Thermal Shock Test Chamber Ideal For Electronic & Automotive
Component Testing
A Thermal Shock Test Chamber is a specialized piece of equipment in
the realm of environmental testing. It plays a pivotal role in
determining how products withstand rapid and extreme temperature
changes, which are common stressors in many real-world
applications.
Major Function:
This system machine could be used for all types of electronic
products, electric applicance,and products from
communication,instrument,automobile,plastic,metal,food,chemical,building
materials,medical and aerospace industries,to test the performance
index under high and low temperature rapid change environment
condition for quality inspection management. |
Fulfill The Standard:
GB10589-89, GB10592-89, GB11158-89, GB/T5170.2-1996, GB2423.1-89,
GB2424.2-89,
GB2424.1-89, GJB150.5-86, QC/T17-92, EIA364-32, IEC68-2-14, etc.
Major Specification:
| Model | ND-50 | ND-80 | ND-100 | ND-150 | ND-252 |
| Capacity specification | 50L | 80L | 100L | 150L | 252L |
| Inner box size W*H*D(mm) | 400*350*360 | 500*400*400 | 500*500*400 | 600*500*500 | 700*600*600 |
| Outer box size W*H*D(mm) | 1560*1950*1380 | 1700*1800*1480 | 1700*1900*1480 | 1800*1900*2000 | 1900*2000*2400 |
| Box structure | This equipment is divided into: test area, low temperature cold
storage area, high temperature heat storage area |
| Test box temperature shock range | -40°C to +150°C (programmable and arbitrarily set) |
| Regenerative tank temperature range | 0°C～+180°C (programmable arbitrary setting) |
| Cooling tank temperature range | 0°C～-60°C (programmable arbitrary setting) |
| Controller control accuracy | ±0.2℃ |
| Temperature shock rate | Completed in 5 minutes |
| Outer box material | SUS#304 heat-resistant cold-resistant stainless steel plate |
| Inner box material | Heat-resistant and cold-resistant stainless steel plate,
first-grade light panel |
| Insulation Materials | High density glass wool and high strength PU foam insulation |
| Box uniformity | ±2℃ |
| Air circulation system | Japanese-made multi-wing centrifugal circulating fan, full-time
motor set |
| Heater | U-shaped fin type 304# seamless steel high-speed heating electric
heater. |
| Refrigeration Compressors | Using the French Taikang compressor |
| Refrigeration accessories | Taiwan Bend Medium Force Evaporator, Mare Fan, etc. |
| Cooling method | Air cooled |
| Test box load | 20KG |
| protective device | Compressor overheating, over temperature, overload, high pressure,
low pressure, oil pressure, over current, under phase, power outage
and other alarm warnings. |
| power supply | AC380V 50~60Hz 10~15KW |
Company Information:
Dongguan Neide Technology Co. Ltd located in Dongguan, Guangdong
province with convenient transportation access. We take immense
pride in our journey of excellence as a premier provider of
top-quality testing equipment. With our unwavering commitment to
innovation, we specialize in crafting cutting-edge environmental
test chambers and mechanical test machines.
Our extensive range includes temperature and humidity chambers,
thermal shock test chambers, tensile testing machines, and
vibration test machines. What sets us apart is our proficiency in
creating customized testing equipment tailored to your specific
needs.
At the heart of our operations lies a dedication to precision and
compliance. Our products are engineered to meet and exceed
international standards, such as ISO, ASTM, DIN, EN, GB, BS, JIS,
AMSI, UL, TAPPI, AATCC, and IEC.
This ensures that our solutions not only adhere to industry
benchmarks but set new standards of excellence. Our services and
products find applications across diverse sectors, including
R&D institutions, quality inspection establishments,
universities, and electronics and communications industries.
FAQ:
1. How fast can this thermal shock test chamber achieve the fastest
temperature transition? I have some electronic components that
require extremely high responsiveness to temperature changes for
testing.Answer: Our thermal shock test chamber can achieve a temperature
transition from +150°C to -65°C in as little as 3 minutes. This is
due to the coordinated operation of the highly efficient
refrigeration and heating systems, with specially designed
high-power compressors and high-heat-generating heaters, which are
sufficient to meet the testing requirements of high-demand samples
such as electronic components.
2. Is the operation interface complicated? The technical levels of my
team members vary, and it will be slow to get started if it's too
complex.
Answer: The operation interface is very user-friendly. It features a large
touch screen with a graphical menu, and each function has clear and
intuitive icons, along with an easy-to-understand guided operation
process. New employees can independently complete routine test
settings after about half an hour of basic training.
3. How long can the equipment run continuously? Some test projects
have long cycles, and I don't want the equipment to malfunction
midway.
Answer: This thermal shock test chamber has passed endurance tests and
can run stably for more than 30 consecutive days under full load.
Core components such as compressors and heaters are all selected
from high-quality industrial-grade products, combined with a
complete heat dissipation and self-monitoring system to meet the
needs of long-term operation.
4. With such large temperature changes, are there any protection
measures in case of leakage, overheating and other situations in
the equipment?
Answer: You don't need to worry about safety. The equipment has multiple
leakage protection devices. Once a leakage is detected, the power
will be cut off instantly. For overheating, when the internal
temperature approaches the critical value, the heating and cooling
systems will automatically shut down, while the strong exhaust fan
will start to dissipate heat, and an audible and visual alarm will
be triggered to notify the operator.
5. What is the energy consumption of the equipment like? Will the
electricity cost be high for long-term use?
Answer: The energy consumption is related to the temperature range and
transition frequency you set. Taking the conventional test
parameters for electronic components as an example, the daily power
consumption is about 10 - 15 kilowatt-hours. Compared with similar
equipment, the energy consumption is within a reasonable range and
will not cause an overly high electricity cost.
