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Thermal Shock Test Chamber

Thermal Shock Test Chamber

3000.00 - 6000.00 USD ($)

Product Details:

  • Max Height 1200 mm
  • Specimen Size Up to 150 x 150 mm
  • Response Time 5 min (temperature transfer)
  • Operating Voltage 230 V AC
  • Port Size 50 mm
  • Frequency 50 Hz
  • Accuracy 0.5C
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Thermal Shock Test Chamber Price And Quantity

  • 1 Set
  • 3000.00 - 6000.00 USD ($)
  • 2-zone or 3-zone (hot/cold/ambient)
  • 75 dB
  • Stainless steel adjustable shelves
  • Imported refrigerant compressor
  • USB data logging
  • Interior LED illumination
  • Programmable start/stop timer
  • Over-temperature protector, leakage breaker, phase sequence protection
  • SUS304 Stainless Steel (Inner), Cold-rolled Steel with Powder Coating (Exterior)
  • Single door with large viewing window
  • High-density PU foam
  • Air-cooled condenser

Thermal Shock Test Chamber Product Specifications

  • -40C to +150C
  • 0.5C
  • 50 Hz
  • Approx. 300 Kg
  • 50 mm
  • 230 V AC
  • 150 L
  • 5 min (temperature transfer)
  • Thermal shock and environmental testing
  • 1200 mm
  • Programmable logic controller (PLC)
  • Up to 150 x 150 mm
  • Up to 5 cycles/hour
  • 600 mm
  • Thermal Shock Test Chamber
  • -40C to +150C
  • Fully automatic
  • 0.1C
  • Customizable as per requirements
  • Floor-standing
  • 10% RH ~ 98% RH (adjustable)
  • RS232, USB
  • Reliability testing of electronics, automotive, aerospace components
  • Window observation, safety protection, data logging, two-zone rapid transfer
  • 230 V AC, 50 Hz
  • Up to 10
  • Touchscreen digital display
  • -40C to +150C
  • 2-zone or 3-zone (hot/cold/ambient)
  • 75 dB
  • Stainless steel adjustable shelves
  • Imported refrigerant compressor
  • USB data logging
  • Interior LED illumination
  • Programmable start/stop timer
  • Over-temperature protector, leakage breaker, phase sequence protection
  • SUS304 Stainless Steel (Inner), Cold-rolled Steel with Powder Coating (Exterior)
  • Single door with large viewing window
  • High-density PU foam
  • Air-cooled condenser

Thermal Shock Test Chamber Trade Information

  • Shenzhen
  • 1-10 Set Per Month
  • 30 Days
  • Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.
  • CE,ISO

Product Description

Thermal Shock Test Chamber

Product usage

High low temperature shock test chamber can be used in testing composite material and material structures result which under continuous environment with high temperature or low temperature shock in short time; it means this product can test the materials chemical change or physics change by expansion and contraction within short time. It's application to metal, plastic, rubber, electronic etc materials and can be used for product improvement's reference.    

Features

  • Perfect outlook upgrades, easy operation
  • The color touch microcomputer temperature controller was made in Japan which can display Chinese / English Vertical structure with 3 chambers, high low temperature shock cycling can be automatic control, remain and change time can be adjustable, stainless steel inner material, several record methods, it has various safety precautions and device.
  • With RS-232 interface,connect to PC can control/edit/record and Timer Singal Relay.2 or 3 zone is optional when do thermal shock test.
  • Fully automatic,high precious,each action control by P.L.C.
  • The recovery time for this product within 5min and meet MTL, IEC, JIS, GJB etc standard.

