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Thermal Shock Test Chamber for Constant Temperature and Humidity IE31
This is a product overview page for the Programmable Thermal Cycling Shock Test Chamber, also known as the Programmable Hot Cold Shock Test Chamber or the Programmable Cryogenic Thermal Shock Chamber, from the IE31 Series. This chamber is designed for users of various products, including machines, components, electrical appliances, instruments, materials, coatings, and more, to test their products under different climate conditions. It is suitable for the electrical, electronic, mechanical industries, and other industries that require testing products, parts, and materials under high and low temperatures, as well as wet and thermal conditions. The chamber simulates temperature and humidity changes during cold and thermal shock tests, allowing for the evaluation of product quality.
The Thermal Shock Test Chamber from the IE31 Series is available in two different condenser systems:
The air-cooled condenser system is suitable for smaller chambers, while the water-cooled system is recommended for larger chambers. Both systems are designed to ensure efficient cooling and stable temperatures during testing.
The power supply for the Thermal Shock Test Chamber depends on the size of the chamber:
The AC380V power supply ensures stable and reliable operation of the chamber, while the 50Hz frequency is suitable for most countries. The power output ranges from 18KW to 25KW, depending on the size of the chamber.
The Thermal Shock Test Chamber has a wide temperature range of -40°C to +150°C, allowing for testing in extreme hot and cold conditions. This range covers most common temperature requirements for product testing.
The temperature recovery time for the Thermal Shock Test Chamber is less than 5 minutes. This means that the chamber can quickly return to the desired temperature after a thermal shock test, allowing for efficient and continuous testing.
The Programmable Thermal Cycling Shock Test Chamber from the IE31 Series is a reliable and efficient tool for testing products, parts, and materials under extreme temperature conditions. With its programmable features, air-cooled or water-cooled condenser system, and wide temperature range, this chamber is suitable for various industries and product types. The quick temperature recovery time also ensures efficient testing, making it a valuable asset for evaluating product quality.
Model | IE 3180L | IE 31100L | IE 31150L | IE 31225L | IE 31408L | |||
Temperature Range | -40℃ ~ +150℃ | |||||||
Temperature Fluctuation | ±1℃ | |||||||
Temperature Uniformity | ≦2.0℃ | |||||||
Temperature Recovery Time | Within 5 min | |||||||
Heating rate (heat storage area) | Up from RT to + 150℃ About 35m in is required | Up from RT to + 150℃ About 40m in is required | ||||||
Cooling rate (cold storage area) | Down from RT to-40℃ Approximately 55min is required | Down from RT to-40℃ Approximately 60min is required | ||||||
Internal box size: WxHxD(mm ) | 500x 400x400 | 500x 400x500 | 500x 600x500 | 500x750x600 | 600×850×800 | |||
Out chamber size: WxHxD(mm ) | 1480×1450 ×1950 | 1480×1485×2050 | 1500×1750×2150 | 1600×1900×2250 | 1800x2000x2500 | |||
Thermal insulation box | ● Outer wall material: high quality carbon steel plate, the surface for electrostatic color spray plastic treatment. The left side diameter of the box is φ 50mm hole ● Inner wall material: SUS304 # fog surface stainless steel plate. ● Thermal insulation material: hard polyurethane foam thermal insulation layer + glass fiber. | |||||||
Box door | Open the door alone, add the door frame heating wire at the door frame to prevent condensation at the door frame at low temperature. | |||||||
Observation window | A W 300 H 400mm observation window is installed on the box door. Multi-layer insulating electric thermal coated glass can effectively provide heat preservation and prevent condensation. | |||||||
Specimen holder | Stainless steel sample frame 2 layers, adjustable height, bearing weight of 30kg / layer. | |||||||
Refrigeration Compressor | France Tecumseh fully closed compressor | France Tecumseh fully closed compressor | Half-compact compressor in Bizel, Germany | Half-compact compressor in Bizel, Germany | Half-compact compressor in Bizel, Germany | |||
Cooling medium | Non-fluorine environmental protection refrigerant R404A R23 comply with environmental protection regulations, safe and non-toxic | |||||||
Condenser mode | air-cooled | air-cooled | water-cooled | water-cooled | water-cooled | |||
Safety protection device | Heater air defense incineration protection; heater over current protection; circulation fan over current overload protection; compressor high pressure protection;. Compressor overheat protection; compressor over current protection; over voltage under reverse phase protection; circuit breaker; leakage protection. | |||||||
Power source | AC380V;50Hz;18KW | AC 380;V50Hz;18KW | AC 380;V50Hz;22KW | AC 380;V50Hz;22KW | AC 380;V50Hz;25KW |
The thermal shock test chamber, also known as a programmable thermal cycling shock test chamber, is a specialized testing equipment designed and manufactured by INFINITY in China. It is widely used in various industries and fields for testing the performance and reliability of products under extreme temperature conditions.
The IE31 Series thermal shock chamber is programmable, meaning it can be set to run a specific temperature cycle and shock test according to the requirements of the product being tested. This makes it suitable for a wide range of products, from electronic components to automotive parts.
With a minimum order quantity of 1, the price of the thermal shock test chamber can be negotiated with the company. The packaging details include a clear sheet, sponge, and wood carton to ensure safe transportation of the equipment. The delivery time is 20-30 days after the order is confirmed, and various payment methods such as TT, PayPal, and Moneygram are accepted.
The thermal shock test chamber has a high supply ability of 200 sets per month, making it readily available for customers who require frequent testing of their products. It has a temperature uniformity of ≦2.0℃, ensuring accurate and reliable test results.
The chamber door of the IE31 Series is designed with a heating wire installed in the door frame to prevent condensation at low temperatures, ensuring a stable temperature inside the chamber. The test chamber is available in four different sizes - 80L, 150L, 225L, and 408L, to accommodate various sizes of products.
The insulation material used in the thermal shock test chamber is a hard polyurethane foam insulation layer with glass fiber, providing excellent thermal insulation and durability. The sample holder is made of stainless steel and has two layers, which can be adjusted in height to accommodate products of different sizes and weights, with a maximum weight capacity of 30kg per layer.
In summary, the IE31 Series thermal shock test chamber from INFINITY is a highly versatile and reliable equipment that can be used in various industries and fields. Its programmable features, advanced technology, and high-quality materials make it an ideal choice for conducting precise and accurate thermal shock tests.
Our thermal shock test chamber is carefully packaged to ensure safe and secure delivery to our customers. Each unit is wrapped in protective materials to prevent any damage during shipping. We also use sturdy outer cartons and secure strapping to further protect the product during transit.
We offer a range of shipping options to accommodate our customers' needs. For domestic orders, we use reliable courier services to ensure timely and efficient delivery. For international orders, we work with trusted freight forwarders to ensure safe and timely delivery to our customers around the world.
Upon delivery, the package will be inspected for any damage and signed for by the recipient. In the rare event that the product is damaged during shipping, we offer a warranty and will work with our customers to resolve any issues.