Thermal Shock Test Chamber

LIB thermal shock test chamber can be performed during thermal shock testing from -70 to +200°C, comes in a variety of sizes and performance configurations.
Lower limit Temperature:-75℃
Upper limit Temperature:+220℃
Temperature Range:-70℃~+220 ℃
The specimen is automatically transferred from the cold chamber to the hot chamber by basket.
Temperature Recovery Time: Within 5 minutes
Refrigerant: Environmental refrigerant
Product Description

Thermal Shock Test Chamber Manufacturer & Supplier

LIB industry's Thermal Shock Test Chamber can perfrom thermal shock testing from -70 to +200°C.The specimen automatic transferred from cold chamber to hot chamber by basket. During the test, the sample is rapidly transferred between the hot and cold compartments, creating thermal stress.

Thermal shock test chambers are equipped with precise temperature control systems to achieve the desired temperature ranges and transition times.

Technical Specifications

Model

TS-162

TS-340

TS-500

TS-1000

Internal Dimensions (mm)

300*300*250

450*450*360

650*650*500

850*850*700

Overall Dimension (mm)

1560*870*1545

1710*1020*1845

1910*1220*2265

2110*1420*2665

Interior Volume (mm)

22L

72L

211L

505L

Loading Capacity

20kg

30kg

50kg

60kg

Upper limit Temperature

+220℃

Heating Time

Ambient ~ + 200℃, within 30 minutes

Lower limit Temperature

-75℃

Cooling time

Ambient ~ -70℃, within 30 minutes

High Temperature  Exposure Range

Ambient +20 ~ +200°C

Low temperature Exposure Range

–65 ~ -5°C

Temperature Fluctuation

≤±0.5℃

Temperature Deviation

≤±3 ℃

Temperature Recovery Time

Within 5 minutes

Cooling System

Mechanical compression refrigeration system

Controller

Programmable color LCD touch screen controller, Ethernet connection

Safety Device

Over-temperature protection, Over-current protection; Refrigerant high-pressure protection; Earth leakage protection

Exterior Material

Steel Plate with protective coating

Interior Material

SUS304 stainless steel

Observation Window

Interior lighting, double-layer thermo stability silicone rubber sealing

Standard Configuration

2 shelves

Product Details

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Cooling system                

Mechanical compression refrigeration system

French TECUMSEH compressor

Environmentally friendly refrigerant

Cable hole                

The standard inner hole diameter is 50mm/100mm/200mm

Located on the basket

Basket                

The specimen automatic transferred from cold chamber to hot chamber by basket. The basket slides vertically and smoothly through rail

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Thermal Shock Test Chamber Key Features 

◇Precision Control: Maintain accurate temperature profiles.

◇Reliability: Sturdy construction for prolonged usage.

◇User-Friendly: Intuitive interface for easy operation.

◇Versatility: Supports a wide range of testing standards.

◇Efficiency: Fast transition times for accelerated testing.

Application

Thermal Shock Test Chamber is ideal for aerospace, automotive, electronics, and material science industries, assessing products' reliability in diverse environments.


FAQ

What is a thermal shock chamber and how does it work?

These chambers rapidly change temperature by physically moving the product from a hot zone to a cold zone, or rapidly changing the air temperature by specialized means.

What are the different models of thermal shock chambers available from LIB?

There are elevator/lift types and air-exchange damper types.

What temperature ranges can LIB Thermal Shock Test Chamber achieve?

All are around -65 to 180°C in range

How do thermal shock chambers simulate extreme environmental conditions?

Subfreezing temperatures are by a cascade refrigeration,

Hot temperatures are generated by electrical resistance heaters.

What safety features are included in LIB thermal shock chambers?

Elevator systems have special protections to avoid injury from moving lift.

How do LIB thermal shock chambers compare in terms of energy efficiency?

The modern TSA series are 50 to 70% more efficient than their predecessors.




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