The main parameters


Inside dimension

350 x 350 x 400mm can be customized

Outside dimension

1230 x 1270 x 1830mm(can be customized)

Test method

pneumatic Operated Door Switch(2 Working Room Or 3 Working Room)

Temperature Range

-40 ,-55,-65 +150

High Temp Chamber Preheating Range

Ambient~170

Heating speed

35min

Low Temp Chamber Precooling Range

Ambient~-75

Cooling speed

70min

Temperature deviation

2

Temperature range

A:-40+150

55 ~150

65~+150

Temperature recovery time

within 5min

 

 

Controller

 

Operation Panel

Programmable LCD Touch Screen

Program Memory Capacity

100 Programmable

Setting Range

Time:1min~99h59min;Cycle:1-999cycles

Resolution

Time:0.01

Time:1min

Input

T Thermocouple

 

Refrigeration System

Cooling method

Mechanical Compressor Binary Cascade Refrigeration

Refrigeration compressor

Semi-closed piston

Refrigerant

R23/R404


 



Advanced Chamber Construction for Performance

Built with an inner SUS304 stainless steel lining and an exterior cold-rolled steel shell, the chamber guarantees strength, easy cleaning, and long-term resistance to corrosion. Its high-density PU foam insulation minimizes temperature loss, while the large viewing window allows real-time observation without interrupting the test. These construction features ensure the chamber delivers consistent and accurate results for every cycle.


Precise Thermal Control and Flexibility

The chamber offers programmable logic control with a touchscreen interface, providing users flexibility for customized cycles. Its advanced compressor supports fast temperature transitions ( 5 min) across two or three zones (hot, cold, ambient), accommodating tests up to 5 cycles per hour, specimen sizes up to 150 x 150 mm, and humidity control from 10% to 98% RH. This ensures a wide range of testing scenarios for varied applications.


Safety and Data Management Integrated

Equipped with vital safety devicesincluding over-temperature protection, leakage breaker, and phase sequence guardthe chamber prioritizes operator and specimen security. USB data logging and RS232 interface streamline data collection and connectivity, while the programmable timer and LED interior lighting support convenient operation. These elements optimize workflow efficiency, traceability, and safety during rigorous reliability testing.

FAQs of Thermal Shock Test Chamber:


Q: How does the chamber ensure rapid temperature transitions during thermal shock testing?

A: The Thermal Shock Test Chamber utilizes an imported refrigerant compressor and air-cooled condenser to achieve quick temperature changes. It supports two-zone or three-zone configurations, managing transitions between -40C to +150C in 5 minutes. This rapid cycling ensures that specimens undergo extreme temperature variations for effective reliability assessments.

Q: What materials are used in the chambers construction, and what are their benefits?

A: The inner chamber uses SUS304 stainless steel, which is both corrosion-resistant and easy to clean, ensuring longevity and cleanliness. The exterior is made from cold-rolled steel with powder coating for structural strength and aesthetic appeal, while high-density PU foam insulation helps maintain temperature stability, enhancing energy efficiency and performance consistency.

Q: When is it necessary to use a thermal shock test chamber in quality assurance?

A: Thermal shock test chambers are vital whenever you need to verify the durability and reliability of components exposed to sudden temperature changes. They are commonly used during the development or production stages for electronics, automotive, and aerospace components to detect failures or weaknesses that may occur in real-world conditions.

Q: Where are the data from the test chamber stored, and how can I access them?

A: The chamber features USB data logging capability for secure and convenient data storage. Users can extract and review test summaries or detailed logs using the USB port, while additional connectivity through an RS232 interface supports integration with external data management systems.

Q: What safety features protect both the operator and the test specimens during operation?

A: To ensure safety, the chamber is equipped with an over-temperature protector, electrical leakage circuit breaker, and phase sequence protection. These features safeguard against overheating, electrical faults, and incorrect power supply conditions, protecting both personnel and devices under test.

Q: How does the chamber accommodate different specimen sizes and testing requirements?

A: The chamber provides adjustable stainless steel shelves and customizable test strokes, accommodating up to 10 specimens at a time with individual sizes up to 150 x 150 mm. Its programmable logic controller and flexible settings allow laboratories to tailor testing protocols as per unique requirements.

Q: What are the main benefits of using this thermal shock test chamber in industrial applications?

A: Key benefits include enhanced product reliability through accurate and repeatable shock testing, comprehensive test data logging, and robust safety mechanisms. Its rapid cycling capability, wide temperature and humidity range, and intuitive touchscreen controls make it an indispensable tool for certification, compliance, and process improvement in demanding sectors.

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