IEC 62196-1 Anti-Shock Probe Safety Interlock โ€“ KingPo Electrical Safety Testing Device for EV connectors and appliances per IEC 62196-1:2022
IEC 62196-1 Anti-Shock Probe Safety Interlock โ€“ KingPo Electrical Safety Testing Device for EV connectors and appliances per IEC 62196-1:2022
IEC 62196-1 EV Charging Connector Accessibility Test โ€“ KingPo Anti-Shock Probe Device verifying hazardous live parts protection in EV connectors
IEC 62196-1 Anti-Shock Probe Test Device โ€“ KingPo EV Connector Electrical Safety Tester with switchable AC/DC 0-62V output for Clauses 10.1, 10.2 and 26.6 testing
IEC 62196-1 Anti-Shock Probe Safety Interlock โ€“ KingPo Electrical Safety Testing Device for EV connectors and appliances per IEC 62196-1:2022
IEC 62196-1 Anti-Shock Probe Safety Interlock โ€“ KingPo Electrical Safety Testing Device for EV connectors and appliances per IEC 62196-1:2022
IEC 62196-1 EV Charging Connector Accessibility Test โ€“ KingPo Anti-Shock Probe Device verifying hazardous live parts protection in EV connectors
IEC 62196-1 Anti-Shock Probe Test Device โ€“ KingPo EV Connector Electrical Safety Tester with switchable AC/DC 0-62V output for Clauses 10.1, 10.2 and 26.6 testing

Anti-Shock Probe Test Device โ€“ IEC 62196-1 EV Connector Electrical Safety Tester

Anti-Shock Probe Test Device โ€“ IEC 62196-1 compliant electrical safety tester for EV connectors and charging equipment, featuring switchable AC/DC 0-62V output and compatibility with standardized test probes for Clauses 10.1, 10.2 and 26.6 accessibility testing.

  • Standard Compliance: IEC 62196-1:2022 โ€“ anti-shock probe test device for EV connector electrical safety testing
  • Output Voltage: Switchable AC 0-62V / DC 0-62V
  • Applied Clauses: 10.1, 10.2, 26.6 โ€“ protection against electric shock and accessibility of hazardous live parts
  • Operation: Simple push-button activation with reset function and safety interlock
  • Probe Compatibility: Works with various IEC standard test probes (IPXXB, IPXXD, etc.)
  • Construction: Compact benchtop design suitable for laboratory and production quality inspection
  • MOQ: 1
  • Delivery Period: 7 days (goods in stock)

Anti-Shock Probe Test Device Description

IEC 62196-1 AC/DC Anti-Shock Probe Test Device for EV Connector Electrical Safety Testing

The Anti-Shock Probe Test Device is a precision electrical safety testing instrument manufactured by KingPo, designed to verify protection against electric shock in EV connectors, vehicle inlets, and related charging equipment in full compliance with IEC 62196-1:2022. This anti-shock probe test device works in conjunction with standardized test probes to determine whether hazardous live parts can be contacted during accessibility tests, thereby assessing insulation integrity and overall safety design.

During operation, one electrode connects to the energized part of the equipment under test, while the other connects to the standardized testing probe. Upon activation, the probe is applied to potentially accessible surfaces. A voltage indication confirms contact with live components, signaling a potential electric shock risk. The circuit can be safely reset after each test. The system supports Clauses 10.1, 10.2, and 26.6, making it an essential tool for EV charging equipment manufacturers, certification laboratories, and quality inspection institutes.

KingPo Factory Advantages

KingPo is an ISO9001 and CE certified manufacturer with extensive experience in EV connector and electrical safety testing equipment. We maintain stock of IEC 62196-1 anti-shock probe test devices for rapid 5-day delivery and have supplied over 150 units to global EV manufacturers and accredited labs since 2022. All units include calibration certificates (additional cost), a 1-year warranty, and 48-hour technical response from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Switchable AC/DC 0-62V output for flexible AC or DC testing scenarios
  • Compatibility with a wide range of IEC standard test probes
  • Push-button operation with safety interlock and emergency stop
  • Over-current protection and high-voltage interlock for operator safety
  • Compact, durable benchtop construction suitable for laboratory or production line use

These elements ensure accurate, repeatable verification of electric shock protection.

Technical Parameters

Parameter Specification
Model Number SN2210-19A Anti-Shock Probe Test Device
Applicable Standard IEC 62196-1:2022
Applied Clauses 10.1, 10.2, 26.6
Output Test Voltage AC 0โ€“62 V / DC 0โ€“62 V (switchable)
Voltage Accuracy ยฑ1% of reading
Probe Compatibility Standard IEC test probes (e.g., IPXXB, IPXXD)
Operation Mode Push-button activation with reset and safety interlock
Power Supply AC 220 V ยฑ5%, 50/60 Hz
Operating Temperature 0โ„ƒ โ€“ 40โ„ƒ
Relative Humidity โ‰ค80% RH (non-condensing)
Safety Features Over-current protection, emergency stop, high-voltage interlock
Dimensions (Wร—Dร—H) Approx. 300 ร— 250 ร— 150 mm
Weight Approx. 8 kg

Primary Use Cases & Business Value

The anti-shock probe test device supports key stages in product development and compliance:

  • Product Development โ€“ Validate enclosure and insulation design for new EV connectors
  • Certification Testing โ€“ Generate data for IEC 62196-1 compliance and safety approval
  • Quality Control โ€“ Batch inspection of hazardous live part accessibility
  • Failure Analysis โ€“ Identify risks of accidental contact with live components

It improves product safety, reduces field failure risks, and accelerates certification timelines.

