TLM Series LoRa Modems and LoRaWAN EndNode Modems
TLM Series LoRaWAN EndNode Modems can create a link between field devices and LoRaWAN server.
Field devices with TCP/IP connectivity can be read via Modbus TCP protocol and data can be sent to LoRaWAN Server. Field devices with RS232/RS485 Serial interface can be read via Modbus RTU protocol and data can be sent to LoRaWAN Server as well. Up to 64 Modbus devices in the field can be connected to LoRaWAN Server via TLM Series LoRaWAN EndNode Modems. Modbus Query interval and LoRaWAN minimum data send interval can easily be configured for each query on TLM web interface and user can also configure Modbus Query for each device by selecting address, function code, data address, total number of data and time out interval.
Function codes
1: Read Coils Status
2: Read Input Status
3: Read Holding Registers
4: Read Input Registers are supported.
LoRaWAN Downlink messages can be used to send Custom Modbus Commands remotely to control field TCP/IP and RS232/RS485 devices from LoRaWAN Server Side. Function codes 1-2-3-4 are supported and additionally:
5: Force Single Coil
6: Preset Single Register are supported for remote control.
Transparent connection between field devices and applications and LoRaWAN server is also available. In this function, TCP/IP or RS232/RS485field devices can send data to LoRaWAN Server as it is.
TLM Series LoRa Radio Modems can create a LoRa Based RF network and connect Serial and/or ETH based devices with each other. All communication can be done over Radio Frequency network, based on LoRa standard. TLM Series LoRa Based RF Modems can act as TCP to Lora Modem as TCP Server, TCP to Lora Modem as TCP Client or Serial to LoRa Modem all in one device.
Typical applications: Automated Meter reading, Wireless networks, Home – Building – Industrial Automation, Remote Control, Wireless Sensors, Telemetry, Wireless Alarm and Security Systems…
TLM models with Broadband Power Line (BPL) link can communicate with full transparent TCP/IP standard over Low Voltage power lines and allows easy connection between TCP/IP based terminals without use of extra cables.
TLM Series LoRaWAN EndNode Modems can create a link between field devices and LoRaWAN server.
Field devices with TCP/IP connectivity can be read via Modbus TCP protocol and data can be sent to LoRaWAN Server. Field devices with RS232/RS485 Serial interface can be read via Modbus RTU protocol and data can be sent to LoRaWAN Server as well. Up to 64 Modbus devices in the field can be connected to LoRaWAN Server via TLM Series LoRaWAN EndNode Modems. Modbus Query interval and LoRaWAN minimum data send interval can easily be configured for each query on TLM web interface and user can also configure Modbus Query for each device by selecting address, function code, data address, total number of data and time out interval.
Function codes
1: Read Coils Status
2: Read Input Status
3: Read Holding Registers
4: Read Input Registers are supported.
LoRaWAN Downlink messages can be used to send Custom Modbus Commands remotely to control field TCP/IP and RS232/RS485 devices from LoRaWAN Server Side. Function codes 1-2-3-4 are supported and additionally:
5: Force Single Coil
6: Preset Single Register are supported for remote control.
Transparent connection between field devices and applications and LoRaWAN server is also available. In this function, TCP/IP or RS232/RS485field devices can send data to LoRaWAN Server as it is.
TLM Series LoRa Radio Modems can create a LoRa Based RF network and connect Serial and/or ETH based devices with each other. All communication can be done over Radio Frequency network, based on LoRa standard. TLM Series LoRa Based RF Modems can act as TCP to Lora Modem as TCP Server, TCP to Lora Modem as TCP Client or Serial to LoRa Modem all in one device.
Typical applications: Automated Meter reading, Wireless networks, Home – Building – Industrial Automation, Remote Control, Wireless Sensors, Telemetry, Wireless Alarm and Security Systems…
TLM models with Broadband Power Line (BPL) link can communicate with full transparent TCP/IP standard over Low Voltage power lines and allows easy connection between TCP/IP based terminals without use of extra cables.
