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​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber

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​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber

​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber
​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber ​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber

Large Image :  ​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber

Product Details:
Place of Origin: China
Brand Name: Haida
Certification: CE,,ISO
Model Number: HD-E703
Payment & Shipping Terms:
Minimum Order Quantity: 1
Price: Negotiation
Packaging Details: Strong Wooden Case
Delivery Time: 15 Days After Order
Payment Terms: L/C, T/T, D/A, D/P, Western Union, MoneyGram
Supply Ability: 75 Piece / Pieces Per Month

​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber

Temp. Fluctuation *2: ±1.8°C Pre-heat Upper Limit: +200°C
Temp. Heat Up Time*3: Ambient Temp. To +200°C Within 30min Pre-cool Lower Limit: -65°C
Temp. Pull Down Time*3: Ambient Temp. To -65°C Within 70min External Material: Cold-rolled Rust-proofed Steel Plate
Power Supply: AC380V, 50/60Hz, Three Phase , 30A Cooling Water Supply Pressure*6: 02~0.4Mpa
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environmental test chamber


environmental lab testing equipment

Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber


Thermal Shock Chamber.pdf



Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber is used to test or composite material structure, in an instant by the extremely high temperature and low temperature under continuous environment can endure degree, in order to in the shortest possible time to test its heat bilges cold shrink caused by chemical or physical damage


Meet The Standard:
GB/T2423.1 test method at low temperature;GB/T2423.2 high temperature test method;
GB/T2423.22 temperature test;GJB150.5 temperature impact test;
GJB360.7-87 temperature impact test;GJB367.2-87, 405 temperature impact test.
SJ/y73 T10187-91 series temperature test chamber SJ/y73 T10186-91 series temperature test chamber
IEC68-2-14 _ test method of GB/T2424.13 N_ temperature changes - 2002 test method for temperature change test guideline
GB/T2423.22-2002 temperature weathering test QC/T17-92 auto parts general rules
EIA364-32 thermal shock test program (temperature cycle) electric connector and socket of the environmental impact assessment


The Refrigeration System
refrigeration systems and compressors: To ensure the chamber cooling rate and minimum temperature requirements, the test chamber using binary cascade freon refrigeration system of a German COPELANDBAN composed of semi-hermetic compressors. Cascade refrigeration cycle system includes a high pressure and a low pressure refrigeration cycle, which is connected to the container evaporation condenser, evaporator and condenser will function as a low pressure circulation evaporator as a condenser of the high pressure circulation with.
Design and Application of refrigeration system energy regulation technology, an effective treatment can guarantee but also on energy and cooling capacity refrigeration systems can be adjusted in the case of the normal operation of the refrigeration unit, so that operating costs of the refrigeration system and failure down to a more state of the economy.

Refrigeration Works:

the level of the refrigeration cycle are used against the card if the cycle, which consists of two isothermal and two adiabatic processes, whose process is as follows: a refrigerant through the compressor adiabatic compression to a higher pressure, the power consumption the exhaust gas temperature after the refrigerant through the condenser isothermally in and around medium heat exchange medium heat to four weeks. After the refrigerant flows through the shutoff valve adiabatic expansion work, when the refrigerant temperature decreases. This loop again and again to achieve the purpose of cooling.




Two-zone test by means of damper switching

Three-zone chamber






Test area

High temp. exposure range*1

+60~ to +200°C

Low temp. exposure range*1

-65to 0 °C

Temp. fluctuation *2


Hot chamber

Pre-heat upper limit


Temp. heat up time*3

Ambient temp. to +200°C within 30min

Cold chamber

Pre-cool lower limit


Temp. pull down time*3

Ambient temp. to -65°C within 70min

Temp. recovery (2-zone)

Recovery conditions

Two-zone: High temp. exposure +125°C 30 min, Low temp. exposure -40°C 30 min; Specimen 6.5 kg (specimen basket 1.5kg) 

Temp. recovery time

Within 10 min.


External material

Cold-rolled rust-proofed steel plate

Test area material

SUS304 stainless steel


Manually operated door with unlock button


Strip wire heater

Refrigeration unit


Mechanical cascade refrigeration system


Hermetically sealed scroll compressor

Expansion mechanism

Electronic expansion valve


High temp side:R404A, Low temp side R23


Stainless steel welded plate heat exchanger

Air circulator

Sirocco fan

Damper driving unit

Air cylinder


Cable port with diameter 100mm on the left side (right side and tailor made diameter size are available as options), specimen power supply control terminal

Inside dimensions (W x H x D)

350 x 400 x 350

500 x 450 x 450


Test area capacity




Test area load

5 kg

10 kg


Outside dimensions (W x H x D)

1230 x 1830 x 1270

1380 x 1980 x 1370







Utility requirements


Allowable ambient conditions


Power supply

AC380V, 50/60Hz, three phase , 30A

Cooling water supply pressure*6


Cooling water supply rate*6

8m³ /h

Operating cooling water temp. range

+18 to 23 °C

Noise Level

70 dB or lower



1. If the high-temp exposure range lower limit + 60°C is required or the low temp exposure range lower limit -60°C, please select the “ambient-temperature exposure” option


2. If the temp fluctuation need to below ±1.8°C please select the “Low temp fluctuation package”


3. Temperature heat-up/pull down time are applicable only during independent chamber operation


4. If the automatically operated sliding door required, please select the “Automatically door package”


5. Air-cooled condenser / Water-cooled condenser both available


6. Apply on water-cooled condenser only

​Evaporative Condenser Thermal BTC Tye Air Circulation Thermal Shock Chamber 0




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Contact Person: Kelly

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