The High & Low-Temperature Aging Test (Chamber) Zoom is designed to replicate a hostile environment of high temperature to test the reliability and stability of important laboratory equipment. It is a significant step for the manufacturing industry to improve products quality and competitive ability. The chamber is widely used in the electrical and electronic industry, semiconductor, consumer electronics, computer devices, telecommunications, biology and pharmacy industry and chemistry industry, etc. The test can tell the defective products or components and provide solutions to solve the problems and to improve production and products quality.
Features
• Multiple sets of independent temperature protectors, to prevent temperature out of control.
• Special design on box structure, for effective heat preservation and insulation.
• Modular fabrication technique.
• APP for mobile management.
• Patented air circulation system improves test’s accuracy.
• The smart program protects all equipment by monitoring overcurrent, overheat, abnormal power supply and other working malfunctions.
• Independent thermal protector and sensors keep test specimen off over-temperature, breezeless and smog.
• Automatic exhaust function is under control.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Optional remote service function and video CD of equipment operation.
Accessories
Brochure for High-Temperature Aging Chambers and Rooms
The High and Low Temperature (Humidity) Low Air Pressure Testing Chamber is a testing device that simulates temperature, humidity, high (low) climate environment. It is mainly used in aviation, aerospace, electronics, national defence, scientific research and other industrial departments of science and technology products or material components’ climate resistance experiment. These test chambers are to assess products or material components’ adaptability during usage, storage, transportation, which is subject to high or low temperature, muggy, and low air pressure environment.
Features
• Modular fabrication technique.
• Intelligent 32 bit measuring and control system with a colorful screen.Interface USB and Ethernet.
• APP mobility management.
• Built-in radiation shield effectively guarantees temperature uniformity in low air pressure state.
• The smart program protects all equipment by monitoring overcurrent, overheat, abnormal power supply and other working malfunctions.
• Power-failure and power-recovery operation selection.
• Network video monitoring is synchronized with test data.
• Visible observation window for real-time monitoring.
• Automatic water supply device equipped with ultrapure filtration system and water shortage reminder.(ECQ series)
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
1.Optional Accessories
• Independent sensor for protecting test specimen(compliant with NE60519-2.1993)
• Lead through Φ50mm
• Nitrogen gas auxiliary device
• Accessory bag
• Software for Internet-based management
• Video monitor system
• APP for mobile management
• Rapid release of pressure device
• Rapid recovered pressure device
2.Standard Accessories
• Testing electrode
• Electronic temperature and humidity sensor
Brochure for Temperature and Climate and Low Air Pressure Test Chambers
The Rapid Temperature Changing (Humidity) Test Chamber is suitable for a whole product, parts, material testing. It can run with high temperature, low temperature, high-low temperature cycling test or environmental stress screening test. Mainly test whether products’ adaptive capacity and characteristic changes when the chamber simulates the case of Temperature & Humidity climate environment and Temperature & Humidity Changing environment. It is prevailing in many fields such as military, aerospace, shipbuilding, manufacturing and quality management.
Features
• Dry air blowing system prevents the surface of test specimen from dewing while temperature changes rapidly.
• Modular fabrication technique.
• Intelligent 32 bit measuring and control system with a colourful screen. Interface USB and Ethernet
• Programmable power outlet with 4-CH. ON/OFF output control, to ensure safety.
• Patented air circulation system improves test’s accuracy.
• Independent thermal protector and sensors keep test specimen off over-temperature,
breezeless and smog.
• Network video monitoring is synchronized with test data.
• Patent: Self-developed humidity chamber structure without condensation (ESC series)
• APP mobility management.
• Automatic water supply device is equipped with an ultrapure filtration system and water shortage reminder. (ECS series)
• Strong control ability in ultra-low humidity range: 20℃/10％RH.
