Prowinch is a UL 508A / File No. E524056 Certified Industrial Control Panel (ICPs) manufacturer for United States and Canada with in-house electrical engineers and designers specialized in most types of Cranes, Winches and Hoists controllers offering Complete turnkey solutions and products with multiple optionals to meet applicable UL safety requirements. All our UL508A Control Panels are assembled and tested by Prowinch in our Certified Facility in Miami, USA.

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Home / Shop / Smart Control and Monitoring Systems Antennas, Sensors and Accessories / PW-MCAMS Antennas and Sensors

Current Sensing Board with 3 Line 0-25 AMP Sensor for PW-MCAMS-001-01

SKU: PW-MCAMS-007-01
$191.65 USD
20 expected before Fri. Feb 14

Key features

  • Triple 0-25 AMP Current Sensing: Equipped with three independent sensors, this board allows for simultaneous monitoring of up to three different current lines, each with a measurement range of 0 to 25 amperes. Perfect for multi-phase systems or applications that require monitoring of multiple power
  • Three-Line Integration: Designed to measure current across three separate lines, this board is ideal for systems where multiple power sources or circuits need to be monitored independently, enhancing control and diagnostics for complex applications.
  • Seamless Integration with PW-MCAMS-001-01: The board is easily integrated with the PW-MCAMS-001-01 main carrier board, enabling quick and simple expansion of system capabilities. The current sensing board communicates directly with the main board to provide real-time data for power monitoring and op

Current Sensing Board Description

The Current Sensing Board with 3 Line 0-25 AMP Sensor is an advanced expansion board designed to work seamlessly with the PW-MCAMS-001-01 main carrier board. It features three independent current sensors, each capable of measuring electrical currents in the range of 0 to 25 amperes. This board is ideal for applications that require monitoring of multiple current lines simultaneously, providing real-time feedback on power usage, fault detection, and system optimization in industrial, IoT, and automation systems.
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