DT Series Temperature Compensated

Product Description
The DT Series of Temperature Compensated DC Current Transducers is ideal for energy management system inputs where the controller is designed to accept 333 mV signals, commonly found in power monitoring applications. Other output options available are a 0–5 VDC signal used in building energy management systems or a 0–10 VDC signal seen more often in industrial controllers. Additionally, this series features a patent-pending method that improves the sensor accuracy as the ambient temperature changes. The sensor output is automatically adjusted as the temperature increases or decreases, eliminating one of the biggest issues with Hall effect based products.
DC Current Transducer Applications
  • Photovoltaic Panel Output Measurement
    • The sensor output rises and falls as the panel produces more or less power.
  • DC Motors
    • Detects jams and overloads.
    • Provides early notification of impending bearing failure.
  • Electrical Heaters
    • Detects open or shorted elements quickly.


  • Voltage Output
    • 333mVDC, 5 or 10 VDC proportional to DC current.
    • Compatible with many monitoring systems.
  • 5 VDC Powered
    • Use with data collection systems.
    • Available with 333 mVDC output.
  • 12 VDC Powered
    • Available with 0.333, 5 or 10 mVDC output.
  • Ranges to Suit Your Needs
    • 0-50 A DC.
    • 0-100 A DC.
  • Temperature Compensated
    • Remains accurate with rise or fall of ambient temperature.
  • Built-in Mounting Feet
    • Simple, two-screw panel mount or attach with optional DIN rail brackets. (contact Aim Dynamics for more info)
  • Split-core Cas
    • Open to snap the sensor over existions conductor: no need to disconnect the load install.
  • Designed for UL, CUL and CE Approval
    • Accepted worldwide.

Data Sheet

Reader DT Series, Temperature Compensted

Additional information

Weight1 lbs
Dimensions3.5 x 2.25 x 1.25 in

0-50 A, 0-100 A

Output Signal

333 mVDC, 5 VDC, 10 VDC

Power Supply

5 VDC (0-0.333 VDC output only), 12 VDC (0-0.333, 0-5 or 0-10 VDC output only)