Reproduce Real-World Temperature Environments and Discover New Characteristics of Materials
The thermostatic chamber controls the temperature in the testing space, enabling tensile, bending, and compression tests under a variety of temperature conditions.
Features
The temperature can be set using special software
The temperature can be set, and the temperature data from the thermostatic chamber can be recorded, using TRAPEZIUM X-V software.
Wide temperature control range
With liquid nitrogen gas spray control, the low-temperature region can be controlled down to -70 ℃!
The high-temperature region can be controlled up to 300 ℃!
Reaches set temperatures faster!
Approximately 25 minutes to increase to 300 ℃
Approximately 25 minutes to decrease to -70 ℃
Thermostatic chamber positioning is easy
A new stand with rails has been added to the lineup, enabling easy positioning of the thermostatic chamber in the testing space.
Main Unit - Standard Height
Temperature Usage Range *1 *2 - -70 to +300 ℃
Heating system - Heater
Cooling System *3 - Liquid Nitrogen Gas Spray
External Dimensions - Width - Caster Type: 680 mm; Rail Type: 410 mm
External Dimensions - Depth - Caster Type: 860 mm; Rail Type: 1280 mm
External Dimensions - Height - Caster Type: 1405 to 1815 mm
Rail Type: 1300 to 1730 mm
Chamber Inner Dimension - Width - 300 mm
Chamber Inner Dimension - Depth - 300 mm
Chamber Inner Dimension - Height - 600 mm
Weight -
Caster Type: 80 kg
Rail Type: 70 kg
Power requirement - Single-phase 200 to 230 V, 50/60 Hz
Power Capacity - 2.7 kVA for 200 V; 3.5 kVA for 230 V
Temperature Increase Rate *4 - 25 minutes from room temperature to 300 ℃