Battery Pack Thermal Shock Hot Abuse Testing Equipment Lithium Power Use Chamber

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Battery Pack Thermal Shock Hot Abuse Testing Equipment Lithium Power Use Chamber

Customization:	Available
After-sales Service:	Support Operation Guidance
Power Supply:	220/380V

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Product Description

Basic Information

Model NO.

MBS-RC

Certification

Warranty

1 Year

Uses

Thermal Abuse Shock Testing Chamber

Purpose

Battery Thermal Shock Testing

Customize

Acceptable

Package

Wooden Box

Specification

50*50*50cm

Trademark

MENTEK

HS Code

8419899090

Product Description

Battery Pack Thermal Shock Hot Abuse Testing Equipment Lithium Power Use Chamber

Relevant Standard Test Requirements

This equipment meets international standards including: IEC 62133-2012, UL 1642, UN 38.3, and 31241-2014.

Standard Heat Abuse Test: After being fully charged, the battery is placed into the test chamber. The temperature rises at a rate of (5±2)ºC/min. When the temperature reaches 130ºC (±2ºC), it remains constant for 30 minutes. The battery must not catch fire or explode.

Main Features

Explosion-proof Design: Equipped with a pressure relief port. In case of a battery explosion, pressure is released safely to prevent deformation of the chamber or the door falling off.

Enhanced Safety: The door features an explosion-proof chain, and the glass window is reinforced with an explosion-proof grille to prevent splashing.

Insulation Treatment: Inner box and test rack feature Teflon treatment for high temperature resistance and friction protection, preventing electrode short-circuits.

Model	MBS-RC125	MBS-RC216	MBS-RC512	MBS-RC1000
Inner Size (WHD mm)	500500500	600600600	800800800	100010001000
Outer Size (WHD mm)	7001250600	8201380800	102015801000	125018001150
Temp Range	Rt ºC to 150ºC
Temp Fluctuation	±0.5ºC
Warm-up Time	+RTºC rises to +150ºC about (5ºC/min ±2ºC)
Material	Inner: SUS 304 Mirror Stainless Steel; Outer: SECC Steel Plate (1.5mm)
Safety Devices	Explosion-proof pressure relief, smoke exhaust, explosion-proof glass window

Note: Dimensions can be custom-tailored to align with specific operational needs.

Structural Technology

Utilizing premium galvanized steel with electrostatic powder spray paint for the outer shell. The inner box is crafted from SUS #304 stainless steel using a full argon arc welding process to prevent leakage and ensure durability.

Revolutionary Refrigeration Technology

3D-optimized refrigeration management using frequency conversion control. This system synchronizes cooling output with real-time chamber demands, ensuring energy efficiency and stable suction/exhaust pressures.

Energy Efficiency Innovation

Features PID and PWM-driven VRF technology with electronic expansion valves. Our three-way flow adjustment technology reduces energy consumption by up to 30% even in challenging low-temperature conditions.

Innovative Cold Circuit Technology

Power distribution utilizes globally renowned electrical components like Omron. All wiring follows strict safety standards with sealed ports to prevent frost-induced short circuits and ensure system reliability.

Production & Quality Control

Certifications

Shipment to Client's Factory

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Frequently Asked Questions

What is the primary function of the MBS-RC chamber?

It is designed for battery thermal shock and hot abuse testing, specifically checking if lithium batteries catch fire or explode when exposed to rapid temperature increases up to 130ºC.

Which safety standards does the equipment comply with?

The equipment meets international battery testing standards including IEC 62133, UL 1642, and UN 38.3.

What safety features are integrated into the chamber?

It includes an explosion-proof pressure relief port, explosion-proof door chains, reinforced grilles on windows, and Teflon insulation for the interior components.

Is it possible to export the test data?

Yes, the chamber is equipped with a USB interface that allows all test data to be exported easily for analysis.

How energy-efficient is the refrigeration system?

Thanks to PID+PWM driven VRF technology and frequency conversion, the system can reduce energy consumption by approximately 30% compared to traditional models.

Can the chamber dimensions be customized?

Yes, while standard sizes range from 125L to 1000L, the internal dimensions can be custom-tailored to meet specific testing requirements.