IEC 62133 Li-ion Cell Forced Internal Short-Circuit Tester

• Customization: Available
• After-sales Service: Good
• Warranty: One Year
• Model NO.: BND-DC005
• Type: All Types of Batteries
• Test Region: All
• Application: All Types of Batteries
• Customized: Customized
• Protective Devices: Over-Temperature Protection, Overload Protection,
• Drive Mode: Servo Motor Drive, Ball Screw and Linear Guide
• Control Method: Touch Screen Control
• Cut-off Conditions: Pressure, Voltage, and Temperature
• Test Box Inner Box Size: 400X500X500mm (Width X Depth X Height)
• Equipment Dimensions: 750X1050X1900mm (Width X Depth X Height, Subject T
• Transport Package: Wooden Box
• Specification: 750x1050x1900mm
• Trademark: SZBONAD
• Origin: China
• Production Capacity: 10 Pieces/Month

Product Description

Lithium-ion Battery Forced Internal Short Circuit Testing Equipment China Manufacturer

The BONAD Li-ion Cell Forced Internal Short-Circuit Tester rigorously simulates internal short circuits in cylindrical or prismatic lithium-ion cells to evaluate safety compliance. This advanced tester replicates short-circuit scenarios between electrode materials (e.g., positive/negative coatings or aluminum foil/negative coatings) under controlled conditions. It determines cell safety by monitoring fire incidents during testing, ensuring adherence to critical international standards like IEC 62133-2, IEC 62619, and IEC 62660-3. Ideal for R&D labs and quality control, this system combines precision engineering with automated software for reliable, repeatable results.

Standards Compliance

IEC 62133-2
JIS C 62133-2
IEC 62660-3
IEC 62619

Applications

1. Safety validation of lithium-ion batteries for consumer electronics, EVs, and energy storage systems.
2. Quality assurance in battery manufacturing facilities.
3. R&D testing for new cell designs and materials.
4. Certification testing for compliance with global safety standards.

Key Features

1. Temperature-Controlled Chamber

Range: 0°C to 100°C with uniform distribution and rapid heating/cooling.
PID-controlled stability (±0.5°C) using a world-renowned compressor.
2. Smart Press Mechanism

1000 N max load with constant-speed movement and instant stoppage upon short-circuit detection.
Interchangeable jigs: Nitrile rubber for cylindrical cells, acrylic resin for prismatic cells.
Programmable pressure-hold duration before release.
3. Multi-Condition Test Termination

Stops automatically when any set condition is met: pressure, voltage drop, or deformation.
Supports single or combined control variables for flexible testing protocols.
4. Real-Time Monitoring & Safety

Measures voltage (via electrode clips) and surface temperature (via thermocouples).
Explosion-proof lighting, tempered glass door, and safety features: overload stop, stroke limits.
Alarm alerts for faults/test completion.
5. Automated Software & Interface

Dedicated computer with professional software for parameter input, live data graphing (pressure/voltage/deformation/temperature), and result export.
Touch-screen chamber control and servo motor-driven precision pressure feedback.
6. Robust Construction

Outer shell: Cold-rolled steel; Inner chamber: 304 stainless steel.
Customizable chamber sizes and configurations available.

Specification

Inner box material	SUS304 stainless steel plate, thickness 1.2mm
Appearance Material	Thickness 1.5mm Cold plate paint treatment
Control method	PLC+touch screen control
Temperature range	-10℃~100℃
Temperature display accuracy	0.1℃
Temperature stability	±1.0℃
Temperature uniformity	±2℃
Heating time	Average temperature throughout the whole process z3C/min (no load)
Cooling rate	Average temperature throughout the whole process ≥1°C/min (no load)
Heater	Fin-type heat dissipation tubular stainless steel electric heater
Circulatory system	Convection air circulation system
Insulation material	High efficiency compressed glass wool