Related Manuals for Linortek iTrixx WFMN-DI
Summary of Contents for Linortek iTrixx WFMN-DI
- Page 1 WFMN Hour Meter User Manual www.linortek.com For iTrixx WFMN-DI and iTrixx WFMN-ADI Rev. D 7/2023...
- Page 3 Hour Meter is configured via WiFi using a Telnet client and communicates its data via UDP and can also communicate via TCP. The Linortek iTrixx WFMN-DI has two digital inputs, and two 5V signal relay outputs. The iTrixx WFMN-ADI has 2 analog inputs in addition to the digital inputs and relay outputs.
-
Page 4: Table Of Contents
Contents LINORTEK ONE-YEAR LIMITED WARRANTY ........................1 End-User License Agreement for Linortek Software and Documentation ..............3 Precautions and Disclaimers ............................6 Connecting iTrixx to WiFi Network ..........................8 Wiring your iTrixx Server ............................... 8 Digital Inputs ................................8 Analog Inputs ................................9 Relay Outputs ................................ -
Page 5: Linortek One-Year Limited Warranty
Linortek and becomes Linortek’s property. The foregoing warranty is subject to Buyer’s (i) prompt 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. - Page 6 15. Servicing – Do not attempt to service to this product yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing of the product to Linortek. 16. Damage Requiring Service – Unplug the product from the outlet and refer servicing to Linortek Customer Support under the following conditions: When the power-supply cord or plug is damaged.
-
Page 7: End-User License Agreement For Linortek Software And Documentation
24VAC solenoid to water flow control. Only qualified electricians may wire a line voltage device. Additionally, local codes must be followed including but not limited to wire gauge size and suitable housing. Linortek assumes no responsibility for harm to the user or third parties for improperly using our Products. - Page 8 5. Termination. This EULA is effective from the date you first use the Software and will continue for as long as you own the Linortek Product associated with it or until you or Linortek terminate this agreement under this section. You may terminate this EULA at any time upon written notice to Linortek at the address provided below.
- Page 9 Convention on Contracts for the International Sale of Goods shall not apply. You agree that regardless of any statute or law to the contrary, any cause of action against us arising out of or related to the Linortek website, the Software or the Linortek Products must commence within one (1) year after the cause of action accrues or such cause of action shall be permanently barred.
-
Page 10: Precautions And Disclaimers
Precautions and Disclaimers 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’... - Page 11 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.
-
Page 12: Connecting Itrixx To Wifi Network
Connecting iTrixx to WiFi Network After powering on the iTrixx server, you then need to connect it to your network. To connect your server to your network, follow the steps below: Push and hold the DFLT button until the blue LED starts flashing. Your device is now in Provisioning Mode. You now have 2 minutes to configure connect to your network before this mode times out. -
Page 13: Analog Inputs
Finding the IP address The easiest way to find your server’s IP address is by using the Linortek Hour Collector app. It will automatically display upon connecting to your network, or if already connected, press the RESET button and it will identify upon reboot. You may also find your device’s IP address by signing on to your router and searching the list of connected devices. -
Page 14: Telnet
2. Input Information IP Address 4. Relay Information Meter Name 6. Sensor Information Date/Time 8. Port Number (if ported) Meter 1 Information 10. MAC Address Meter 2 Information Clicking the DATA SELECTION button, you can check or uncheck which information you want to display on the Collector window. The "Write All Data"... -
Page 15: Configuring Your Itrixx Server
You can also download a TCP Telnet app for a mobile device to be able to send Telnet commands to the WFMN provided the mobile device is also connected to the same WiFi network (does not work on cellular network). Configuring your iTrixx Server To configure your server, you will need to issue commands via the Telnet terminal. -
Page 16: Setting Triggers
Setting Triggers After configuring your iTrixx server, you can configure triggers to activate the different features of your device. Trigger syntax consists of 3 variables: a source (what activates the trigger), a value (the required condition of the source), and the target (what to do). -
Page 17: Targets
(0 or 1)> • mqttport=<broker port number> Ex: mqttssl=1 Ex: mqttport=1883 • mqttperiod=<report frequency (seconds)> • mqttuser=<client ID> Ex: mqttperiod=60 Ex: mqttuser=clientname For more information about setting up an MQTT broker, please refer to the iTrixx MQTT documentation at: https://www.linortek.com/downloads/documentations/. -
Page 18: Available Commands
new NTP host set: 'pool.ntp.org' Example (2) (DHCP): Available Commands > > ifconfig=dhcp timezone Example (2) (Clear NTP host): > ntphost= > Set time-zone offset (supported values: -11 .. 11) dumpconfig new NTP host set: '' Example: Dump current configuration in the >... - Page 19 > mqtthost=mqtt.frankmueller.us Example: > > hourspreset=1,11:59:59 new MQTT broker host set: emailsmtphost 'mqtt.frankmueller.us' presetting hour meter data on Sets host name of SMTP server > channel 1 to 11:59:59 Example: > hourspreset=1 > emailsmtphost=example.com mqttport presetting hour meter data on >...