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
1. Optional Accessories
• Independent sensor for protecting the test specimen(compliant with NE60519-2.1993）
• Lead through Φ100mm
• The automatic water supply device
• Nitrogen gas auxiliary device
• Accessory bag
• Software for Internet-based management
• Video monitor system
• APP for mobile management
2. Standard Accessories
• 3 Power outlets for test specimen
• Left and right lead through with Φ50mm
• 2 Silicon stoppers for the lead through
• 2 Stainless steel shelves
• Drier filter for compressing air
• 1 Water tank with 20L for ECS series
• 1 Water Filter for ECS series
Brochure for Rapid Temperature Change and Climate Test Chambers
The Rapid-Rate Thermal Stress Test Chamber consists of a high-temperature zone (preheat zone) and low-temperature zone (precool zone). The samples are put on a platform which can move fast from cold zone to hot zone to make a thermal shock test. The testing samples can transfer rapidly from different temperature zones with a time less than 10 seconds, which is much faster than the High and Low Temperature (2-zone) Thermal Shock Test Chamber. This kind of test chambers is designed to test the reliabilities to rapid-rate temperature change of a complete product, machine components and parts and materials. It can test the samples’ chemical changes or physical damages aroused by thermal expansion in the shortest time, and also know of the effects on the samples under one or several times of tests with rapid-rate temperature change.
Features
• Modular fabrication technique.
• Long defrosting cycles: 700H above.
• Breakthrough design: the time of temperature changing rate can reach 10 seconds.
• Intelligent 32 bit measuring and control system with a colorful screen. Interface USB and Ethernet.
• APP mobility management.
• Power-failure and power-recovery operation selection.
• The smart program protects all equipment by monitoring overcurrent, overheat, abnormal power supply and other working malfunctions.
• Independent thermal protector and sensors keep test specimen off over-temperature, breezeless and smog.
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
Optional Accessories
• Independent sensor for protecting test specimen(compliant with NE60519-2.1993)
• Lead through Φ50mm
• Nitrogen gas auxiliary device
• Accessory bag
• Software for Internet-based management
• APP for mobile management
• 3 Power outlets for test specimen
• 2 Stainless steel shelves
The Liquid to Liquid Thermal Shock Test Chamber is designed to meet a severe requirements on tests, by using stirring liquid medium instead of circling air to make a thermal transfer. It consists of two parts: a high-temperature liquid bath ( preheated zone) and a low-temperature liquid bath (precooled zone). The chamber put the samples to the high and low-temperature zone by turns through a mechanical gear transmission to replicate the environment change from high temperature to low temperature. It is widely used to estimate the suitability and reliability of the products, while facing rapid change temperature environment, of the defence industry, aerospace industry, automatic components, auto-parts, electrical devices and meters components, electronics in the electrical engineering industry, semiconductor and related materials to judge whether they are up to standard. Therefore the test will support any modification and improvement estimation.
Features
Accessories
Brochure for Liquid to Liquid Thermal Shock Test Chamber
The Rapid Temperature Changing (Humidity) and Vibration Combined Test Chamber is suitable for a whole product, parts and material testing. It can run with high temperature, low temperature, high-low temperature cycling test or environmental stress screening test. And it can achieve 3 factors (Temperature-Humidity-Vibration) integrated test when chamber combined with shaking table. Mainly evaluate product’s reliability and environment adaptive capacity through simulating Temperature-Humidity-Vibration factors which effect on products, then find products’ limit and flaw.mplete set of automatic control system: AGV robot、center control system and automatic testing chamber.
Features
• Dry air blowing system prevents the surface of test specimen from dewing while temperature changes rapidly.
• Modular fabrication technique.
• Intelligent 32 bit measuring and control system with a colorful screen. Interface USB and Ethernet.
• APP mobility management.
• Programmable power outlet with 4-CH. ON/OFF output control, to ensure safety.
• Patented air circulation system improves test’s accuracy.
• Smart software with the protection of overheat, overload, short circuit and fault detection.
• Power-failure and power-recovery operation selection.
• Independent thermal protector and sensors keep test specimen off over-temperature, breezeless and smog.
• Network video monitoring is synchronized with test data.
• Visible observation window for real-time monitoring.
