MONNIT Industrial Wireless Low Temperature Sensor
MONNIT Industrial Wireless Low Temperature Sensor is an industrial wireless low temperature sensor designed for monitoring extremely cold conditions. It uses a low temperature RTD probe and supports temperature measurement from -200°Celsius to +162°Celsius. The 3-foot, 10-foot and 25-foot probe provides flexibility for installations where the sensor electronics need to remain away from the measurement point. With ALTA 433 MHz wireless communication, it is suited to applications such as freezer and cooler monitoring and other low temperature measurement tasks.
The MONNIT Industrial Wireless Low Temperature Sensor provides wireless temperature monitoring for applications where the sensing point may be located away from the monitoring equipment. Its 3-foot, 10-foot and 25-foot probe allows the temperature sensing point to be positioned where required, while the ALTA 433 MHz wireless platform provides the sensor's communication link.
The supplied configuration includes wireless sensor mounting hardware, a pre-installed 3V industrial battery and a standard Di-pole SMA antenna. The model is supplied without certification.
How it works
- The temperature sensor uses its probe to monitor the temperature at the selected sensing point.
- The sensor communicates wirelessly using the ALTA 433 MHz frequency.
- The 3-foot, 10-foot and 25-foot probe provides additional reach between the sensor and the measurement point.
- Mounting hardware is included for installing the wireless sensor.
Why choose this product
- Suitable when wireless low temperature monitoring is preferred.
- The 433 MHz configuration is specifically listed by Monnit for Australia and the Asia-Pacific region.
Benefits
- Reduces the need for dedicated signal wiring between the sensor and monitoring equipment.
- Provides a practical option for monitoring temperature at locations that are not convenient for wired connections.
- Includes the battery, mounting hardware and antenna required for the supplied sensor configuration.