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Wireless 0-20 mA Current Meters


Monnit wireless 0-20mA current meters are capable of measuring the current off another device or sensor, up to 20mA (DC), by connecting the leads of the sensor to the positive and ground terminals of the device being measured. Examples of interfacing devices include, but are not limited to: Current transducers (CTs) with outputs up to 20 mA, pH sensor, dissolved oxygen sensor, pressure sensor, magnetic flow meters, velocity or acceleration sensors, industrial vibration sensors, industrial accelerometers, any kind of sensor that specifies the output is in (mA) within the range of 0 - 20.

Wireless 0-20 mA Current Meters - Commercial Grade, CR-2032 Battery Powered Wireless 0-20 mA Current Meters,900MHz
Part No. Description Price Stock
MNS-8-MA-W1-LD Commercial Grade, CR-2032 Battery Powered Wireless 0-20 mA Current Meters,868MHz $49
MNS-X-W1-MA-020 Commercial Grade, CR-2032 Battery Powered Wireless 0-20 mA Current Meters,900MHz $49
MNS-4-MA-W1-LD Commercial Grade, CR-2032 Battery Powered Wireless 0-20 mA Current Meters,433MHz $59
∗ Standard lead time is 2 weeks

WARNING: Use caution when interfacing to the Monnit 0-20mA Current meter. Negative voltages, any kind of AC Voltages, or DC Voltage exceeding 3.6V WILL DAMAGE the electronics of the wireless sensor. BiPOM is not responsible for troubleshooting, replacing or reimbursing damages incurred by disregarding this warning.

Packing List


  • Wireless Sensor
  • CR2032 Coin Cell Battery
  • Mounting Screws
  • Mounting Tape

Features


  • 900/868/433 MHz Operating Frequency
  • Replaceable 3.0V Coin Cell Battery
  • 250 - 300 ft. non-line-of-sight device range*
  • At 1 hour heartbeat setting, coin cell battery will last ~ 1-2 Years. **
  • FCC and IC certified.
  • Interfaces with sensors between 0-20 mA.
  • Small size is ideal for embedded applications.
  • User defined thresholds for alerts and notifications.

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