GDSL primary current injection tester

GDSL primary current injection tester
Model:GDSL
Brand:HV HIPOT
Origin:Made In China
Category:Industrial Supplies / Electrical & Electronic Product Equipment
Label:primary current , high current , current generator
Price: -
Min. Order:1 pc

Product Description

GDSL series Automatic Primary Current Injection Test Set is an ideal equipment for any electrical deb ing that needs high current. The device is small, light, easy to operate and easy to maintain.

Features
320 × 240 LCD screen, high-speed thermal printer.
High-precision sensors and high-performance 14-bit AD acquisition chip.
Full keyboard operation, intelligent working process.
Three kinds of tests for option: Automatic boosting test, manual boosting test and impact quick break test.
Operating status is synchronously shown on the screen.
Perfect over-current protection. Output current value, current limit and withstand current time can be set randomly.
With functions of ground detection and zero detection, safe and reliable.
Automatic withstand current timing after reaching to target output current. After timing, the motor returns to zero automatically.
The motor returns to zero automatically if output current exceeds the set limit, with sound and light alarm.
Anti-interference design, suitable for harsh electromagnetic environment.
Automatic error diagnosis, easy to identify and solve problems.
Optional extended functions such as remote communications, calibration interface etc.

Specifications
Input voltage: AC220V ± 10% 50Hz ± 1.
Output current:: 0-15000A (according to customer demand).
Output Capacity: 0-1000kVA.
Output voltage: 6V-24V(according to customer demand).
Impact timing range: 0-999mS.
Ambient temperature: -20 ℃ to 50 ℃.
Current accuracy: ≤ 1.0% (F.S).

For more information please visit www.hvhipot.com

GDSL primary current injection tester 1

Member Information

HV Hipot Electric Co.,Ltd
Country/Region:Hu Bei - China
Business Nature:Manufacturer
Phone:85568138
Contact:Linda Huang (Sales)
Last Online:10 Feb, 2014