Description TBS-220 geomagnetic vehicle detector is fully compatible with LoRaWAN™ technology. It takes about 6~8 seconds to detecting car presences and send parking spaces status (battery information, alarm information, detecting…
read moreDescription CM868LRCB is a magnetic door Device for outdoor environments available to detect opening or closure of doors and windows. The radio transmission is based on the new disruptive LoRaTM…
read moreDescription LPN Modbus Bridge is a general LoRaWAN™ device that act as Modbus Master on the RS-485 bus. The radio transmission is based on LoRaWAN™ long range technology at EU863-870 MHz…
read moreDescription LPN Lighting Bridge is a general LoRaWAN™ device used for the control of DALI lights, it can be connected to a PIR sensor. The radio transmission is based on LoRaWAN™…
read moreDescription LPN CM-1 is a general LoRaWAN™ device used for the detection of Temperature and Humidity. The radio transmission is based on LoRaWAN™ long range technology at EU863-870 MHz and US902-928MHz.…
read moreDescription LPN MS3 is a general LoRaWAN™ device used for the detection of Temperature, Humidity, Brightness, GPS Tracking, measuring the position using an Accelelometer and measuring the magnetism with a Magnetometer.…
read moreDescription LPN DI is a general LoRaWAN™ device that handle two digital inputs, by counting them and logging of last inputs change. The radio transmission is based on LoRaWAN™ long range technology…
read moreDescription LPN DO is a general LoRaWAN™ device with two solid state relays outputs (24VDC/500mA), with integrated aerial for optimum radio performance. The radio transmission is based on LoRaWAN™ long range…
read moreDescription LPN AI is a general LoRaWAN™ device that transform any type of analog sensor (0/10 V, 0/20 mA) in a remote wireless sensor. The radio transmission is based on LoRaWAN™…
read moreDescription CAL-C is a Menowatt device model for noise pollution detection. The radio transmission is based on LoRaTM, a long range technology with a frequency of 868MHz. Thanks to the…
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