I. Overview

1.Use

HZDL-200III high current generator (referred to as three-phase current booster) is a test equipment developed by our company. It integrates the advantages of similar products at home and abroad. It adopts numerical control technology and has strong anti-interference ability. Compared with the converter, the converter has the advantages of large output power, small size and light weight due to the use of low power consumption, large capacity self-coupling voltage regulator and high magnetic permeability iron core. Mainly used for thermal relay, motor protector, contactor, circuit breaker, air switch, switch cabinet, circuit breaker, protection screen calibration.

2.Features

◆ Using beautiful and elegant PVC panel

◆ Display the primary current directly, which is convenient for test observation and recording.

◆ High measurement accuracy: 0.5 class

◆ High power, small size and strong load capacity

◆ Small size and light weight, the volume is only 30% to 70% of similar products, and it is very convenient to move.

II. Technical characteristics

1.Name and Classification

（1）Name: HZDL-200III Three-phase Primary Current lnjection Tester.

（2）Environmental category: It belongs to the group III instruments in GB61087.1-86 "Environmental Test of Electronic Measuring Instruments" (can be used in outdoor environment).

2. 1 Input voltage: AC 380/220V 100Hz three-phase four-wire

2. 2 Power: 1KVA 1*3

2. 3  Output current: AC0～200A *3 steplessly adjustable, panel with digital ammeter

2. 4  Output voltage: (>3V)

2. 10 Output waveform: The output current is a standard sine wave with tiny burrs, which is better than the power system requirements and standards, and the ripple coefficient is less than 0.3%. Standard sine wave.

2. 6  Measurement accuracy: (using 0.2S grade material) is actually around 0.3; each current can be adjusted smoothly and continuously, with an accuracy higher than 0.10.

2. 7 Output current mode: the true RMS value is continuously adjustable;

2.8  Current stability: 0.2%

2.9  Structural form: one piece

2.10 Wiring method: according to requirements 2.12 Protection settings: overcurrent, overvoltage