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3-Zone Thermal Shock Test Chamber

◆Adopt color touch screen control, friendly interface, and parameter recording function
◆Lower defrosting times, greatly improving test efficiency
◆Conversion time is less than 10 seconds, and temperature recovery time is less than 5 minutes
◆R232, R485 output interface, realize multiple remote monitoring and control
◆Error information is displayed in real time, easy to troubleshoot
◆Expand the capacity of the test area
◆Can easily perform test product plus cable wiring operations

Model

RJD-TS-150TB

RJD-TS-252TB

RJD-TS-336TB

Inner box size(mm)

W600D*500*H500

W700*D600*H600

W800*D700*H600

Dimensions(mm)

W1565*D1965*H1980

W1815*D2050*H2100

W1920*D2500*H2100

Shock temperature

Low temperature shock range

-10℃~-40℃

-10℃~-55℃

-10℃~-65℃

-10℃~-40℃

-10℃~-55℃

-10℃~-65℃

-10℃~-40℃

-10℃~-55℃

-10℃~-65℃

High temperature shock range

60℃~150℃

Preheating zone heating rate

3℃/min(customizable)

Precooling zone cooling rate

1℃/min(customizable)

Precooling zone temperature range

-10℃~-60℃

-10℃~-70℃

 -10℃~-80℃

-10℃~-60℃

-10℃~-70℃

 -10℃~-80℃

-10℃~-60℃

-10℃~-70℃

 -10℃~-80℃

Preheating temperature range

60℃~200℃

Dwell time

30min

Recovery time

5min to restore to within ±2℃

Temperature fluctuation

≤1℃

Damper switching time

≤5s

Structural parameters

Inner box material

SUS304 stainless steel

Outer box material

Galvanized sheet powder high temperature spray

Insulation material

Environmentally friendly hard polyurethane insulation material, thickness 100mm

Refrigeration system

Including: compressor, condenser, oil separator, filter dryer, solenoid valve, expansion valve and other refrigeration components
Water-cooled, air-cooled, single-stage fully sealed compressor unit, cascade semi-sealed compressor unit

Controller

Touch-type PLC architecture controller with multiple groups of intelligent PID control

Structural advantages

The vertical, hot and cold three-box structure is used to achieve the purpose of hot and cold shock test. This shock method minimizes the heat load during hot and cold shock and shortens the temperature recovery time.

Communication Protocol

Open communication protocol can be used with other devices

Protective devices

Compressor overload; compressor oil shortage; compressor overpressure; heater leakage protection; heater short circuit and overload protection; heating system overtemperature protection;

test space ultra-high temperature/ultra-low temperature protection (digital display); fan motor overheating; main power phase sequence and phase loss protection; overload and short circuit protection; three-color light alarm device;

emergency stop control; basket position alarm; test chamber shell grounding protection.

Temperature uniformity

AC380V±10% 50HZ±10%

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