Programmable thermal shock test chamber (two-slot type) CTS-100L

Programmable thermal shock test chamber (two-slot type) CTS-100L

Programmable thermal shock test chamber (two-slot type) CTS-100L

The CTS Thermal Shock Test Chamber evaluates materials or products right after they experience extreme high and low temperatures. This programmable thermal shock test chamber detects chemical changes and physical damage caused by thermal expansion or contraction.

Technical Sheet

Model

CTS-50L

CTS-100L

CTS-150L

Inner size of each zone

350x350x400 mm

500x400x500 mm

600x500x500 mm

Structural design

Two test zones (Hot chamber and cold chamber)

External chamber size

The external size should be subject to the physical object

Temp. range

-40 ~ +150  ℃ 

Preheating temp. range

RT~+200 ℃

Precooling temp. range

-10~ -60

Preheating time 

RT~ +200℃ need about 30min, average, nonlinearity, no load

Precooling time 

RT~ -60℃ need about 60min, average, nonlinearity, no load

Temperature fluctuation

≤±0.5℃

Temperature deviation

≤±2℃

Temperature uniformity

≤±2℃

Structure and materials

External chamber

Stainless steel mirror paint

Inner chamber

SUS304 # stainless steel plate

Insulating layer

Hardamine lipid foam and glass cotton

Max load of chamber

5KG~20KG

Door 

Two independent door

Seal

Original imported silicone seal strip

Transportation method

Use chain to transport basket between hot chamber and cold chamber

Heating and cooling system

Heating system

Finned ni-Cr electric heat pipe

Cooling system

French Tecumesh fully enclosed piston compressor or German Bitzer semi-hermetic compressor, two-stage cascade refrigeration

Cooling way

Air cooling or water cooling

 

 

Details of main components

Air supply temperature measurement system

Air supply characteristic

High uniformity of upper air discharge and lower air return

Circulating motor

Low voltage asynchronous motor

Wind turbine

Multi-wing centrifugal circulating fan with high and low temperature aluminum alloy blades

 

Sensor

PT100 platinum resistance temperature and humidity sensor. (wet and dry bulb)

 

 

Cooling System

Air cooling method

Piston reciprocating compressor

Compressor

French-Tecumesh fully enclosed piston

compressor or

German-Bitzer semi-hermetic compressor,

 

Refrigerating fluid

Non-fluorine environmental refrigerant

R404A and R23

 

 

Condenser

Air-cooled fin type (32mm inlet and outlet pipe diameter)

 

Evaporator

High efficiency multi-stage finned evaporator with hydrophilic membrane (fin thickened)

 

Oil separator

Emerson AW

 

Expansion valve

Danfoss thermal expansion valve

 

Magnetic Valve

Saku Palace and Danfoss in Japan

 

 sight glass

Danfoss

 

Other accessories

All are international brand quality products (right picture: filter dryer)

 

7Dehumidification

1. Cryodehumidification by refrigeration system (the air in the box passes through the evaporator at a temperature lower than the dew point, and the water is precipitated).

System features

1 Adopts (BTHC) balanced temperature and humidity regulation mode, automatically switches the flow rate of the refrigeration system according to different working conditions, and cuts off the redundant system in the constant section to maintain energy saving operation and cooling control.

2 Multi-stage evaporator combination, can obtain more uniform and efficient cold volume exchange efficiency and refrigeration output;

3.The flow control is automatically adjusted by the corresponding thermal expansion valve;

 

Heating system

Heating tube

Bare wire nickel chromium alloy electric heating tube

 

Control mode

High precision contactless switch control is realized by the output signal of the controller through the SSR solid state relay. (Right picture is Swiss Jiale solid state relay).