UNPQA Series Intelligent Power Quality Analyzer manufacturer from China Wuhan Unique Mechanical and Electrical Equipment Co.,Ltd.

UNPQA Series Intelligent Power Quality Analyzer

Price:	500.0 USD
Payment Terms:	T/T
Place of Origin:	Hubei, China (Mainland)


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Product Detail

Means of Transport: Ocean

Packing: Plywood case

Production Capacity: 10 sets/month

Delivery Date: 60 days for OEM, 7 days for...

UNPQA Series Intelligent Power Quality Analyzer

General information:

UNPQA Series Intelligent Power Quality Analyzer is specifically for waveform distortion occurs detection grid, high-precision test instrument harmonic content of voltage fluctuation and flicker and phase imbalance of power quality problems.
Features:
1. Small volume, light weight

2. Build-in Li-battery

3. Multiparameter

4. Can set up different storage time interval

5.5.7 inch large LCD

6. Large data storage

Specification:

Input data: Voltage: 0-400V(auto) Current: (clamp type) 5A/25A 100A/500A 400A/2000A Phase angle testing range: 0~359.99° Frequency testing range: 45~55Hz Voltage channels: Ua Ub Uc three channels Current channels: Ia Ib Ic three channels	Accuracy: (1)Voltage:±0.2% Frequency:±0.01Hz Current/power:±0.5% phase:±0.2 (2) Fundamental voltage error<=0.5%F.S. Fundamental current error: <=1%F.S. Phase range between voltage and current: <=0.2° Harmonic voltage measurement error: <= 0.1% Harmonic current measurement error: <= 0.2% Three-phase voltage unbalance error: <= 0.2% Voltage deviation error: <= 0.2% Voltage fluctuation error: <=0.2%

Input data:
Voltage: 0-400V(auto)
Current: (clamp type) 5A/25A
100A/500A 400A/2000A
Phase angle testing range: 0~359.99°
Frequency testing range: 45~55Hz
Voltage channels: Ua Ub Uc three channels
Current channels: Ia Ib Ic three channels

Accuracy:
(1)Voltage:±0.2%            Frequency:±0.01Hz
    Current/power:±0.5%  phase:±0.2
(2) Fundamental voltage error<=0.5%F.S.
     Fundamental current error: <=1%F.S.
     Phase range between voltage and current: <=0.2°
     Harmonic voltage measurement error: <= 0.1%
     Harmonic current measurement error: <= 0.2%
     Three-phase voltage unbalance error: <= 0.2%
     Voltage deviation error: <= 0.2%
     Voltage fluctuation error: <=0.2%