Sams Advanced Climatic Technologies Private Limited
Sams Advanced Climatic Technologies Private Limited
Patancheru, Hyderabad, Telangana
GST No. 36AAQCS3263C1ZA
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Thermal Shock Environmental Test Chambers

Our range of products include tsb liquid thermal shock chambers and tcc rapid rate cycling chambers.

TSB Liquid Thermal Shock Chambers

TSB Liquid Thermal Shock Chambers
  • TSB Liquid Thermal Shock Chambers
  • TSB Liquid Thermal Shock Chambers
  • TSB Liquid Thermal Shock Chambers
  • TSB Liquid Thermal Shock Chambers
  • TSB Liquid Thermal Shock Chambers
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Product Price :Get Latest Price

Product Details:

Power208 V
Model Name/NumberTSB-22
Interior Volume0.08 cu. ft. 2.1 Liters
Interior Dimensions4.7" x 4.7" x 5.9" 120 x 120 x 150 mm (W x D x H)
Temperature Range-65 to 200 Deg C, -85 to 392 Deg F
Maximum Sound Level65 dBA
Temperature Fluctuation+/- 2 Deg C

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.The TSB thermal shock chambers have been built to meet the demanding test requirements of Mil-Std 883 method 1011.9, which has become a defacto industrial standard for semiconductor devices. 

Serious cost savings:
  • ESPEC has led the industry in developing a sophisticated test chamber with multiple mechanisms to significantly reduce fluid usage. The new TSB-51 loses just 1.4 grams per test cycle, or less than a liter of fluid per 1,000 cycle test. The recovery system reduces fluid loss through enhanced airtightness, preventing leakage of evaporated thermal fluid from the test area. A fan draws air to a condensing coil that turns evaporated fluid into a liquid, returning it to the baths. The units also include a separation filter for removing water from the thermal fluid. A refrigerated cooling ring at the top of the hot bath helps limit evaporative losses. 
  • Easy to use: The TSB models have also includes our SCP-220TS touch-screen controller, making operation clear and easy.

Product Details:
  • Multiple mechanisms for reduction of fluid losses
  • Automatic shutters at bath inlets
  • Condensation pipe at the top rim of the high-temp bath
  • Vapor recycling unit in the transfer area
  • Designed for single (Galden) & dual-fluid (Fluorinert) use
  • Easily located, requires only electric power hook-up
  • Low noise of only 65 dBa

ESPEC’s Exclusive Touch-Screen Programmer:
  • NEW: USB and Ethernet interfaces included standard
  • User-friendly touch-screen operation with large 9" color display
  • Store 40 two-zone test programs
  • Programs may be written on a PC and uploaded via USB
  • The trend-graph display shows a record of setpoints and actual values
  • Operation data can be downloaded as needed, or continually, to USB
  • Two time signal relays for automated on/off control of test devices/samples
  • System alarms are stored in memory for historical review
  • Built-in timer functions allow the chamber to be started or shut down automatically
  • Pattern Manager Lite PC software for program editing and datalog viewing/exporting, to support USB functionality
  • Ethernet interface for remote monitoring and operation control, as well as data downloading

Test Standard Conformance:
  • IEC 60068-2-14 Nc - Rapid change of temperature, two-fluid-bath method
  • MIL-STD-883J Method 1011.9 - Military standard, test methods for microcircuits Thermal Shock
  • MIL-STD-202 Method 107 - Military standard, test methods for electronic and electrical component parts Thermal Shock
  • JESD22-A106B - Thermal Shock
  • IEC 60749-11 - Semiconductor devices, Mechanical and climatic test methods Part 11: Rapid change of temperature, Two-fluid-bath method
  • EIAJ ED-4701/307 - Environmental and endurance test methods for semiconductor devices Thermal Shock
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TCC Rapid Rate Cycling Chambers

TCC Rapid Rate Cycling Chambers
  • TCC Rapid Rate Cycling Chambers
  • TCC Rapid Rate Cycling Chambers
  • TCC Rapid Rate Cycling Chambers
  • TCC Rapid Rate Cycling Chambers
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Product Details:

Model Name/NumberTCC-151
Interior Volume6 cu. ft. 160 Liters
Interior Dimensions32" x 16" x 20" 800 x 400 x 500 mm (W x D x H)
Exterior Dimensions40" x 76" x 72" 1000 x 1915 x 1810 mm (W x D x H)
Temperature Range-70 to 180 Deg C, -94 to 356 Deg F
Power208V or 200/220V, 380/400V
Water Cooling Peak Demand18 GPM
Maximum Sound Level65 dBA
Refrigeration SystemCascade 10hp Scroll

Through simulation of wind volume and wind speed, TCC-150 can minimize specimen temperature variations, enabling more accurate quick temperature change testing. For specimen temperature, the ramp rate is 15°C/min. For air temperature,the ramp rate is 23°C/min (temperature heat-up average). To maintain a constant temperature change rate for test specimens, the TCC-150 uses a sensor (positioned by the user)for specimen temperature measurement,and a newly-developed high-speed controller that enables highly precise specimen temperature control. This controller enables measurement and control processing at a higher speed than conventional controllers.

Product Details:
  • Large-volume test area The test area can contain up to sixty substrates, when set vertically
  • Easy wiring access Clear cabinet sides allow easy access for specimen measurement
  • Cable ports are provided on the right as well as left sides of the chamber
  • Door hinge with self-closing prevention

Site requirements:
  • Cooling water supply
  • Quiet operation with sound levels below 65dB

Available options:
  • Paperless recorder with color display and CompactFlash storage
  • Strip chart recorder
  • Computer interface (IEEE-488 or RS-232)
  • Overcool protection
  • Casters
  • Specimen basket / shelf bracket
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Rajavardhan Rao (Managing Director)
Sams Advanced Climatic Technologies Private Limited
Plot No. 8&9B/29, Phase-1, IDA Patancheru, Hyderabad, Medak Taluk-., Bandalaguda
Hyderabad - 502319, Telangana, India


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