Weiber Air To Air-thermal Shock Test Chamber 2 Zone

To observe the product characteristics and failure occurrences caused by different materials and their thermal expansion coefficients, thermal shock testing is subjected to the product. In thermal shock testing alternating high and low temperatures are fed in the chamber.

"Liquid-to-Liquid" type thermal shock testing is now attracting attention for its ability to impose higher thermal stress on specimens than "Air-to-Air" type testing, and to deliver test results more rapidly. We offers several configurations of Liquid to Liquid Thermal Shock Test Chamber

WEIBER Liquid Thermal Shock Chamber consist of separately controlled hot and cold baths.

Standards:

• GB/T 2443.1-2001 Test A: Low temp. Test
• GB/T 2443.2-2001 Test B: Low temp. Test
• GB/T 2443.22-2002 Test N: Low temp. Test
• GJB 150.3-1986 High Temp. Test
• GJB 150.4-1986 Low temp. Test

Special Features:

• Designed for single & dual-fluid use.
• Either single liquid brine or double liquid brine can be selected by simply switching the valve.
• Automatic shutters at bath inlets.
• Smooth transfer of specimen
• Enhanced air tighteness to prevent vapour and brine leakage
• Microprocessor temperature/humidity programmer.
• Computer communications, networking, data-logging software.
• Colour touch panel.
• HMI+PLC in one unit
• Door open and Door close alarm system.
• Inbuilt calibration system.
• Separate Inbuilt printer for printing graphs(optional).
• Cfc free REFRIGERATION UNIT
• Less use of Electrical and Mechanical Components on the Top and Bottom of Chamber - Provides easy maintenance of chamber, increases durability because of proper air circulation; cooling systems kept at bottom of the chamber to provide proper environment for compressor.
• Fullopening Door with Silicone Gaskets and Hinged on Left Side - Allows ease of complete access to the chamber and opening of door with less force; durable silicon gasket reduces temperature loss.
• Heated Vewing Window - Heated viewing window allows viewing fog generated and proper viewing of the test sample.
• Circulation Fan with Variable Speed -
  • Electrical efficiency Variable speed motor saves money by reducing energy bills, as it consumes less electricity than conventional motor.
  • Cooling Efficiency Variable speed enables gaining air conditioning efficiency or SEER.
  • Air Quality Variable speed motor helps clean the air efficiently. When the fan is in constant operation (indicated by the "Fan" setting on thermostat), the motor continues to slowly circulate air, allowing filters to capture more contaminants.
  • Humidity Control Variable speed motor combined with a Thermostat allows controlling the amount of humidity.
  • Quieter Operation Variable speed blower motor are significantly quieter thanits single-speed counterpart.
• Air Cooled Refrigerated System - Air cooled refrigeration system offer various benefits like
  • low fan power consumption
  • resistant to corrosion and freezing conditions
  • requires very low maintenance
  • Guaranteed long life operation