Three-phase high current generator | riser manufacturers

Three-phase high current generator | riser manufacturers

15000 CNY (2184.05USD)

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Product parameters:

  • Customization: Yes
  • Type: digital current measuring instruments
  • Brand: Yu De
  • Model: YD
  • Measuring range: 50-10000
  • Accuracy: 0.1
  • Power: 1
  • Power supply voltage: 1, 220V / 380V ± 10% 50HZ
  • Dimensions: 1


one, Overview

High current generator is based on the power sector and industrial and mining enterprises in the electrical equipment test such as: a variety of switches, current transformers and other electrical equipment for current load test and temperature test and specially designed and manufactured specialized equipment.

This series of products depending on the product size, weight using split / integrated structure, with the output current stepless adjustment, current rise and fall, load range, reliable, easy operation, security and other characteristics of industrial and mining enterprises to rise or temperature L test the ideal equipment.

two, The main technical parameters

Model
Specifications

Rated Capacity
(KVA)

Rated input

Rated output

Impedance voltage
%

No-load current
%

structure
form

Regulator

Riser

Current
A

Voltage
V

Current
KA

Voltage
V

SLQ-5/1000

5

5

22.7

220

0.5/1

10/5

< 8

< 6

One body / split

SLQ-10/2000

10

10

26.3

380

1/2

10/5

< 8

< 6

Split

SLQ-20/4000

20

20

52.6

380

2/4

10/5

< 8

< 6

Split

SLQ-25/5000

25

25

65.8

380

2.5/5

10/5

< 8

< 6

Split

SLQ-50/10000

50

50

125

400

5/10

10/5

< 8

< 6

Split

Note: 'Nominal output', the left is in series; the right side of the output parameters for the parallel.

three, Use the environment

1, the working power: 220V / 380V ± 10% 50HZ

2, ambient temperature: -10 ℃ ~ 40 ℃

3, the product should be around the serious impact of transformer insulation gas vapor, chemical deposition of dust, dirt and other explosive media sites.

four, working principle

This series of products connected to the power supply, by adjusting the regulator output voltage to obtain the test required high current. The working principle is as follows: