Primary Current Injection Test Set

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Primary Current Injection Test Set
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MESQL-W82-500A High-Current Generator is a specialized testing equipment for power and industrial enterprises. Its modular/integrated design adapts to diverse scenarios, featuring stepless current adjustment with smooth ramp-up. Safe and simple operation ensures reliable performance, efficiently meeting electrical load and temperature rise testing requirements.
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High Current Generator
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Description

MESQL-W82-500A High Current Generator

 

Product Introduction

 

The MESQL-W82 Series High-Current Generator is a specialized device designed and manufactured for electrical equipment testing in power departments and industrial enterprises. It is suitable for current load testing and temperature rise testing of various switches, current transformers, and other electrical equipment.

This series features either split-type or integrated-type structures based on volume and weight variations. It offers stepless output current adjustment, smooth current ramp-up, wide load variation range, reliable operation, and simple, safe handling. It serves as a current source device for current rise or temperature rise testing in industrial and mining enterprises.

 

Product Parameter (specification)

 

Model

Rated capacity

(KVA)

Booster

Rated Input

Booster

Rated output

Impedance voltage %

No-load current %

structure

form

Adjust

Pressure

instrument

Lift

flow

instrument

Current (A)

Voltage (V)

Current (KA)

Voltage

(V)

MESQL-6/500

6

6

27.2

220

0.5

12

>8

>6

Integrated

MESQL-3/1000

3

3

13.60

220

0.5/1

6/3

>8

>6

Whole/Separate

MESQL-6/2000

6

6

27.30

220

1/2

6/3

>8

>6

Whole/Separate

MESQL-12/4000

12

12

30

400

2/4

6/3

>8

>6

Whole/Separate

MESQL-15/5000

15

15

37.5

400

2.5/5

6/3

>8

>6

Split

MESQL-150/25KA

150

150

375

400

25

6

>8

>6

Split

 

Product feature and application

 

1. **Precision Application Scenarios**: Specifically designed for electrical equipment testing in power departments and industrial/mining enterprises, it meets current load and temperature rise testing requirements for various switches, current transformers, and other electrical devices, serving as a highly targeted specialized testing equipment.

2. **Flexible and Diverse Structure**: Features either a split-type or integrated design based on product size and weight, adapting to different usage scenarios (e.g., smaller capacity models typically use integrated design, while larger capacity models use split-type). This facilitates transportation, installation, and operation.

3. **Convenient Output Adjustment**: Supports stepless adjustment of output current. By regulating the voltage regulator, current can rise smoothly without segmented switching, precisely matching the varying current values required for different tests.

4. **Broad Load Adaptability**: Accommodates a wide range of load variations, supporting testing needs for electrical equipment of multiple specifications. It provides stable adaptation for both low-current load testing and high-current temperature rise testing.

5. **Safe and Reliable Operation**: Features comprehensive safety design requiring reliable grounding for use. Equipped with zero-position switches and emergency stop logic to prevent safety risks from misoperation. High operational stability minimizes failures during testing, ensuring smooth trial progression.

6. **Intuitive Operation**: Features clear operational procedures (continuous current ramp-up and sudden current injection methods), complemented by intuitive indicators and gauges. Operators can master the system after brief familiarization without extensive specialized training.

7. **Superior Performance Parameters**: Impedance voltage >8%, no-load current >6%. Maintains stable output performance within rated parameters, ensuring accurate and reliable test data.

 

Prodection details

 

Suitable for the power sector and industrial and mining enterprises, this equipment is used for current load testing and temperature rise testing of electrical devices such as switches and current transformers.

 

Company Qualifications

 

 

FAQ

1)What are the structural design features of the MESQL-W82-500A high-current generator?

Answer: This series adopts either a modular or integrated structure based on volume and weight variations, balancing transportation, installation, and operational convenience across diverse application scenarios. It accommodates testing requirements ranging from small to large capacities.

2)What are the two core operating methods for the MESQL-W82-500A high-current generator?

Answer: The core operating methods include continuous current ramping and surge current generation. Both methods require adherence to fundamental safety protocols such as proper grounding and setting the voltage regulator to zero. These methods respectively meet the requirements for routine continuous current testing and surge current testing.

3)What environmental requirements must be observed when storing the MESQL-W82-500A high-current generator?

Answer: The equipment should be stored indoors in a clean, well-ventilated, and dry environment, away from damp or explosive conditions. Keep the product surface clean and dry to prevent environmental factors from causing equipment failure or performance degradation.

 

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