High and low temperature loading testing machine

High and Low Temperature Loading Test Equipment
Uses of High and Low Temperature Test Chambers
High and Low Temperature Cycle Chambers can be used to assess and determine the storage and use of electrical, electronic, automotive and electrical materials and other products under high and low temperature environmental conditions. The adaptability is suitable for schools, factories, military industries, research institutes, and other units.
High and low temperature test chamber box structure
The box body is processed and formed by CNC machine tools, with a beautiful and elegant shape, and a non-reaction handle, making it easy to operate.
The inner liner of the box is made of imported high-grade stainless steel
mirror panel, and the outer liner of the box is made of steel plate spray-plastic, which increases the appearance texture and cleanliness.
The large observation window is equipped with a light to keep the inside of the box bright, and the tempered glass embedded in the heater allows for clear observation of the conditions inside the box at any time.
Equipped with a diameter
test hole, which can be used for external test power cord or signal line
High and low temperature test box control system
Temperature control adopts Japanese
Digital display touch button , touch setting digital and direct display, temperature control output power are all calculated by computer to achieve high precision and high efficiency of electricity consumption. If an error occurs, a warning number will be provided.
Optional imported programmable control instrument
Optional printer
The refrigerator adopts French original
Taikang
fully enclosed compressor.
The filter dryer, refrigerant flow window, repair valve, oil separator, solenoid valve, and liquid storage tank are all imported original parts.
The refrigeration system adopts a unit or binary low-temperature circuit system design.
Using a multi-wing blower to provide powerful air circulation to avoid any dead spots and achieve uniform temperature distribution in the test area.
The air circulation air outlet and return air design, the wind pressure and wind speed all meet the test standards, and the temperature can stabilize quickly when the door is opened.
The completely independent heating and cooling system can improve efficiency, reduce test costs, extend service life and reduce failure rates.
Over-temperature of the overall equipment, lack of phase of the overall equipment
Overload of the overall equipment of reverse phase, over-pressure of the refrigeration unit, timing of the overall equipment
Other protections include leakage operation indication, automatic shutdown after fault alarm, etc.