IEC 62196-1 EV Plug Breaking Capacity Tester โ€“ KingPo Servo-Driven Tester for Charge Gun Plugs and Connectors
IEC 62196-1 Screw Terminal Tester โ€“ KingPo Precision Machine for Screw Terminal Strength and Durability Testing per Figure 12
IEC 62196-1 EV Plug Breaking Capacity Tester โ€“ KingPo 3-Axis Adjustable Clamping Fixture for Charge Gun Connectors
IEC 62196-1 Screw Terminal Tester Control Panel โ€“ KingPo Button Operation with Programmable Cycles and Alarm
IEC 62196-1 Screw Terminal Strength Testing Machine โ€“ KingPo Adjustable Height Setup for Vehicle Plug Terminals
IEC 62196-1 Screw Terminal Tester โ€“ KingPo Rotating Weight System Applying 0.4โ€“70.3 kg Load on Clamping Terminals
IEC 62196-1 EV Plug Breaking Capacity Tester โ€“ KingPo Servo-Driven Tester for Charge Gun Plugs and Connectors
IEC 62196-1 Screw Terminal Tester โ€“ KingPo Precision Machine for Screw Terminal Strength and Durability Testing per Figure 12
IEC 62196-1 EV Plug Breaking Capacity Tester โ€“ KingPo 3-Axis Adjustable Clamping Fixture for Charge Gun Connectors
IEC 62196-1 Screw Terminal Tester Control Panel โ€“ KingPo Button Operation with Programmable Cycles and Alarm
IEC 62196-1 Screw Terminal Strength Testing Machine โ€“ KingPo Adjustable Height Setup for Vehicle Plug Terminals
IEC 62196-1 Screw Terminal Tester โ€“ KingPo Rotating Weight System Applying 0.4โ€“70.3 kg Load on Clamping Terminals

EV Plug Breaking Capacity Tester โ€“ IEC 62196-1 Charge Gun / Electric Vehicle Plug and Connector Operating Life Tester

EV Plug Breaking Capacity Tester โ€“ IEC 62196-1:2014 Clause 22 & 23 compliant system verifies the mechanical, electrical and thermal durability of electric vehicle charge gun plugs, socket-outlets and connectors by performing repeated insertion and withdrawal actions under load.

  • Standard Compliance: IEC 62196-1:2014 Clause 22 & 23 and IEC 60309-1:2012 Clause 20 & 21 โ€“ EV plug breaking capacity tester
  • Test Station: Single (customizable)
  • Drive Mode: Servo motor with linear stroke 0โ€“100 mm
  • Speed of Insertion/Separation: 0โ€“0.85 m/s (default 0.8 ยฑ 0.1 m/s)
  • Conduction Time: 0โ€“99.9 s (electrical contact maintained 2โ€“4 s)
  • Test Cycles: 0โ€“999999 cycles (presettable)
  • Test Frequency: 0โ€“10 cycles/min (default 3.75 cycles/min = 7.5 strokes/min)
  • Control Method: PLC intelligent integrated control with color touchscreen
  • Detection Function: Open-circuit alarm and real-time cycle recording under load
  • Power Supply: Single-phase AC220V ยฑ10%, 50/60Hz, 10A
  • MOQ: 1
  • Delivery Period: 35 working days

EV Plug Breaking Capacity Tester Description

IEC 62196-1 Charge Gun / Electric Vehicle Plug and Connector Operating Life Tester

The EV Plug Breaking Capacity Tester is a high-precision durability testing system manufactured by KingPo for verifying the mechanical, electrical and thermal performance of charge gun plugs, vehicle connectors, socket-outlets and couplers. Designed in full compliance with IEC 62196-1:2014 Clause 22 & 23 and IEC 60309-1:2012 Clause 20 & 21, this tester uses a servo-driven mechanism to perform repeated insertion and withdrawal actions at controlled speed, stroke and conduction time, simulating real-world operating stresses.

KingPo Factory Advantages

KingPo is an ISO9001 and CE certified manufacturer specializing in EV charging connector and breaking capacity testing equipment. We have delivered multiple IEC 62196-1 compliant EV plug breaking capacity testers to leading EV manufacturers and accredited laboratories worldwide. All units include calibration certificates (additional cost), on-site installation guidance, 1-year warranty and 48-hour technical response from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Servo motor drive with precise linear stroke (0โ€“100 mm) and adjustable speed (0โ€“0.85 m/s)
  • PLC intelligent control with color touchscreen for easy parameter setting
  • Programmable conduction time (2โ€“4 s) and test cycles (up to 999999)
  • Real-time open-circuit alarm and cycle recording during loaded testing
  • Mechanical clamping fixture adjustable along 3-axis for various sample sizes
  • Robust construction (W1000 ร— D750 ร— H1200 mm, approx. 150 kg) for stable operation

These elements ensure high accuracy, excellent repeatability, and full compliance with IEC 62196-1 requirements.

