Product Overview:
The Chroma 66204 power meter is designed for multiphase power measurement applications. The wiring mode function allows users to make accurate power measurements for various wiring modes 1P2W/1P3W/3P3W/3V3A/3P4W and provides accurate standard power measurements common to most electrical devices. The 66204 is unique in its state-of-the-art DSP digitization technology. An internal 250-bit analog/digital converter with sampling rates up to 16kHz provides high-speed and high-precision measurements.
The instrument includes a four-part display screen with 7-segment LED front panel readings. The 66204 meter provides the user with two standard versions of the remote interface (via the rear panel connection) configured as USB with GPIB or USB with CAN.
The 66204 is suitable for desktop or system integration. The power meter is able to support external shunts and CTS for higher current applications. The 4-channel 66204 is suitable for input and output parameter measurements, and the efficiency of the three-phase PV inverter can be calculated by measuring the DC voltage/current at the input side of the inverter. At the same time, the 66204 uses a 2-shunt design to provide high accuracy readings for low and high current measurements. The power meter also supports functions such as surge current, V/I total harmonic distortion, and energy measurement.
Features:
Voltage range: 15/30/60/150/300/600 VRMS, 1200 VRMS / 1800 VRMS (optional suite)
Current scope: 0.005/0.02/0.5/0.05/0.2/2/5/20 very different
Frequency range: DC,10Hz-10kHz
Embedded high-speed DSP, 16-bit analog/digital converter
5mA minimum current range and 0.1mW power resolution
Complies with ENERGY STAR/EN 50564/IEC 62301/ErP/SPEC Power standards
The cumulative capacity method for unstable power measurements is included
User-defined criteria provide automatic PASS/FAIL indications
THD and user-specified order distortion measurements
Voltage/current harmonics are measured up to 50 orders of magnitude
Supports ultra-high precision DCCT optional kits for high current measurement applications