• Patent: Self-developed humidity chamber structure without condensation.（ECE series）
• Automatic water supply device is equipped with an ultrapure filtration system and water shortage reminder. (ECE series)
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
Brochure for Vibration Combined with Temperature and Climate Test Chambers
The ESS Combined Test Chamber has improved the situation that four types of equipment were required at least in order to carry out tests of temp.storage.temp. circling, high and low temp. shock (2-zone), high and low temperature including room temp.shock (3-zone),ESS.It combines several kinds of machines’ characteristics and can meet requirements on the diversity and variety of different tests of different products. Therefore it can be utilized more with a higher work efficiency, and solve your demands all at once. There is a special way to do ESS tests for each product in its applicative environment. During the test, the product will undergo the preset stress conditions in order to find out any defection of the product earlier in aspects of components and parts and the use of materials. Therefore the design can be improved for a better application.
Features
• The chamber has rapid temperature change testing and 2/3-zone thermal shock testing.
• Modular fabrication technique.
• Long defrosting cycles: 700H above.
• Visible observation window for real-time monitoring.
• Intelligent 32 bit measuring and control system with a colourful screen. Interface USB and Ethernet.
• Programmable power outlet with 4-CH. ON/OFF output control, to ensure safety.
• Independent thermal protector and sensors keep test specimen off over-temperature, breezeless and smog.
• APP mobility management.
• Network video monitoring is synchronized with test data.
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
1、Optional Accessories
Brochure for Environmental Stress Screening Test Chambers
The High and Low Temperature (2-Zone) Thermal Shock Test Chamber consist of a high-temperature zone (preheat zone) and low-temperature zone (precool zone). There is a movable bucket, where samples are placed, controlled to move rapidly to low or high-temperature zone for a rapid-rate thermal shock test. The samples are moving with the bucket at the same time during the test. Compared with high and low temperature (2-zone) thermal shock test chambers, this kind of test chambers can make the temperature change much faster—less than 10 seconds, which allows more strict tests on the samples. The chambers are designed to test the reliabilities to the rapid-rate temperature change condition of a complete product, machine components and parts and materials. It can test the samples’ chemical changes or physical damages aroused by thermal expansion in the shortest time, and also know of the effects on the samples under one or several times of tests with rapid-rate temperature change.
Features
• Long defrosting cycles: 700H above.
• Visible observation window for real-time monitoring.
• Intelligent 32 bit measuring and control system with a colorful screen. Interface USB and Ethernet
• Programmable power outlet with 4-CH. ON/OFF output control, to ensure safety.
• Independent thermal protector and sensors keep test specimen off over-temperature, breezeless and smog.
• Network video monitoring is synchronized with test data.
• APP mobility management.
• Environmental servo refrigerant flows control for energy saving and quick heat-up/cool-down rate.
• Uniquely operation mode makes the testing zone’s temperature back to R.T after test, which protects sample status.
• Automatic reminder of maintenance time of equipment and software of fault records.
• Optional remote service function and video CD of equipment operation.
Accessories
1. Optional Accessories
• Independent sensor for protecting the test specimen(compliant with NE60519-2.1993）
• Lead through Φ100mm
• Nitrogen gas auxiliary device
• Accessory bag
• Software for Internet-based management
• Video monitor system
• APP for mobile management
2. Standard Accessories
• 3 Power outlets for test specimen
• Left lead through and right lead through with Φ50mm
• 2 Silicon stoppers for lead through
• 2 Stainless steel shelves
Brochure for Temperature Shock Test Chambers –2 zones
The High and Low Temperature (3-Zone) Thermal Shock Test Chamber consists of high-temperature zone (preheat zone), low-temperature zone (precool zone) and test zone (room temperature zone) with independent airflow switches which can lead the air inside the low or high or room temperature zone to the test zone, which makes the testing samples rapidly undergoing three zones’ temperature by turn. The samples are immobile during the whole test. This kind of test chambers is designed to test the reliabilities to rapid-rate temperature change of a complete product, machine components and parts and materials. It can test the samples’ chemical changes or physical damages aroused by thermal expansion in the shortest time, and also know of the effects on the samples under one or several times of tests with rapid-rate temperature change.