Product Overview
The SXBZ Series Transformer Comprehensive Test System brings selected testing and measurement functions together in an integrated platform designed for transformer manufacturers, maintenance facilities, and electrical testing laboratories.
The system combines measurement instruments, power supply components, test transformers, sampling units, and control cabinets according to the required configuration. Its computer-based measurement and control architecture supports centralized operation of the connected equipment.
Key Features
1. Coordinated Measurement and Control
The computer-based control architecture provides a centralized approach to operating the configured testing equipment. This helps organize test operations and manage the relevant measurement functions from a common operating platform.
2. Multiple Measurement Capabilities
The system can incorporate compatible instruments for different transformer testing requirements. Depending on the supplied configuration, these may include DC resistance measurement, turns ratio measurement, and electrical parameter analysis.
3. Configurable High-Voltage Testing
With suitable test transformers and associated equipment, the system can be configured for applicable high-voltage testing procedures.
4. Integrated Equipment Management
The combination of measurement instruments, power equipment, and control cabinets provides a coordinated equipment arrangement for industrial testing applications.
5. Three-Level Overcurrent Protection
The system incorporates a three-level overcurrent protection mechanism. According to the available product information, fault-current interruption can occur within 10 ms under specified protection conditions.
6. Adaptable to Different Testing Requirements
The system can be configured around the required transformer ratings, measurement functions, and test procedures, allowing the equipment scope to match the intended application.
System Components
- Induction Voltage Regulator: Provides adjustable voltage for compatible test circuits.
- Medium-Frequency Generator Set: Supplies medium-frequency power for applicable testing procedures.
- Test Transformer: Provides the required test voltage for specified high-voltage applications.
- Intermediate Transformer: Supports voltage transformation within the configured test circuit.
- Measurement and Sampling Cabinet: Collects electrical signals for the installed measurement instruments.
- Comprehensive Instrument Cabinet: Can accommodate compatible instruments such as a power analyzer, DC resistance tester, and turns ratio tester.
- Power Distribution Cabinet: Provides the required electrical distribution and connection functions.
- Centralized Control Console: Provides the operating interface for the connected measurement and control equipment.
FAQ
Q1: What is the SXBZ Series Transformer Comprehensive Test System?
It is an integrated electrical testing platform designed for transformer manufacturers, maintenance facilities, and testing laboratories. The system combines selected measurement instruments, power equipment, and control components according to the required testing functions.
Q2: How does the system support transformer quality control?
The system can incorporate instruments for specified electrical measurements, such as winding resistance and turns ratio testing. These measurements help evaluate transformer characteristics against the applicable technical requirements.
Q3: Can the system measure winding resistance and transformer turns ratio?
These functions can be included when the appropriate DC resistance tester and turns ratio tester are specified in the system configuration.
Q4: Is high-voltage testing available?
The system can be configured with suitable test transformers and associated equipment for applicable high-voltage tests. The required test voltage, test method, and safety arrangements must be confirmed before ordering.
Q5: Does the system support centralized control?
Yes. The system features computer-based measurement and control for the connected equipment. The precise operating functions and degree of automation depend on the supplied configuration.
