Confirm Breaker Accuracy with Secondary Current Injection Testing

Ensure the accuracy of your protection systems with Cornerstone's Secondary Current Injection Testing services. Guarantee the performance of your ACB & MCCB.

    Ensuring the operational dependability and efficacy of Air Circuit Breakers (ACBs) and Molded Case Circuit Breakers (MCCBs) under simulated fault scenarios necessitates Secondary Current Injection Testing. At Cornerstone, we excel in executing precise to guarantee the safety and effectiveness of electrical distribution systems.

    Locations We Cover: 

    We proudly provide Secondary Current Injection Testing of ACB & MCCB in UAE and extend our expertise across major regions, including Qatar, Saudi Arabia, Oman, Kuwait, and Bahrain.

    Advantages of Secondary Current Injection Testing

    01
    Reliability Verification

    Confirm the tripping characteristics and response of ACBs and MCCBs to fault currents.

    02
    Safety Validation

    Detect potential issues early to avert electrical malfunctions and ensure personnel well-being.

    03
    Regulatory Compliance

    Ensure conformity with industry standards and regulatory obligations.

    04
    Enhanced Maintenance Planning

    Schedule maintenance based on precise performance evaluations.

    Scope of Secondary Current Injection Testing

    ACB Examination
    Verify trip time, current ratings, and performance under simulated fault conditions.
    MCCB Evaluation
    Evaluate tripping characteristics and responses to fault currents to ensure consistent operation.

    Reasons to Select Cornerstone

    Expert Team

    Our certified technicians possess vast experience in conducting Secondary Current Injection Testing for ACBs and MCCBs.

    Wide OEM Coverage

    Use cutting-edge devices like electromagnetic locators, ground-penetrating radar (GPR), and signal transmitters for accurate detection.

    State-of-the-Art Equipment

    Employ cutting-edge secondary injection test sets for precise and dependable testing.

    Thorough Analysis

    Conduct detailed assessments to identify anomalies in circuit breaker operations.

    Tailored Approach

    Customize testing procedures to align with specific client needs and operational

    Adherence to Standards

    Our adherence encompasses international standards and local regulations, including:

    IEC 60947
    Standards for low-voltage switchgear and controlgear.
    Local Utility Regulations
    Compliance with DEWA, ADDC, AADC, SEWA, FEWA in the UAE; SEC in Saudi Arabia; KAHRAMAA in Qatar; MEW in Kuwait; EWA in Bahrain; AER in Oman.

    Have Any Question?

    Schedule Your Inspection with Expert!

    FAQs for Secondary Current Injection Testing

    What is Secondary Current Injection Testing?

    Secondary Current Injection Testing involves injecting a known current into the secondary side of a circuit breaker’s protection system to verify its accuracy and functionality without the need for high current levels on the primary side.

     

    Why is Secondary Current Injection Testing important?

    This testing is essential for ensuring that protective relays and circuit breakers will function correctly in real-world fault conditions. It helps identify any issues with the protection system before they lead to equipment failure or safety hazards.

     

    How is Secondary Current Injection Testing performed?

    The process involves using a secondary current injection test set to simulate fault conditions, allowing technicians to observe the operation of relays and circuit breakers, verify their settings, and confirm their performance.

     

    What equipment is used for Secondary Current Injection Testing?

    We utilize specialized secondary current injection test sets designed for accuracy and reliability. These devices allow us to simulate various fault conditions to ensure proper relay and circuit breaker operation.

     

    How often should Secondary Current Injection Testing be conducted?

    We recommend performing Secondary Current Injection Testing every 1-3 years, or following significant changes to the electrical system or after maintenance work, to ensure ongoing protection reliability.

     

    Which industries benefit from this type of testing?

    Secondary Current Injection Testing is beneficial across various industries, including utilities, manufacturing, oil and gas, and commercial buildings, ensuring that their electrical protection systems are functioning correctly.

     

    Can you perform Secondary Current Injection Testing on all types of circuit breakers?

    Yes, we can perform Secondary Current Injection Testing on various types of circuit breakers, including Air Circuit Breakers (ACB), Molded Case Circuit Breakers (MCCB), and other protective devices.

     

    What are the benefits of using your testing services?

    By choosing our services, clients benefit from our experienced technicians, adherence to international standards, and comprehensive reporting that ensures all protection systems are functioning optimally.

     

    How do I request Secondary Current Injection Testing services?

    You can easily request our services by contacting us via our website or phone. Our team will coordinate with you to schedule a testing session that fits your operational requirements.

     

    What sets your Secondary Current Injection Testing apart from others?

    Our commitment to quality, adherence to industry standards, and experienced technicians ensure thorough testing and reliable results, giving clients confidence in the operational integrity of their electrical systems.