As the adoption of electric vehicles grows, ensuring the reliability and safety of charging infrastructure is paramount. The KEW 8602 simulates the presence of an electric vehicle, allowing you to conduct a full suite of tests without needing an actual EV. This capability significantly streamlines your workflow, saving valuable time on-site. When paired with a compatible Kyoritsu multifunction tester, such as the KEW 6516/6516BT or KEW 6011A, this EVSE testing tool can measure loop impedance, insulation resistance, and RCD trip times, providing a complete diagnostic overview.

This electric vehicle charger adapter is engineered for practicality and efficiency. It features a rotary switch to simulate the Proximity Pilot (PP) state, which corresponds to the current carrying capacity of the charging cable. Another rotary switch simulates the Control Pilot (CP) state, representing various vehicle charging statuses like ‘vehicle connected’ or ‘charging.’ These simulations are crucial for verifying that the EVSE responds correctly to different vehicle states, preventing potential hazards and ensuring a seamless charging experience for users.

The adapter’s design focuses on user safety and ease of use. It includes 4mm measurement terminals for connection to the multifunction tester and a mains socket for checking the functionality of the power supply. This allows for straightforward verification of voltage and phase sequence. Its robust construction ensures it can withstand the rigours of daily field use, providing a reliable solution for verifying compliance with relevant safety standards. With the Kyoritsu KEW 8602 EVSE Adapter, you can confidently certify that every charging station you service is safe, compliant, and ready for operation.

Kyoritsu KEW 8602 Key Features

• Comprehensive EVSE Testing: The Kyoritsu KEW 8602 EVSE Adapter allows for the simulation of an electric vehicle’s presence, enabling comprehensive safety and functional tests on AC EVSE with Type 2 connectors without needing an actual vehicle.
• Proximity Pilot (PP) State Simulation: A dedicated rotary switch simulates the PP state to verify the EVSE’s ability to detect the charging cable’s current-carrying capacity, ensuring correct power delivery and safety compliance.
• Control Pilot (CP) State Simulation: Easily simulate various charging states, such as ‘Vehicle Connected’ and ‘Charging,’ to confirm that the charging station responds correctly to vehicle signals, guaranteeing reliable operation.
• Seamless Integration with Multifunction Testers: Designed to work perfectly with Kyoritsu multifunction testers (like KEW 6516/6516BT), it facilitates essential measurements including loop impedance, RCD tests, and insulation resistance for a complete safety assessment.
• Direct Power and Phase Verification: Features a mains socket and 4mm measurement terminals, allowing for straightforward verification of voltage and phase sequence to confirm the integrity of the power supply before testing begins.
• Durable and Field-Ready Design: Built for professional use, its robust construction ensures reliability and longevity, making it an essential tool for technicians performing installations and maintenance in various field conditions.

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Whether you’re installing a new EV charger or conducting scheduled maintenance, this EVSE socket tester simplifies the process with its intuitive interface and versatile testing capabilities. It efficiently identifies wiring issues, faults, and power output inconsistencies to ensure chargers are fully functional and safe for use.

Compact and easy to handle, the Martindale BZ820-EV provides unparalleled reliability for day-to-day operations. From regulatory inspections to routine quality checks, this tool integrates seamlessly into the workflow of professionals in the fast-evolving EV industry. Stay ahead in your field with a dependable solution that guarantees accuracy, saves time, and minimises errors.

Who It’s Best For

This product is ideal for electricians, EV charger installers, and maintenance teams seeking a dependable, professional-grade device to optimise their operational efficiency, safety, and compliance.

Key Features

• EVSE socket tester – Fast, easy testing for the correct wiring of L, N & PE and 4-position switch simulates CP mode A, B, C and E
• Quick Type-2 Connector Analysis – Identifies wiring issues, miss-wired connections, and power inconsistencies with precision.
• User-Friendly Operation – Simplified interface ensures ease of use, even for less-experienced professionals.
• Portable & Durable – Lightweight yet robust design for convenient field use.
• Safety-Compliant Testing – Meets industry standards to ensure safe and reliable EV charging operation.
• LED Fault Indicators – Intuitive lights display error identification at a glance.
• Comprehensive Testing Range – Ideal for installations, fault-finding, and routine maintenance of EVSE.
• Mid-Range Professional Option – Combines affordability with superior performance, perfectly suited for bulk procurement needs.

FAQ Section

1. What is the Martindale BZ820-EV EVSE Socket Tester used for?

The BZ820-EV is used for testing the functionality of EV chargers equipped with Type-2 connectors, ensuring they are safe and meet operational standards.

2. Can the tester detect wiring faults?

Yes, the tester is capable of detecting miss-wired connections, faults, and inconsistencies in power supply.

3. Does it require a power source to operate?

No, the BZ820-EV is powered directly through the EVSE socket during testing.

4. Is it suitable for use in regulatory inspections?

Yes, it complies with IEC 61851 standards, making it highly reliable for inspections and advanced maintenance procedures.

5. Does it test all types of EV chargers?

The Martindale BZ820-EV specifically supports testing of Type-2 EVSE connectors.

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