Product Description
The RM-F104 Power Transformer Training Platform is designed for electrical engineering vocational schools and power company staff training. It supports transformer structure recognition, turns ratio, no-load, load and short-circuit testing. Adopting modular design with comprehensive safety protection and easy operation, it intuitively demonstrates transformer working principles and operating characteristics, covering single-phase/three-phase characteristics and parameter measurement training needs.
Project Design Advantages
The RM-F104 Power Transformer Training Platform is tailored for vocational electrical engineering education and power enterprise skill training. It enables transformer structure identification, turns ratio, no-load, load and short-circuit performance tests, vividly demonstrating transformer working principles and operational characteristics, and supports single/three-phase characteristic analysis and parameter measurement training.
1. Modular Cabinet
Detachable workbench and upper frame for easy assembly and handling; bottom support feet and casters enable height adjustment and flexible movement. Side columns are fitted with cable trays holding up to 48 cables.
2. Multifunctional Modular Combination
It consists of standard modules including three-phase power control, voltage regulation control, single/three-phase transformers, power and power factor meters, AC voltage/current meters, as well as adjustable capacitor, inductor and resistor modules. Modules can be freely added or removed as required.
3. Complete Training Items
Equipped with transformers, fuses, switches, indicating meters and load components. It covers comprehensive training contents such as single-phase transformer parallel operation, and Y-Y12, Y-Δ11 connection modes as well as voltage vector diagram analysis of three-phase transformers.
4. Reliable Safety Protection
Built-in leakage protection with independent equipment and power supply protection design, effectively preventing misoperation and ensuring personal and device safety.
Specification
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Operating Environment
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Temperature -10℃～+40℃, Relative Humidity
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Power Supply
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AC 3*220V±10%, 50Hz, Power Consumption: ≤1kVA
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Dimensions
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(L×W×H) 1230×750×1750 (mm);
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Equipment color
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White outer frame, fine white wrinkles on the panel
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Equipment weight
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≤150kg
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≤30mA; Leakage Protection Operating Time: ≤0.1s, when there is leakage in the line, it protects and cuts off the output power
supply
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Main Features:
1. Modular Cabinet Detachable table and frame for easy assembly; bottom support feet and casters for flexible moving; side cable trays hold up to 48 cables.
2. Modular Functional Design Composed of standard modules including power control, voltage regulation, single/three-phase transformers, meters and adjustable components. Modules are optional and customizable.
3. Complete Training Functions Configured with full electrical components to support single/three-phase transformer training, covering parallel operation, Y-Y12 & Y-Δ11 connection and vector diagram analysis.
4. Reliable Safety Protection Leakage protection with independent power and equipment isolation design, preventing misoperation and ensuring personnel and device safety.
Practical Training Projects
Training 1: Measuring the turns ratio and parameters of a single-phase transformer through no-load and short-circuit experiments.
Training 2: Drawing a T-type equivalent circuit diagram based on parameters measured from no-load and short-circuit experiments.
Training 3: Measuring the operating characteristics of a single-phase transformer through resistive/inductive/capacitive load experiments.
Training 4: Parallel operation of single-phase transformers (polarity identification, parallel connection of two transformers).
Training 5: Identifying the high/low voltage windings of a three-phase transformer, measuring primary/secondary polarity.
Training 6: Measuring the turns ratio and parameters of a three-phase transformer through no-load and short-circuit experiments.
Training 7: Y-Y12 connection method and voltage vector diagram of a three-phase transformer.
Training 8: Y-Y6 connection method and voltage vector diagram of a three-phase transformer.
Training 9: Y-Δ11 connection method and voltage vector diagram of a three-phase transformer.
Training 10 Three-phase transformer Y-Δ5 connection method and its voltage vector diagram
Product Tags:
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Power Transformer Training Platform | Three-Phase Single-Phase Transformer Test Bench for Electrical Vocational Training Images
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