Designed to cater to versatile demands of clients, these thermal shock chambers mark their sturdy presence in the industry. Comprehending distinctive testing needs of clients, we have put across versions that include air to air thermal shock chambers-CST series, and liquid to liquid thermal shock chambers-CSTL series. Plus, the series includes horizontal or vertical chambers developed with 2/3 compartments parallel to 2/3 distinct temperature levels-hot, cold, and ambient. Users have the ease of keyboard and display supported by the µPLC-based control system that also facilitates automatic running of pre-defined test cycles. The capacity ranges from 27 litres to 1000 litres.

Some noticeable features of this range of chambers include:

• less than 10 seconds of basket transfer time from one compartment to the other,
• elevated response speed and linearity in the range, -100° C/+200° C,
• absence of radiating heat inside the chamber and low thermal inertia that facilitates swift recovery and stabilization time during the hot to cold and cold to hot transfers,
• usage of ecological refrigerants including R404a, and R23
• doors (with automatic system) that are capable of blocking the running test during their opening.

Designed to cater to versatile demands of clients, these thermal shock chambers mark their sturdy presence in the industry. Comprehending distinctive testing needs of clients, we have put across versions that include air to air thermal shock chambers-CST series, and liquid to liquid thermal shock chambers-CSTL series. Plus, the series includes horizontal or vertical chambers developed with 2/3 compartments parallel to 2/3 distinct temperature levels-hot, cold, and ambient. Users have the ease of keyboard and display supported by the µPLC-based control system that also facilitates automatic running of pre-defined test cycles. The capacity ranges from 27 litres to 1000 litres.

Some noticeable features of this range of chambers include:

• less than 10 seconds of basket transfer time from one compartment to the other,
• elevated response speed and linearity in the range, -100° C/+200° C,
• absence of radiating heat inside the chamber and low thermal inertia that facilitates swift recovery and stabilization time during the hot to cold and cold to hot transfers,
• usage of ecological refrigerants including R404a, and R23
• doors (with automatic system) that are capable of blocking the running test during their opening.