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Power Supply: | 380V/ 220V |
Certification: | CE, ISO |
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1.1 Application | This equipment is suitable for electrical, electronic, mechanical and other products, parts, materials, etc. for low temperature and cold test, high and low temperature test and other product reliability tests. It has the characteristics of temperature and humidity control accuracy and wide control range, and the performance indicators comply with GB5170. 2.3.5.6-95 "Electrical and electronic products environmental test equipment basic parameter verification method low temperature, high temperature, constant damp heat, alternating damp heat test equipment" requirements Standards exceed the above listed may cause sample, device or human damage. |
1.2 Sample Restriction | Corrosive substance Biological substance Strong magnetic emitting resource substance Flammable, Explosive, Volatile substance |
1.3 Sample Requirement |
You should use the testing chamber based on following principals in order to get real and effective data: Loading weight in each cubic meet should not exceed 80Kgs. Loading volume should not exceed 1/5 of the total inner chamber volume The sample cross section on the wind flowing direction should not exceed 1/3 of the total chamber, to ensure air flow fluently. |
2.1 Useful Volume | About 225 Liters |
2.2 Inner Dimension | W700 mm*H700 mm*D480 mm |
2.3 Outer Dimension | About W900 mm*H1700 mm*D1910 mm(Not including the protruding part) Tips: For external dimensions, please confirm the three views according to the final design! |
2.4 Coverage | About 1.7m2 |
3.1 Testing Conditions | Device cooling method: Water Cool |
3.2 Temperature Range | -70ºC ~ +180ºC |
3.3 Temperature Fluctuation | ±0.5ºC |
3.4 Temperature Uniformity | <=2.0ºC |
3.5 Temperature Deviation | <=±2.0ºC |
3.6 Temperature Ramp Rate | -45ºC~+155ºC,Average 15ºC/min(No Load, non-linear) |
3.7 Load situation | Heating 1kw (at constant temperature of-40ºC |
3.8 Noise | <=68(dB) 1 meter distance from the door |
3.9 Standards Complied |
GB-2423.1-2008(IEC68-2-1)Test A: Cold Test GB-2423.2-2008(IEC68-2-2)Test B: Dry Heat Test GJB360.8-2009(MIL-STD.202F) Heat Aging Test GJBl50.3-2009 (MIL-STD-810D) high temperature test method. GJBl50.4-2009 (MIL-STD-810D) low temperature test method. |
4.1 Construction | Overall structure The chamber is made of three main parts: Temperature Isolation chamber, refrigerant system and electric control system |
4.2 Outside Construction | Anodize spray painting plate outside-with isolation material in the middle- SUS304 stainless steel inside. |
4.3 Outside Material | High quality cold cooled plate with static spray painting. Komeg Standard color. |
4.4 Inside Material | SUS304 stainless steel plate, full weld-jointing inside |
4.5 Isolation | 100mm Hard PU foam isolation, Fire resistance grade B2 |
4.6 Door |
Full size door, open to left side. Sealed by silicone stripe on the frame. Heating wires are installed at the door frames to prevent condensation at low temperatures |
4.7 Observation Window | Observation Windows on the door(size according to design), with multi-layers hollow glasses painted with electric heating layers to avoid condensation |
4.8 Control Panel | Temperature touch screen Controller, emergency stop, buzzer on the front control panel |
4.9 Refrigerant System | Including Compressor System, water collecting and drainage system, heat releasing system, electric control system |
4.10 Electric cabinet | Electric Distributor Heat releasing fan Main Power leakage breaker |
4.11 Standard Equipment |
One Testing Hole on each side with Diameter 50mm with silicone lid 2 Sample Holders, each capacity 30 Kgs 1 Observation Window Light 24VDC LED light, on/off controlled on controller. 4 moving Casters with fixing goblets on each |
5.1 Characteristic | Adjusting and Controlling: Force air circulation air conditioning; Separate cooling and heating system with PID continuous control, to avoid energy consumption by cooling and heating over shot. |
5.2 Air Circulation | High efficiency fan driven by stainless axis and motor fixed outside. The air is driven by air to flow over heater and condenser. When the air is cooled or heated to certain temperature, it will be driven into the chamber to heat or cool the samples. |
5.3 Fan Motor | Long Axis Low Voltage and High Temperature Resistance Induction Motor |
5.4 Centrifugal Blower | Multi-wings centrifugal blowers with aluminum alloy blades |
5.5 Heater | Armored high quality heater with SSR control and separate over temperature protector. Heater temperature rises up after power on. When air flow over the heater, air temperature will rises up and transfer heat to inside chamber and heat the samples. Heating power will be controlled by PID accurately and output through solid relay |
5.6 Cooling | Direct Cooling Refrigerant system offers sufficient low temperature coolant, so the temperature on the heat exchanger will be lower than surrounding air. Heat in the surrounding air will be absorbed by heat exchanger and transferred out of the chamber. In this way, the air will be cooled. Cooling power will be controlled by PID accurately, and output through Solenoid-valve. |