China 0.2 Grade Accuracy Digital Power Meter with 0.5Hz to 1000KHz Bandwidth and 5

0.2 Grade Accuracy Digital Power Meter with 0.5Hz to 1000KHz Bandwidth and 5" IPS LCD Display

Price Negotiable

Price: USD1000~USD1500

MOQ: 1 set

Delivery Time: 5-10 working days

Brand: Pego Electronics

Product Description

0.2 Grade Digital Power Meter with Bandwidth 0.5Hz to 1000KHz and Harmonic Testing Function

This multifunctional digital power meter measures power for single-phase (1P/2W) AC and DC power supplies with a test frequency range from DC 0.5Hz to 100kHz. Featuring a 5" IPS LCD display with 5-digit measurement capability, it provides high-precision measurements and simultaneous multi-parameter monitoring.

Key Features:

Waveform display for voltage, current, and power
Integral measurement function
Harmonic measurement and analysis (50/60Hz meets IEC61000-4-7 requirements)
External sensor input terminals
Multiple communication interfaces
High-precision measurement capability (0.2 grade)

Technical Specifications

Input Indicators

Item	Voltage	Current
Input type	Floating input via resistor divider	Direct input or sensor input
Input impedance	Approx. 2MΩ	Direct input: Approx. 500mΩ (200mA and below range), Approx. 50mΩ (0.5A and above range) Sensor input: about 100KΩ
Measurement range (RMS)	15V, 30V, 60V, 150V, 300V, 600V	Direct input: 5mA to 20A ranges Sensor input: 50mV to 10V ranges
Maximum continuous input	1.5kV Peak or 1kV RMS, whichever is smaller	30A Peak or 20A RMS (200mA and below) 100A Peak or 30A RMS (0.5A and above)

Voltage and Current Accuracy

Item	Specification
DC	±(0.1% reading + 0.2% range)
0.5Hz ≤ f ＜ 45Hz	±(0.1% reading + 0.2% range)
45Hz ≤ f ≤ 66Hz	±(0.1% reading + 0.05% range)
66Hz ＜ f ≤ 1kHz	±(0.1% reading + 0.2% range)
1kHz ＜ f ≤ 10kHz	±[(0.07×f)% reading + 0.3% range]

Active Power Measurement Accuracy

Item	Specification
DC	±(0.1% reading + 0.2% range)
0.5Hz ≤ f ＜ 45Hz	±(0.3% reading + 0.2% range)
45Hz ≤ f ≤ 66Hz	±(0.1% reading + 0.05% range)
66Hz ＜ f ≤ 1kHz	±(0.2% reading + 0.2% range)
1kHz ＜ f ≤ 10kHz	±(0.1% reading + 0.3% range) ±[0.067×(f-1)% reading]
10kHz ＜ f ≤ 100kHz	±(0.5% reading + 0.5% range) ±[0.09×(f-10)% reading]