Thermal Shock
stress testing by rapidly changing temperature.
See Also: Thermal, Shock, Thermal Test, Thermal Shock Chambers
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Thermal Shock Testing
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DATASYST Engineering & Testing Services, Inc.
Thermal shot testing is a accomplished through the use of two-zone temperature chambers where the unit under test is shuttled between chambers.
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Product
Thermal Shock Chamber
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Allows for the rapid transfer of products between temperature extremes, or the alternating heating and cooling of test articles in cyclical manner.
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Product
High and Low Temperature Thermal Shock Chamber
HLST-500D
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The specimen is placed in test chamber specimen which cannot be placed in high temperature chamber or low temperature chamber. High temperature chamber pre-heats the air and low temperature air chamber pre-cools the air. When doing the test of temperature changing from high to low, the low temperature chamber will blow the pre-cooled air to the test chamber. Then, the air in test chamber will reach your target temperature in several minutes (“recover time”). When doing the test of temperature changing from low to high, the high temperature chamber will blow the pre-heated air to the test chamber. Then the air in test chamber will reach your target temperature within the recover time.
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Liquid-To-Liquid Thermal Shock Chambers
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Purchasing a liquid thermal shock chamber needs close consideration of the long term operating costs. The specialized liquids used can easily evaporate, causing the loss of thousands of dollars of fluid per year, if not properly contained. Liquid-to-liquid thermal shock testing is typically conducted to apply very strong, repetitive thermal stress to test pieces. It can model a product's ability to withstand thermally-induced size changes, crack resistance, hermetic integrity, and changes in electrical properties. This form of testing provides a very rapid temperature shock recovery of conditions, and it can significantly reduce testing time by requiring shorter soaks and less cycles.
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Product
Thermal Shock Chambers
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We provide a large selection of thermal shock chambers to accommodate various types of product testing. Thermal Shock Chambers perform tailored environmental stress screening of component and board electronic assemblies. Our unique chamber design transfers product between two extreme temperature-controlled chambers, passing equal volumes of high velocity conditioned air over the product and resulting in rapid product temperature changes. The induced thermal stresses can reveal hidden manufacturing defects in electronic sub-assemblies and other components by the expansion and contraction of critical parts.
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TSA Thermal Shock Chambers
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Traditional three-zone thermal shock chambers can be quite large, as three separate chambers are used. The TSA series has just one chamber, substantially reducing its size. Instead, it circulates cold, hot, or ambient air as needed. The conditioned air is pre-cooled or pre-heated beyond the setpoint, allowing quicker recovery of the desired condition after transfer.
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Thermal Shock Chamber
ETS-Series
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air-to-air and liquid-to-liquid Thermal Shock Chambers from Envisys are available in different volumes to suit the varied testing needs. Horizontal or vertical models consisting of cold and hot zones with product carrier basket of sizes 50, 100, 150, 300, 600 and 900 litres which transfers the specimen under test between cold and hot zones using electro pneumatic / motorized basket movement.
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Thermal Shock Chambers
VTS-Series
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Vertical Thermal Shock chambers consist of two separately controlled hot and cold zones. Product is transferred between these zones for rapid product temperature changes. Thermal Shock Chambers are designed to perform tailored environmental stress screening of component and board level electronic assemblies. The return on investment in both actual savings and customer confidence adds greatly to the value of electronic assemblies screened in a CSZ thermal shock system.
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Thermal Shock Test Chambers
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How well does your product stand up to the shock of extreme thermal temperature changes? Tenney Environmental's thermal shock test chambers take products from 200°C to -65°C in just seconds.
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Product
Thermal Shock Chambers
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Specialized environmental test devices that rapidly move products between extreme hot and cold temperatures to simulate real-world stress.
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Product
IEC60884-1 Low Temperature Thermal Shock Test Device
CX-DWC
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Shenzhen Chuangxin Instruments Co., Ltd.
IEC60884-1 Uses: It is used to evaluate the impact resistance of electrical accessories under low temperature conditions, and also to evaluate the low temperature impact resistance of wire and cable.
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Thermal Shock Chamber
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Sanwood Environmental Chambers Co ., Ltd.
Three zone thermal shock chamber uses the test material structure or composite material to withstand the degree of extreme high temperature and low temperature in a continuous environment in an instant, so as to test the chemical changes or physical damage caused by thermal expansion and contraction in the shortest time.
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Thermal Shock Chamber
ATS Series
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Thermotron thermal shock chambers meet a variety of testing needs and come in three configurations: vertical, horizontal, and double duty. A product transfer mechanism automatically transfers products under test from hot to cold zones and back when programmed in the controller.
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Thermal Shock Environmental Test Chamber
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Guangdong Bell Experiment Equipment Co.,Ltd
DGBell’s Thermal Shock Chamber provide the sudden temperature changes between extreme cold and extreme hot from -65℃ to 150℃ (customized available), specially for environmental stress screen test of the industries that rely on thermal testing, such as component, board electronic assemblies, defense, material stress, consumer products etc. The thermal shock test can cause faulting or cracking by the expansion and contraction on the products, indicates the hidden manufacturing defects. Bell’s Thermal Shock Chamber ensure you to launch qualified product to the market.
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Product
Thermal Shock Test Chamber (3 Zone)
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Guangdong Test EQ Equipment co., Ltd.
