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Solar Industrial Wireless Low Temperature Sensor


The Monnit industrial low temperature wireless sensor uses an RTD to accurately measure temperatures from -200°C to +162°C (-328°F to +325°F). Perfect for low temperature critical applications such as freezers and coolers. User customization allows you to set the frequency of sensor readings and create notifications from the system when certian criteria have been met or exceeded.

Solar Industrial Wireless Low Temperature Sensor - Solar Powered with Rechargeable 3.0V Grade Battery	Industrial Wireless Low Temperature Sensor,900MHz
Part No. Description Price Stock
MNS-9-LT-IN-LD-SOL Solar Powered with Rechargeable 3.0V Grade Battery Industrial Wireless Low Temperature Sensor,900MHz $304
MNS-8-LT-IN-LD-SOL Solar Powered with Rechargeable 3.0V Grade Battery Industrial Wireless Low Temperature Sensor,868MHz $304
MNS-4-LT-IN-LD-SOL Solar Powered with Rechargeable 3.0V Grade Battery Industrial Wireless Low Temperature Sensor,433MHz $314
∗ Standard lead time is 2 weeks

This industrial wireless sensor features a Lithium Iron Phosphate rechargeable battery in conjunction with a solar power cell to keep the battery charged and at optimal capacity. If there is no light present at the solar cell, the battery alone could continue to power the sensor for up to 5 years.

Packing List


  • Industrial Sensor
  • High Gain Antenna
  • Solar Panel (attached to housing)
  • Single 3V AA Battery (pre-installed inside sealed sensor housing)

Features


  • 900/868/433 MHz Operating Frequency
  • Rechargeable, Single AA, 2500mAH, 3.6V Battery
  • -40° to 85°C (-40° to 185°F)
  • 300 - 350 ft. non-line-of-sight device range*
  • Up to 5 Year Battery Life.**
  • IP66 NEMA 4X, CE rated, sealed, weatherproof enclosure.
  • External 3dBi RP SMA antenna (included)
  • -200°C to +162°C (-328°F to +325°F)
  • Accurate to +/- 0.3°C @ 0°C.
  • Good for extremely low temperature applications.
  • FCC and IC certified.

* Actual range may vary depending on environment.
** Battery life is determined by sensor reporting frequency and other variables.