- Page 20 trigger[2]: din.2,low,report > dinfreqcorrect trigger[3]: din.1,high,report voltmoncorrect=<multiplier>[,<offset Configure DIN frequency corrector. trigger[4]: din.1,low,report >] Corr= freq * multiplier + offset. trigger[5]: din.1,high,hm.1 Example: Syntax: trigger[6]: din.2,low,hm.2 > voltmoncorrect=1.05,2.00 dinfreqcorrect=<channel>,<multiplier trigger[7]: din.1,low,relay.2 >,<offset>. Offset by default is 0. > > Example: dinfreqcorrect=1,7.8,9.6 triggerdelete esfid...
-
Page 21: Board Reference Layout
• Brown – DIN 2 A • Blue – DIN 2 C This document can be found at: www.linortek.com/downloads/documentations/ If you need assistance with your device please visit www.linortek.com/technical-support Linor Technology, Inc July 2024 Information subject to change without notice... - Page 22 Appendix A ## `report` Print report in json format Report includes: • board name (see `server`) • destination IP address • destination UDP port • MAC address • current time • digital inputs status • relays status • analog sensors (voltage monitor, temperature sensor, AIN1, AIN2) •...
- Page 23 "device_id": "802d423485ab", Device ID (same as MAC address) "device_name": "U300-HTTPS", Device name "mac_address": "80:2D:42:34:85:AB", Device MAC address "local_time": "20230124T173835-0500", Time on device (GMT + timezone) "uptime": "45255", System uptime "device_location": "unknown", Not used "g_max": "1.00G", Accelerometer threshold "g_xyz": "-0.1G,-0.2G,4.0G", Accelerometer value "status": { "ip": "172.16.10.110", Device IP address...
- Page 24 Appendix B # Triggers configuration (v0.62.3) This document describes how to configure triggers with `trigger`, `triggerclear` and `triggersdump` commands. Trigger is a configuration object which consists of *source*, *condition*, and *target*, where *source* is the source of event, *condition* is a condition against which *source's* input is tested, and *target* is an action which is taken when *condition* becomes active (true).
- Page 25 ### *condition* description Conditions are tested against *source* input value and when it becomes true, *target* is activated. When condition becomes false, *target* is deactivated. There are different *condition* descriptors for different *source* value types. #### bool conditions For *bool* type sources, bool condition format must be used. `<bool_active_value>` (see table above) can take 2 values: `high`, or `low`.
- Page 26 **NOTE**: `eq`, `neq` and `every` operation does not allow to provide *inactive_threshold* and it is always implicitly set to the same value as *active_threshold*. Example: configure a trigger which sends *report* when *hour meter 1* reading becomes greater than *3600* seconds: trigger=hm.1,gt.3600,report Example: configure a trigger which activates *relay 1* when *AIN 1* reading becomes greater than *2.2* and deactivates it when *AIN 1* reading becomes less that or equal to...
- Page 27 Example: make `report` every 30 minutes starting from now: trigger=time,00.30,report Example: make `report` every 1.5 hours starting from 8th Apr 2020, 18:00 (local time): time,01.30:20200408T1800,report Example: activate `relay.1` at 4th July 2020, 00:00 local time: time,:20200704T0000,relay.1 ### *target* descriptor Target descriptor consists of target identifier and optional channel number which are separated with period.
Need help?
Do you have a question about the iTrixx WFMN-DI and is the answer not in the manual?
Questions and answers