IEC 62196-1 Probe Test Device Control Panel โ€“ KingPo compact electrical safety tester with voltage switching and reset function for laboratory use
IEC 62196-1 Probe Test Device Control Panel โ€“ KingPo compact electrical safety tester with voltage switching and reset function for laboratory use

Procurement Benefits

Compact benchtop design and 5-day delivery minimize project lead time. Simple push-button operation reduces training requirements. Comprehensive documentation and responsive after-sales service ensure long-term reliability. This anti-shock probe test device enhances EV connector safety validation, supports certification claims, and minimizes compliance risks. Contact us today for your quote โ€“ we will respond within 24 hours with detailed technical specifications and pricing.

Anti-Shock Probe Test Device Applications

  • EV Connectors & Vehicle Inlets โ€“ Electric shock protection and accessibility verification per IEC 62196-1
  • EV Charging Equipment โ€“ Safety testing of plugs, socket-outlets, and cable assemblies
  • Household & Industrial Electrical Appliances โ€“ Insulation integrity and hazardous live part accessibility checks
  • Certification Labs & Quality Assurance โ€“ Compliance assessment for Clauses 10.1, 10.2 and 26.6
  • R&D & Product Design โ€“ Validation of enclosure safety for new conductive charging products

Compliance & Regulatory Assurance

This equipment is strictly designed and manufactured in accordance with IEC 62196-1:2022, specifically addressing Clauses 10.1, 10.2 and 26.6 for protection against electric shock in EV conductive charging accessories. It simulates real-world contact scenarios using standardized probes to evaluate whether hazardous live parts are accessible, thereby ensuring product reliability, safety, and compliance with international electrical safety standards. Calibration certificates are available at additional cost. Regular verification of voltage output accuracy and probe contact detection is recommended to maintain traceability.

Technical Inquiry for IEC 62196-1 EV Connector Electrical Safety Testing

KingPo specializes in precision electrical safety test equipment designed to IEC 62196-1:2022 for electric vehicle conductive charging interfaces. If you require anti-shock probe testing for vehicle connectors or inlets per Clauses 10.1, 10.2 and 26.6, our engineering team can provide customized probe configurations and technical support.

The Core Value We Deliver to You

  • Switchable AC/DC 0โ€“62 V output with ยฑ1% accuracy
  • Full compatibility with standard IEC test probes
  • Simple push-button operation with safety interlock
  • Compact benchtop design for efficient laboratory use
  • Traceable calibration support for compliance testing

Take Action Now Tell us your testing needs โ€” our engineering team will reply with tailored recommendations within 24 hours.

Anti-Shock Probe Test Device Description

Anti-Shock Probe Test Device FAQs

How do I calibrate the output voltage of the anti-shock probe test device?
Calibration uses certified high-accuracy multimeters across the full 0โ€“62 V AC/DC range. Detailed procedures and recommended annual frequency are provided in the user manual and calibration service guide.
Why is the test voltage restricted to 0โ€“62 V according to IEC 62196-1?
The 62 V limit corresponds to the Safety Extra-Low Voltage (SELV) threshold, enabling safe simulation of contact with hazardous live parts without endangering the operator during accessibility testing.
Which specific clauses of IEC 62196-1 does this device address?
It is designed for Clauses 10.1 (general protection against electric shock), 10.2 (accessories with shutters), and 26.6, focusing on accessibility of live parts in EV connectors and inlets.
How is the accessibility test performed with standard probes?
Connect one electrode to the energized part of the EV connector, attach the standardized test probe to the other terminal, and activate via the push-button. Voltage indication confirms contact with live components.
Is the device suitable for testing both AC and DC EV charging connectors?
Yes. The switchable AC/DC output allows seamless testing of both alternating current and direct current vehicle connectors and inlets.
What safety mechanisms are incorporated to protect the operator?
The device includes over-current protection, an emergency stop button, high-voltage interlock, and automatic reset function to ensure safe laboratory operation.
Can this probe test device be used for non-EV electrical appliances?
The straightforward push-button design supports high-volume testing, typically 150โ€“400 tests per day depending on setup and documentation requirements.
How many tests can typically be conducted per workday?
The straightforward push-button design supports high-volume testing, typically 150โ€“400 tests per day depending on setup and documentation requirements.
What maintenance is necessary to maintain long-term accuracy?
Regular inspection of probe contacts, periodic voltage output verification, and annual full calibration are recommended.
How can I request a quotation or customized probe configurations?
Contact our engineering team with details of your connector types or specific testing requirements. We will provide a tailored solution and quote promptly.

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