Thermal Shock Testing Chamber

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Thermal Shock Chamber

Introduction,Temperature, Heating, Cooling.

Chambers Overview

Introduction to Thermal Shock Chamber

It is constructed in compliance with DIN, MIL, IEC,IS 9000, IS.

Thermal Shock chamber is intended for performing different type of test where the temperature of sample environment must be controlled within certain limits. The role of environment testing into examine and prove the suitability, reliability, durability of products through the exposure to the environmental effects of temperature, humidity, light..e.t.c.

Acceleration of the environmental effects that these products will experience in nature is required. Our policy of continual liaison with leading researchers ensures we maintain our premier position as suppliers of high quality Thermal Shock chamber and associated facilities. Our Thermal Shock chamber, were designed with Safety, Reliability, Ease of operating and ergonomically.

Main Features

  • Test space dimensions are 100 litres to 1500 litres. Temperature Range
  • Upper Hot Zone +50°C to +200°C.
  • Centre Normal Zone +10°C to + 50°C.
  • Lower Cold Zone +10°C to – 75°C.
  • Temperature deviation +/-0.5° C. Temperature Resolution 0.1° C. Temperature Gradient +/- 1° C to 2° C. Average Temperature Raise/Fall 1° C to 10° C.
  • Basket displacement speed < 20 to 10sec. Basket movement system is new motor screw design technology, allowing a reduction of vibrator and an improved linearity. operating noise is reduced to the modification of components parts.
Thermal Shock Chamber
Thermal Shock Chamber

Chambers Construction

Heavy and robust construction, ergonomic features and elegant design. Interior structure made of non frost vapour / air tight type. The high – gloss polished stainless steel test space is welded vapour tight, has well finished edges. it remains impervious to corrosion and easy to clean. 16 Or 18 SWG 304 grade stainless Steel with adjustable / removable shelving. Outer external structure made of 16 Or 18 SWG CRCA /GI/ Stainless steel with electrostatic powder super fine coating finishing for a good appearance.

Insulation is environmentally friendly free of asbestos and CFC free mineral fiber insulation guarantees the best possible insulation values and hence, it will decrease the operating costs.

Door hinges fitted on the right hand side of the chamber with front opening single door. Double lined ‘A’ grade silicon gasket on door as well as chamber body so that like proof tightens the door for better performance with multi pan glass viewing window. Defogger heaters provided with an auto cut – off as well as suitable illumination provided to view the specimen under test.


Air circulation within the chamber with suitable capacity of fan motor and impeller for uniform distribution of temperature and humidity to maintain within desired limits. High circulating air rates ensure even distribution of temperature and humidity. Only the impeller will be exposed in the conditioning plenum with drive motor from outside of the chamber. Condition plenum covered with a detachable type sheet for friendly maintenance of the chamber. Noise level is < 70db.

Quick responding jacket type air heaters are used for heating system to achieve the set value temperature. Quick response of the specimen to temperature changes. Fast recovery times due to low thermal inertia. Heat radiation in the cabinet is minimised. Faster temperature recovery tie after basket transfer.

Thermal Shock Chamber

Highly uniform temperature distribution minimises variations in test results over multiple specimens. Air heaters are placed in such manner that, there is no direct heat radiation from the heaters on to the test specimen.

Water Cooled / Air-cooled mechanical type single stage non CFC refrigeration system / mechanical type cascade compression refrigeration system. Rapid cooling with low noise level. Maximum reliability of the equipment low level vibration. Ozone friendly refrigerant with hermetically sealed / low power consumption high boosted semi sealed compressor provided and system is designed such a way that, safety protection against high / low pressure and temperature. Electronic auto expansion valve system for expansion mechanism. Water / Air cooled condenser. Plate fin type cooler. Refrigerant R404A & R23. Pressure measuring device provided for measuring suction and head / discharge pressure of refrigeration systems. HP / LP cutoff / Oil separators with oil return system.

Instrumentation System

Programmable controller using large screen display. Instrumentation package features flexible. Other functions are included user friendly operation with TFT LCD touch screen as well as key input, graphical display of program patterns, testing history trend grapes. A no. of programs & profile segments with ramp & soak duration provided for cyclic operation.

The controller is able to communicate with many different types of hardware using high speed RS 232/485 communications ports, networking and USB communications for fast downloads. Power failure recovery operation system.

P.T 100 sensor is measuring the temperature.

Thermal Shock Chamber

Safety Devices

Thermal Shock Chamber equipped with an emergency stop switch. High reliability and operator safety. Easy protection of chamber and specimen in case of failure. Chambers stop if the door is opening as operator safety. European style design signal tower.

Reduced air mixing between the cold and hot chamber. Control circuit over current protection. Thermal fuse. Adjustable adequate safety cut – out against high and low temperatures. Chamber door limit switch. Every electrical functional circuit is equipped its own safety facility which shuts down the functional circuit affected or the entire test chamber in case of a malfunction.

Model Number

Cable Port holes are located on the left or on the right side of the test chamber and shall be used for inserting measurement and control cables, other supply connections or additional equipment with rubber plug.

Standard specification shelves and shelf are added as required.

Drain out let pipe with suitable fittings.

Electrical connection 415 V AC +/- 10%, 3 phase/N/PE 50 Hz.

Model No.Temperature RangeZonesTest space dimensions in liters
ITTSC – 70 LO -70 °C to +200° C3/2100 Liter to 1000 Liter
ITTSC – 40 LO -40°C to +200°C3/2100 Liter to 1500 Liter

Our Thermal Shock Chamber Samples

Thermal Shock Chamber

Thermal Shock Chamber

Isotech Technologies

Thermal Shock Chamber

Thermal Shock Chamber

Isotech Technologies

Thermal Shock Chamber

Thermal Shock Chamber

Isotech Technologies

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    Frequently Asked Questions!

    Ans: Thermal shock testing is a process that evaluates how materials and products react to rapid temperature changes. It is crucial for assessing the durability and reliability of various components, ensuring they can withstand extreme environmental conditions.

    Ans: Thermal shock chambers are specialized testing equipment that subject specimens to extreme temperature variations to simulate real-world conditions. These chambers consist of two separate compartments, one for hot temperatures and the other for cold, with rapid transfer mechanisms to induce the desired shocks.

    Ans: ISOTECH is a leading thermal shock chamber manufacturer known for its high-quality, reliable, and customizable solutions. We have a proven track record of providing innovative testing equipment for various industries.

    Ans: Yes, ISOTECH offers a range of customization options to tailor thermal shock chambers to your specific testing needs, including chamber size, temperature range, and control systems.

    Ans: Thermal shock testing chambers are used in a wide range of industries, including aerospace, automotive, electronics, and telecommunications, to ensure product reliability in extreme conditions.

    Ans: Yes, ISOTECH designs and manufactures chambers that meet international standards and industry-specific testing requirements, such as MIL-STD, ASTM, and IEC standards.

    Ans: ISOTECH offers a variety of models with different temperature ranges. The range can vary from -70°C to +200°C or even wider, depending on the specific model and customer requirements.

    Ans: ISOTECH provides comprehensive maintenance and servicing support. Regular maintenance ensures the long-term reliability and accuracy of your thermal shock chamber.

    Ans: Lead times for custom orders may vary depending on the complexity of the system and current demand. ISOTECH strives to deliver timely solutions and can provide estimated lead times upon inquiry.

    Ans: Yes, ISOTECH offers training and support services to help customers operate their thermal shock chambers effectively and ensure accurate and repeatable testing results.
    For more information about ISOTECH’s thermal shock chambers, their features, or any specific inquiries, please don’t hesitate to contact our knowledgeable team.