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Complete Automatic Transformer Testing System for Routine, Type and Special Tests – Advanced Transformer Comprehensive Test Bench for Factory Acceptance and Quality Control

Complete Automatic Transformer Testing System for Routine, Type and Special Tests – Advanced Transformer Comprehensive Test Bench for Factory Acceptance and Quality Control

Product Details:
Place of Origin: China
Brand Name: Sansion
Certification: CE SGS ISO9001
Model Number: SXBP
Detail Information
Place of Origin:
China
Brand Name:
Sansion
Certification:
CE SGS ISO9001
Model Number:
SXBP
Load Way:
Electronic Load
Dimensions:
800mm X 600mm X 1200mm
Control:
Computer Control
Power Supply:
AC 220V ±10%, 50/60Hz
Rated Power:
162 KVA
Regulator Capacity:
400kVA Continuous Adjustable Output
Test Functions:
Transformer Turns Ratio, Vector Group, Winding Resistance, No-load Loss, No-load Current, Load Loss, Short-circuit Impedance, Power-frequency Withstand, Induced Voltage Test, Insulation Resistance, Capacitance And Tan Delta, Temperature Rise Testing
Test Sequence:
Routine Test Workflows, Test Sequence Management, Transformer Nameplate Information, Automatic Measurement, Automatic Calculations, Data Storage, Report Generation, Test Record Traceability
Highlight:

High Light

Highlight:

automatic transformer testing system

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transformer comprehensive test bench

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transformer test bench with warranty

Trading Information
Minimum Order Quantity:
1
Packaging Details:
plywood case
Delivery Time:
30 work days
Payment Terms:
L/C,T/T
Product Description
Product Description

The Complete Automatic Transformer Testing System is a comprehensive solution for transformer manufacturers that need to perform routine, type and selected special tests within a coordinated testing environment.

The system can be configured from a basic routine test platform to a more advanced transformer laboratory testing system.

Routine Tests
  • Turns ratio
  • Vector group
  • Winding resistance
  • No-load loss
  • No-load current
  • Load loss
  • Short-circuit impedance
  • Power-frequency withstand voltage
  • Induced voltage withstand
Type and Advanced Tests

Depending on configuration:

  • Temperature rise test
  • Partial discharge test
  • Capacitance and dielectric loss
  • No-load harmonic analysis
  • Zero-sequence impedance
  • Lightning impulse testing
  • Other special transformer tests

Industry comprehensive test-bench configurations show that routine, type and special tests can be combined depending on the transformer and project requirements.

Designed for Quality Control

The system can help manufacturers establish a consistent transformer testing workflow:

Transformer Information → Test Selection → Automatic Measurement → Data Processing → Result Evaluation → Report Generation

This structure is particularly useful for factories producing multiple transformer models and requiring standardized quality-control procedures.

Key Benefits
  • Comprehensive testing in one platform
  • Automated test sequence
  • Centralized control
  • Reduced manual calculation
  • Reduced repetitive wiring
  • Digital data management
  • Automatic test reports
  • Expandable testing functions
  • Customized configuration
FAQ

Q: What is the difference between a transformer tester and a transformer comprehensive test bench?
A: A transformer tester may focus on one specific parameter, while a comprehensive test bench integrates multiple transformer testing functions into one coordinated system.

Q: Can this system perform routine and type tests?
A: Yes, depending on the configuration. Routine tests can form the basic system, while additional hardware can be added for selected type and special tests.

Q: Can the system test both power and distribution transformers?
A: Yes, provided the system is configured for the required voltage, capacity and test parameters.

Q: Can the system be expanded in the future?
A: Expansion depends on the initial hardware architecture. For a customized project, expansion interfaces can be reserved where appropriate.

Q: How do I get the correct configuration?
A: Send the transformer rated capacity, voltage level, transformer type, required test items, applicable standards and factory power supply. The engineering team can then determine the appropriate system configuration.