted or errorfree. LINORTEK is not responsible for damage arising from failure to follow instructions relating to the product’s use. To assure conformance with operating limitations, Buyer should refer to the applicable data sheet and instruction book. LINORTEK MAKES NO OTHER OR FURTHER WARRANTY, EXPRESS OR IMPLIED, INCLUDING ANY WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR WARRANTY OF MERCHANTABILITY. IN NO EVENT SHALL LINOR BE LIABLE FOR SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, LOSS OF ANTICIPATED PROFIT, OR OTHER ECONOMIC LOSS OR FOR ANY DAMAGES ARISING IN TORT WHETHER BY REASON OF STRICT LIABILITY, NEGLIGENCE, OR OTHERWISE REGARDLESS OF WHETHER IT HAS BEEN APPRISED OF THE POSSIBILITY OF SUCH.
This document and the information contained herein is provided on an "As Is" basis and Linor Technology, Inc. disclaims all warranties, express or implied, including but not limited to any warranty that the use of the information herein will not infringe any rights or any implied warranties of merchantability or fitness for a particular purpose. Linor Technology, Inc. takes no position regarding the validity or scope of any intellectual property or other rights that might be claimed to pertain to the implementation or use of the technology described in this document or the extent to which any license under such rights might or might not be available; neither does it represent that it has made any effort to identify any such rights.
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