Loading Rheostat 10KW Single Phase

Product Code : SCL-EAE-12051

The Loading Rheostat 10kW is a high-power resistive loading device used to apply a controlled electrical load during laboratory testing of generators, alternators, power sources, and electrical machines. It is intended for electrical engineering students, instructors, technicians, and training laboratories that require practical study of equipment behavior under resistive load conditions.

Product Description

The Loading Rheostat 10kW provides a nominal 10 kW resistive loading capacity for electrical testing and educational demonstrations. A resistive load absorbs electrical power and dissipates it as heat, allowing users to examine how a connected power source responds when load is applied.

This apparatus is relevant to practical work involving generators, alternators, electrical machines, and power-system training. It complements other Electrical and Electronics equipment and Engineering Laboratory Equipment used for technical education, vocational training, and laboratory demonstrations.

Key Features

• 10 kW rated loading capacity: Provides high-power resistive loading for laboratory and training applications.
• Resistive load operation: Applies a real electrical load that converts absorbed electrical energy into heat.
• Supports practical testing: Useful for observing voltage, current, regulation, and source performance under load when used with suitable measuring instruments.
• Educational laboratory value: Suitable for electrical engineering laboratories, technical institutes, TVET facilities, and supervised training environments.
• Multiple experimental applications: Can support generator, alternator, power-source, and electrical-machine studies where resistive loading is required.
• Transparent specification approach: Voltage, phase, maximum current, resistance range, load steps, cooling method, and duty cycle should be confirmed for the exact supplied configuration.

Technical Specifications

What's Included in the Kit

• Primary supply item: Loading Rheostat 10kW
• Connecting leads, meters, accessories, operating manuals, protection devices, and other components are not specified in the supplied product data and should be confirmed before ordering.

Applications / Uses

• Applying resistive load to generators and alternators during laboratory studies.
• Studying voltage regulation and electrical response as load changes.
• Conducting practical electrical-machine and power-source experiments.
• Demonstrating resistive loading principles in engineering laboratories.
• Comparing load behavior across different electrical operating conditions when appropriate instrumentation is available.

How to Use the Loading Rheostat 10kW

1. Verify the rheostat's actual nameplate voltage, phase, maximum current, duty cycle, and connection requirements before use.
2. Keep the loading apparatus in the zero-load or disconnected condition before making electrical connections.
3. Have a qualified person connect the unit to the test source according to the supplied wiring diagram and laboratory safety procedure.
4. Energize the test setup only after checking terminals, protective devices, measuring instruments, and ventilation.
5. Apply the electrical load progressively according to the permitted operating method of the exact model.
6. Record voltage, current, power, speed, efficiency, or regulation data required by the experiment.
7. Remove the load, isolate the power source, and allow the apparatus to cool before inspection or handling.

Safety note: A 10 kW loading apparatus can involve hazardous voltage, high current, and substantial heat generation. Operation should be restricted to trained personnel or supervised students using the exact manufacturer's instructions and appropriate electrical protection.

Care & Maintenance

• Keep ventilation paths clear and never obstruct heat dissipation during operation.
• Inspect terminals, cables, connectors, switches, and protective devices before use.
• Keep the apparatus dry and free from conductive dust or contamination.
• Allow adequate cooling after operation and arrange periodic inspection by qualified electrical personnel.

Why Choose Science Lab Supplies

Science Lab Supplies states that its operations date back to the 1980s and that it supplies laboratory, engineering, TVET, physics, and educational equipment for institutional applications. The company also presents itself as a manufacturer, supplier, and exporter of engineering laboratory equipment.

Its broader portfolio enables buyers to source related training and testing apparatus from one supplier. For applications requiring a higher specified capacity, buyers may also review the Loading Rheostat 50kW 440V AC Three Phase, while confirming that each model matches the intended voltage, phase, current, and laboratory requirement.

Frequently Asked Questions

What is a Loading Rheostat 10kW used for?

A Loading Rheostat 10kW is used to apply a resistive electrical load during testing, experimentation, and teaching. Typical applications include generator, alternator, power-source, and electrical-machine studies.

What does 10 kW mean in a loading rheostat?

The 10 kW value indicates the stated power-loading capacity of the apparatus. It does not by itself define the operating voltage, current, phase, resistance range, cooling system, or permitted duty cycle.

Is a loading rheostat the same as a resistive load bank?

In this application, a loading rheostat performs the function of resistive loading and may be described as resistive load equipment. The exact control method continuous, stepped, switched, or otherwise must be confirmed for the specific model.

Is this 10kW rheostat suitable for single-phase or three-phase use?

The supplied product name does not specify the phase configuration. Buyers should confirm the input voltage, phase, maximum current, frequency, connections, and load arrangement before ordering.

Which specifications should I confirm before purchasing?

Confirm rated voltage, phase, frequency, maximum current, resistance range, number and size of load steps, control method, cooling system, duty cycle, terminals, protection features, dimensions, weight, accessories, and applicable compliance documentation.

Who should operate a 10kW loading rheostat?

The apparatus should be operated by trained laboratory personnel, qualified electrical technicians, or students under competent supervision because high-power electrical testing may involve hazardous voltage, current, heat, and exposed energy sources.

For related apparatus and institutional laboratory requirements, explore the complete Electrical and Electronics equipment range from Science Lab Supplies.