Electrical Testing Services
Electrical Testing Services
POWER INPUT:-
Power input testing determines the actual electrical power consumed by a product under defined operating conditions and compares it with the manufacturer’s declared rating.
Why it matters:
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Prevents overheating and electrical hazards
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Verifies product performance and design accuracy
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Ensures compliance with national & international standards
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Supports energy efficiency and regulatory approvals
High Voltage Testing:-
High Voltage Testing is performed to verify the dielectric strength and insulation integrity of electrical equipment by applying voltages higher than normal operating levels.
Purpose of HV Testing::
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Detect insulation weaknesses
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Prevent electrical failures and breakdowns
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Ensure operator and equipment safety
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Validate compliance with certification standards
Insulation Resistance Testing:-
Insulation Resistance Testing measures the resistance offered by insulation materials between conductive parts by applying a DC voltage. It helps identify leakage paths, insulation deterioration, and potential electrical hazards.
Why IR Testing is Important:
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Prevents electrical leakage and short circuits
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Ensures user and equipment safety
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Detects insulation degradation early
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Supports product certification and compliance
Temperature Rise Testing:-
Temperature Rise Testing measures the increase in temperature of a product or its components when operated under specified conditions, compared to ambient temperature.
Why it matters:
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Prevents overheating and fire hazards
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Ensures insulation and material durability
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Verifies safe operation under load
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Supports compliance with certification standards
Leakage Current Testing:-
Leakage Current Testing measures the unintended flow of current from live parts of electrical equipment to accessible conductive parts or earth.
Why it matters:
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Prevents electric shock hazards
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Ensures user safety
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Detects insulation weaknesses
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Validates compliance with safety standards
RLC Measurement:-
RLC measurement determines the fundamental electrical parameters:
Resistance (R): Opposition to current flow
Inductance (L): Ability to store energy in a magnetic field
Capacitance (C): Ability to store energy in an electric field
Why it matters:
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Ensures proper circuit functionality
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Verifies component quality and tolerance
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Supports design validation and troubleshooting
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Essential for certification and performance testing