Loading Inductor 2.5KVAR Bank Manufacturer,Supplier and Exporter in India
Product Code : SCL-EAE-11309
The Loading Inductor 2.5kVAR Bank provides a stated inductive loading capacity of 2.5 kVAR. When connected to a compatible alternating-current system, the inductor stores energy temporarily in its magnetic field and causes the current waveform to lag behind the applied voltage.
The apparatus supports practical analysis of active power, reactive power, apparent power and lagging power factor. The rated voltage, current, frequency, phase arrangement, winding construction, load increments, enclosure and cooling system must be confirmed against the final technical quotation.
Key Features
2.5 kVAR inductive capacity: Applies a defined reactive load to a compatible AC laboratory circuit.
Lagging-current demonstration: Shows how an inductive load changes the phase relationship between voltage and current.
Power-factor training: Supports practical measurement and correction of lagging power factor.
Reactive-power analysis: Helps learners distinguish between watts, volt-amperes and volt-amperes reactive.
Selectable load operation: Load steps and switching controls are provided according to the confirmed configuration.
Accessible circuit connections: Allows integration with compatible meters, capacitor banks and AC training systems.
Reusable laboratory equipment: Suitable for repeated supervised engineering and vocational practical sessions.
Technical Specifications
|
Specification |
Detail |
|
Product name |
Loading Inductor 2.5kVAR Bank |
|
Brand |
Lab Exports |
|
Equipment category |
Inductive reactive-load bank |
|
Rated reactive capacity |
2.5 kVAR |
|
Load characteristic |
Inductive, lagging |
What’s Included in the Kit
One Loading Inductor 2.5kVAR Bank
Integrated inductive loading assembly
Electrical connection terminals
Load-selection switches or controls, where included
Connecting leads and operating instructions only when listed in the quotation
Applications and Uses
Demonstrating current lag in AC circuits
Studying active, reactive and apparent power
Measuring lagging power factor under inductive loading
Comparing resistive, inductive and capacitive loads
Conducting power-factor correction experiments with a compatible capacitor bank
Loading compatible transformers, alternators and AC machines
Supporting electrical engineering and vocational training
How to Use the Loading Inductor 2.5kVAR Bank
Verify the rated voltage, current, frequency, phase arrangement and 2.5 kVAR capacity.
Set every load-selection control to the off or minimum-load position.
Isolate the AC supply before making electrical connections.
Connect the bank according to the approved laboratory circuit diagram.
Check terminal tightness, earthing and protective-device settings.
Energise the system under qualified supervision.
Add inductive load gradually while monitoring voltage, current, power factor and temperature.
Record the readings required by the experiment.
Return all controls to minimum load before isolating the supply.
Safety note: Inductive loads can generate switching transients and may operate at hazardous voltage and current levels. Never alter connections while energised, and always use suitable isolation, earthing and overcurrent protection.
Care & Maintenance
Inspect switches, terminals, cables, insulation and earthing before each use.
Keep ventilation openings clear and allow the windings to cool after operation.
Protect the unit from moisture, dust, impact and unauthorised modification.
Do not exceed the confirmed voltage, frequency, duty cycle or 2.5 kVAR rating.
Why Choose Lab Exports
Lab Exports manufactures and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM equipment. Its electrical laboratory range supports practical circuit analysis, machine testing and power-system training. Products are supplied for educational institutions, vocational laboratories and international procurement requirements. Buyers should approve the complete technical and safety specification before ordering.
Frequently Asked Questions
What is a Loading Inductor 2.5kVAR Bank used for?
It applies an inductive reactive load during AC circuit, electrical-machine, reactive-power and power-factor experiments.
What does the 2.5kVAR capacity mean?
It means the bank has a stated reactive-power capacity of 2.5 kilovolt-amperes reactive under its specified operating conditions.
How does an inductive load affect power factor?
An inductive load causes current to lag voltage. This produces a lagging power factor and increases the reactive-power demand of the circuit.
Can this bank be used with a capacitor bank?
Yes, when the voltage, frequency, phase arrangement and ratings are compatible. The combination can demonstrate reactive-power compensation and power-factor correction.
Is the Loading Inductor Bank single-phase or three-phase?
The phase configuration is not confirmed. Specify the required single-phase or three-phase arrangement when requesting a quotation.
Does the inductor bank become hot during operation?
Yes. Electrical losses in the windings can generate heat, so ventilation, rated duty limits and sufficient cooling time are necessary.
Request confirmed voltage, current, frequency, phase and load-step specifications for the Loading Inductor 2.5kVAR Bank. Explore related Electrical and Electronics Equipment, compatible Lab Meters and the complete Physics Lab Equipment range from Lab Exports.
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