Technical Parameters

Parameter Specification
Model Number KP-CG96 EV Plug Breaking Capacity Tester
Applicable Standard IEC 62196-1:2014 Clause 22 & 23
Test Station Single (customizable)
Drive Mode Servo motor
Linear Stroke 0โ€“100 mm (presettable, spacing โ‰ฅ 50 mm)
Speed of Insertion/Separation 0โ€“0.85 m/s (default 0.8 ยฑ 0.1 m/s)
Conduction Time 0โ€“99.9 s (electrical contact 2โ€“4 s)
Test Cycles 0โ€“999999 (presettable)
Test Frequency 0โ€“10 cycles/min (default 3.75 cycles/min)
Control Method PLC with color touchscreen
Detection Function Open-circuit alarm and real-time cycle recording
Power Supply Single-phase AC220V ยฑ10%, 50/60Hz, 10A
Equipment Dimensions W1000 ร— D750 ร— H1200 mm
Weight Approximately 150 kg
Primary Use Cases & Business Value

The EV plug breaking capacity tester supports critical stages:

  • Product Development โ€“ Validate breaking capacity and operating life of new charge gun designs
  • Certification Testing โ€“ Generate data for IEC 62196-1 compliance of vehicle plugs and connectors
  • Quality Control โ€“ Batch verification of mechanical and electrical durability in production
  • Failure Analysis โ€“ Identify risks of excessive wear or contact failure under repeated operation

It improves product reliability, reduces field failures, and accelerates certification for EV charging accessories.

IEC 62196-1 Screw Terminal Tester โ€“ KingPo Precision Machine for Screw Terminal Strength and Durability Testing per Figure 12
IEC 62196-1 EV Plug Breaking Capacity Tester โ€“ KingPo Servo-Driven Tester for Charge Gun Plugs and Connectors

Procurement Benefits

Servo-driven precision and programmable parameters deliver consistent, repeatable results with minimal operator intervention. Real-time alarm and cycle recording enhance testing efficiency. Robust construction ensures long-term reliability. This EV plug breaking capacity tester strengthens durability validation of charge gun plugs and connectors, supports IEC 62196-1 compliance, and minimizes quality risks. Contact us today for your quote โ€“ we will respond within 24 hours with detailed technical specifications and pricing.

EV Plug Breaking Capacity Tester Applications

  • Charge Gun Plugs and Vehicle Connectors โ€“ Breaking capacity and operating life testing per IEC 62196-1 Clause 22 & 23
  • Industrial Plugs, Socket-Outlets and Couplers โ€“ Mechanical and electrical durability evaluation per IEC 60309-1
  • Production Quality Assurance โ€“ Batch testing of insertion/withdrawal performance
  • Certification Laboratories โ€“ Compliance verification for conductive charging components
  • R&D Validation โ€“ Optimization of contact design and wear resistance

Compliance & Regulatory Assurance

This equipment is strictly designed and manufactured in accordance with IEC 62196-1:2014 Clause 22 & 23 and IEC 60309-1:2012 Clause 20 & 21 for breaking capacity and operating life testing of electric vehicle plugs and connectors. It evaluates the ability of the accessory to withstand mechanical, electrical and thermal stresses during normal insertion and withdrawal without excessive wear or harmful effects, thereby ensuring long-term reliability and safety in electric vehicle conductive charging systems.

For detailed industry analysis, field experience, and technical recommendations on connector mechanical and electrical durability testing, refer to the CharIN White Paper on Connector Tests published by the Charging Interface Initiative.

Technical Inquiry for IEC 62196-1 EV Plug Breaking Capacity Tester

KingPo specializes in mechanical durability testing equipment for EV charging plugs and connectors. If you require precise breaking capacity and operating life testing according to IEC 62196-1, our engineering team can provide customized fixture solutions and technical support.

The Core Value We Deliver to You

  • Servo-driven insertion/withdrawal at precise speed (0.8 ยฑ 0.1 m/s)
  • Programmable cycles up to 999999 with real-time monitoring and alarm
  • Adjustable conduction time (2โ€“4 s) and stroke for full standard compliance
  • Mechanical clamping fixture adjustable along 3-axis for various samples
  • Reliable compliance with IEC 62196-1 and IEC 60309-1 requirements

Take Action Now

Tell us your connector types, required test parameters or test volume โ€” our engineering team will reply with tailored recommendations within 24 hours.

EV Plug Breaking Capacity Tester Detail Display

EV Plug Breaking Capacity Tester FAQs

What is the purpose of the EV Plug Breaking Capacity Tester?
This tester verifies whether electric vehicle charge gun plugs and connectors can withstand repeated insertion and withdrawal actions under mechanical, electrical and thermal stress without excessive wear, ensuring safe performance during normal operation as required by IEC 62196-1.
Which standards does the EV plug breaking capacity tester comply with?
The equipment is designed and manufactured in full accordance with IEC 62196-1:2014 Clause 22 & 23 and IEC 60309-1:2012 Clause 20 & 21.
What is the insertion and separation speed range?
The servo motor allows adjustable speed from 0 to 0.85 m/s, with the standard default value of 0.8 ยฑ 0.1 m/s.
What is the test rate and how is it controlled?
The rotating mechanism operates at (10 ยฑ 2) r/min, precisely controlled to simulate realistic mechanical stress during repeated flexing.
How are test cycles managed?
Cycles are programmable from 1 to 999999 (default 150 cycles / 15 min) with automatic stop and alarm when the preset number is reached.
What bushing diameters are supported?
The tester includes a full set of bushings from 6.5 mm to 44.5 mm to accommodate all wire sizes listed in IEC Table 3.
Is the test height adjustable?
Yes. The height can be adjusted from 260 mm to 660 mm to suit different terminal and wire configurations.
How is compliance determined after testing?
After completing the preset cycles, the terminal and conductor are inspected for any signs of damage, loosening, or wire cutting. The screw must maintain secure clamping without impairing the conductor.
What maintenance is recommended for long-term accuracy?
Regular inspection of the rotating mechanism, weight calibration, and bushing condition is advised. Periodic verification of test rate and cycle counting is recommended to maintain measurement traceability.
How can I request a quotation or customized configuration?
Contact our engineering team with your specific terminal types, wire sizes, or special test requirements. We will provide a tailored solution and quote within 24 hours.

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