- Divided into a high-temperature zone, low-temperature zone, and test zone. The test product is placed in the test zone, and the temperature from the high-temperature zone or low-temperature zone is applied to the test zone for thermal shock. The test product remains static during the test.- Equiped with a touch-screen control interface for easy operation.- Temperature is transferred to the test zone using a wind route switching method to perform thermal shock testing.- The maximum duration of high-temperature or low-temperature shock can reach 999 hours, and the maximum cycle period can reach 9999 cycles.- The system can operate in automatic cycle mode or manually select specific shocks. It can be set to perform two-zone or three-zone shocks, as well as cold-to-hot or hot-to-cold transitions.- The cooling system utilizes a dual refrigeration system, providing fast cooling. Water cooling is employed as the cooling method.- Testing can be performed at room temperature.
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Rotary Thermal Shock Chambers
TS Series
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A Bemco exclusive product, the TS Series of Turboshock Rotary Thermal Shock Chambers feature an electrically driven, 180 degree reversing, rotating wall located between two chambers, one hot and one cold. Two loads can be handled simultaneously. Front loading and rear access doors allow full entry to each zone.
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Thermal Shock Chamber
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Wewon Environmental Chambers Co, Ltd.
Makes it possible to quickly and autonomously transfer test items back and forth repeatedly between a hot and cold environment.
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Thermal Shock Chambers
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The chamber is divided into 3 parts:Hight temperature zone, low temperature zone, and the testing zone. Special heat isolating structure and preserve cold and heat treatment.
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Laser Power and Targeting
ST60 Quad
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A four-channel silicon-based thermopile detector in a TO-5 package. Each small active area size is 0.61mm x 0.61mm. This is our lowest-cost and fastest time constant four-channel detector. It delivers a time constant of 18ms with Nitrogen encapsulation gas combined with a very low Temperature Coefficient of Responsivity of -0.04%/C. This detector has a very short thermal shock response to ambient temperature change.
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2-Zone and 3-Zone Vertical Thermal Shock Chambers
FS
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Originally developed for testing microelectronic devices for use in military and aerospace electronic systems, Bemco Vertical Thermal Shock Chambers are widely used for screening and quality evaluation of smaller electronic parts.
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Vertical Thermal Shock Chambers
FSV Series
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Bemco FSV Series Vertical Thermal Shock chambers are available in two zone (FS2V - hot and cold) and three zone (FS3V hot - cold - hot) versions, with two temperature ranges (-75 C to +200 C or -160 C to +200 C), and two types of cooling systems (all mechanical cooling - no expendable refrigerant required, or all LN2). Very low temperature, -160 C chambers, are always liquid nitrogen cooled. Two zone chambers are offered in four standard sizes, while three zone chambers are offered in three standard sizes.
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Temperature Measurement IR Sensors & Detectors
ST120 TO-5
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A single-channel silicon-based thermopile provides lowest cost solutions in a small active area of 1.2mm x 1.2mm in a TO-5 package. Time constant of 25ms with Nitrogen encapsulation gas. Delivers a very low Temperature Coefficient of Responsivity of -0.04%/C. This detector has a very short thermal shock response to ambient temperature change.
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Environmental Test Chambers
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Infinity Machine International Inc.
Environmental Test Chambers by Infinity Machine International Inc. - for applications such as hydrostatic test chamber for soles, thermal shock chambers, temperature and humidity test chambers, rainproof testers, UV light testing, and more.
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Small Form Factor Mission Computers
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Curtiss-Wright Defense Solutions
Our commercial off-the-shelf (COTS), small form factor (SFF) mission computer systems feature modular, expandable designs that pair powerful graphics and data processing capabilities with ultra-reliable mechanical robustness. The Parvus DuraCOR line of field-tested, MIL-STD qualified mission processors has been proven in the harshest C5ISR applications, performing reliably under thermal, shock, and vibration extremes.
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Temperature Measurement IR Sensors & Detectors
ST150 With Diffractive Lens
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A single-channel silicon-based thermopile with integrated diffractive lens and internal baffle that delivers a very low Temperature Coefficient of Responsivity of -0.04%/C with a high output voltage, 19.5 FOV and a quick time constant of 38ms. This Low-cost detector comes in a TO-5 package and has a very short thermal shock response to ambient temperature change.
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Temperature Measurement IR Sensors & Detectors
ST60 LCC
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A single-channel silicon-based thermopile in a LCC package for surface mount assembly in a small active area of 0.61mm x 0.61mm. Time constant of 18ms with Nitrogen encapsulation gas. Delivers a very low Temperature Coefficient of Responsivity of -0.04%/C. This detector has a very short thermal shock response to ambient temperature chang
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Material Test/Cure Rooms
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Our walk-in Materials Test and Cure Rooms offer reliable, efficient environmental controls for a variety of applications including shelf-life testing and storage, ceramic and concrete wet and dry cure regimens (including ASTM-compliant units), thermal shock chambers, general, medical and packaging materials.
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Temperature Measurement IR Sensors & Detectors
ST60 High Temperature
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A single-channel silicon-based thermopile that will withstand operating temperatures of 225C, with a small active area of 0.61mm x 0.61mm in a TO-5 package. The reduced height package functions as an internal aperture. Two thermistor options provide ambient package temperature measurement. Currently only available with 8-14um silicon window. Time constant of 18ms with Nitrogen encapsulation gas delivers a very low Temperature Coefficient of Responsivity of -0.4%C. This detector has a very short thermal shock response to ambient temperature change.
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Product
Ground Isolated ICP® Pressure Sensors For High Frequency
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PCB® Series 102B is a ground isolated version of the Series 113B. These sensors have all of the same features and benefits of the 113B Series, plus the added benefit of isolation, which helps prevent ground loop problems. This series can accommodate an optional ablative coating (Prefix: CA) to protect the diaphragm from thermal shock in flash-temperature applications.
