Thermal Shock Test Chambers
Thermal Shock Test Chambers
Thermal Shock Modules for High Speed Thermal Shock Testing
Turn Your AGREE Chamber into a True Thermal Shock System
The TSM Thermal Shock Module upgrades your existing AGREE chamber into a fully functional thermal shock chamber, delivering faster qualification testing, improved control, and seamless integration without the cost or footprint of standalone thermal shock test equipment.
Designed to replicate severe temperature transitions, the TSM converts an environmental chamber into a two-zone thermal shock test chamber capable of meeting demanding qualification and reliability requirements.
Thermal Shock Modules for High Speed Thermal Shock Testing
Turn Your AGREE Chamber into a True Thermal Shock System
The TSM Thermal Shock Module upgrades your existing AGREE chamber into a fully functional thermal shock chamber, delivering faster qualification testing, improved control, and seamless integration without the cost or footprint of standalone thermal shock test equipment.
Designed to replicate severe temperature transitions, the TSM converts an environmental chamber into a two-zone thermal shock test chamber capable of meeting demanding qualification and reliability requirements.
How It Works - Simple and Efficient
- Position & Connect – Roll the TSM into place beneath your AGREE chamber. Connect power and air to prepare for operation.
- Load & Precondition – While the hot and cold zones stabilize, load the test article to maximize throughput and minimize idle time before thermal shock testing begins.
- Automated Cycle Control – The integrated controller manages all transfers and dwells, executing the thermal cycle without manual intervention.
- Fast, Repeatable Transfers – The moving platform moves the test article between temperature zones in seconds, ensuring repeatable thermal shock exposure and constant stress application.
- Fully Integrated Workflow – Upon completion of the cycle, the article returns to the cold zone for easy removal and post-test inspection.
How It Works - Simple and Efficient
- Position & Connect – Roll the TSM into place beneath your AGREE chamber. Connect power and air to prepare for operation.
- Load & Precondition – While the hot and cold zones stabilize, load the test article to maximize throughput and minimize idle time before thermal shock testing begins.
- Automated Cycle Control – The integrated controller manages all transfers and dwells, executing the thermal cycle without manual intervention.
- Fast, Repeatable Transfers – The moving platform moves the test article between temperature zones in seconds, ensuring repeatable thermal shock exposure and constant stress application.
- Fully Integrated Workflow – Upon completion of the cycle, the article returns to the cold zone for easy removal and post-test inspection.
Thermal Shock Modules
Utility Requirements
Air-80 P.S.I (Clean, Dry)
Power
460V AC/3/60 - 18 F.L.A.
230V AC/3/60 - 36 F.L.A.
208V AC/3/60 - 40 F.L.A.
Dimensions
Example: 32 cu. ft. AGREE Chamber
TSM-32 Cabinet 40”W x 40”0 x 26”H
Moving Platform 34” x 34”
Note: Dimensions will change as the AGREE Chambers dimensions on other sizes
change.
Transfer Time
For hot to cold and cold to hot: 3-5 seconds adjustable, enabling aggressive thermal shock profiles commonly required in qualification testing.
Instrumentation
Watlow Programmer/Controller System switches with indicating lights.
Safety Features
Electrical interlock with chamber door, excessive product temperature, auto shut off, audible and visual alarm, ensuring operator and test article protection during thermal shock testing.
Construction
Inner liner series 300 stainless steel, heliarc welded, supporting long term durability under related thermal shock cycles.
Exterior Cabinet
Welded 16 gauge steel, cleaned, and primed with air dried, liquid sprayed finish
Insulation
Movable platforms, diaphragm rail inserts and side walls insulated with low “K” non-settling, ovengrade, fiberglass insulation, maintaining thermal separation between hot and cold zones.
Optional
Recorder to provide a printed record of cycle times and temperatures of cold chamber and hot chamber, supporting documentation and traceability for testing programs.
Thermal Shock Modules
Utility Requirements
Air-80 P.S.I (Clean, Dry)
Power
460V AC/3/60 - 18 F.L.A.
230V AC/3/60 - 36 F.L.A.
208V AC/3/60 - 40 F.L.A.
Dimensions
Example: 32 cu. ft. AGREE Chamber
TSM-32 Cabinet 40”W x 40”0 x 26”H
Moving Platform 34” x 34”
Note: Dimensions will change as the AGREE Chambers dimensions on other sizes
change.
Exterior Cabinet
Welded 16 gauge steel, cleaned, and primed with air dried, liquid sprayed finish
Transfer Time
For hot to cold and cold to hot: 3-5 seconds adjustable, enabling aggressive thermal shock profiles commonly required in qualification testing.
Instrumentation
Watlow Programmer/Controller System switches with indicating lights.
Safety Features
Electrical interlock with chamber door, excessive product temperature, auto shut off, audible and visual alarm, ensuring operator and test article protection during thermal shock testing.
Construction
Inner liner series 300 stainless steel, heliarc welded
Insulation
Movable platforms, diaphragm rail inserts and side walls insulated with low “K” non-settling, ovengrade, fiberglass insulation, maintaining thermal separation between hot and cold zones.
Optional
Recorder to provide a printed record of cycle times and temperatures of cold chamber and hot chamber, supportin documentation and traceability for testing programs.