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Three box thermal shock test box, thermal shock test box, test box
Three box thermal shock test box, thermal shock test box, test box
Product details
The three box thermal shock test chamber is used to test the degree to which material structures or composite materials can withstand continuous environments from extremely low to extremely high temperatures in an instant. Test the chemical changes or physical damage caused by thermal expansion and contraction in Z within a short period of time. Applicable objects include metal, plastic, rubber, etc., which can serve as a reference for their products
The main technical parameters of the three box thermal shock test chamber are:
| Equipment name | LLC series: Cold and hot (high and low temperature) impact test chamber | |||||
| model | RTE—50 | RTE—80 | RTE—100 | |||
| internal volume | 50L | 80L | 100L | |||
| test method | Pneumatic air door switch 3 greenhouse modes | |||||
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High temperature zone | Preheating temperature range | +40℃~+200℃ | |||
| heating rate | +40℃~+200℃≤25min | |||||
| Low room area | Pre cooling temperature range | 0℃~80℃ | ||||
| cooling rate | 0℃~45℃≤45min | |||||
| Laboratory area | temperature uniformity | ±2℃ | ||||
| temperature range | -40℃~+150℃ | |||||
| Temperature recovery time | ≤5min | |||||
| testing mode | no-load | |||||
| Load bearing capacity of sample rack | 20KG | |||||
| Weight of the test sample | ≤5KG | |||||
| Studio size (mm) | 400*350*350㎜ | 400*500*400㎜ | 400*500*500㎜ | |||
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casing | SUS304 stainless steel brushed plate | ||||
| Liner | SUS304 mirror stainless steel plate | |||||
| heat insulation | Polyurethane foaming and ultrafine glass fiber | |||||
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Inspection
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nature
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High temperature chamber | heater | Nickel chromium alloy electric heater | |||
| fan | centrifugal fan | |||||
| Low-temperature chamber | Heater, cooler | Nickel chromium alloy electric heater, finned cooler, alloy cold storage device | ||||
| fan | centrifugal fan | |||||
| Refrigeration unit | Pneumatic cylinder | Used for driving various air doors during high temperature, ambient temperature, and low temperature exposure | ||||
| air compressor | Provide compressed air for driving pneumatic dampers (purchased separately) | |||||
| Cooling method | Mechanical refrigeration unit | |||||
| refrigeration compressor | Original German Valley Wheel or Bitzer Compressor | |||||
| refrigerant | R404 and R23 | |||||
| condenser | Stainless steel brazed plate heat exchanger | |||||
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Operation interface | 118.18 (W) × 89.38 (H) Japanese "OYO" control instrument in both Chinese and English formats, human-machine interface | ||||
| operation | Constant operation, program operation | |||||
| Program memory capacity | 100 programmable programs, each with up to 99 steps (segments) | |||||
| Set indicator range | Temperature: -100 ℃~+300 ℃ Humidity: 0~99.9% R · H | |||||
| resolution | Temperature: 0.01 ℃ Humidity: 0.1% R · H | |||||
| input | PT100 or T-shaped platinum resistor | |||||
| Control method | pid control | |||||
| communication | RS-232、 485 interface | |||||
| Printing function | Yokogawa 6 o'clock recorder from Japan (purchased separately) | |||||
| Auxiliary functions | Upper and lower limit alarm, self diagnosis, alarm display (cause of malfunction), timing device (automatic startup and shutdown) | |||||
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power supply | AC380 ± 10% V 50 ± 0.5Hz three-phase five wire system | ||||
| power | 45KW | |||||
| cooling circulating water | Water pressure: 0.2-0.4Mpa, water temperature ≤ 30 ℃ | |||||
| compressed air | 0.6~0.8Mpa | |||||
| Safety device | Leakage protector, fan overheating protection, compressor overheating, overload, overcurrent protection, phase sequence protection, over temperature protection, temperature deviation alarm, exhaust valve, compressed air pressure regulating switch, fuse. | |||||
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