EM-06 Three-Phase Digital Multifunction Power Meter for Voltage and Current Monitoring

Product Features

The EM-06 is a digital multifunction power meter designed for electrical parameter measurement and monitoring in three-phase power systems. The front panel features three display areas for line-to-line voltage, with clearly marked L1-L2, L2-L3 and L3-L1 phase combinations.

The meter also provides three dedicated display areas for current measurement, with the current unit indicated as kA. Additional indicators on the front panel include V and Hz, providing a clear interface for electrical parameter monitoring.

The front panel is equipped with four control buttons, including left and right selection buttons, a SET button and a confirmation button, providing convenient operation and parameter setting.

Application

Suitable for three-phase electrical control panels, power distribution systems, industrial equipment and electrical monitoring applications where multiple electrical parameters need to be monitored.

The EM-06 can be installed in electrical cabinets and control panels to monitor line-to-line voltage and current across a three-phase electrical system, helping operators observe the operating condition of the power system.

Specifications

Model: EM-06

Product Type: Three-Phase Digital Multifunction Power Meter

Voltage Measurement: L1-L2 / L2-L3 / L3-L1

Current Measurement: Three-phase current

Voltage Unit: V

Current Unit: kA

Frequency Indication: Hz

Display: Multiple digital display areas

Control Interface: 4 front-panel buttons

Brand: Bentong Electric

Product Details

The EM-06 adopts a compact panel-mounted structure with a white outer frame and black front panel. Multiple digital display areas are arranged clearly on the front, providing separate viewing areas for voltage and current measurements.

The three voltage displays correspond to L1-L2, L2-L3 and L3-L1, while the three current displays are arranged on the right side of the panel. The front panel also provides V, Hz and kA indications for easy identification of the monitored electrical parameters.