Thermal shock causes cracking or faulting along lines of stress as a result of the conflict between uneven element expansion and compression according to relative temperature. Industries such as consumer, medical, automotive, aerospace, and construction use thermal shock chamber testing to ensure the reliability of their products.
Two Zone Thermal Shock Chamber For BYD Auto Parts Testing SUS 304 Interior
Thermal shock causes cracking or faulting along lines of stress as a result of the conflict between uneven element expansion and compression according to relative temperature. Industries such as consumer, medical, automotive, aerospace, and construction use thermal shock chamber testing to ensure the reliability of their products.
Two Zones: Hot and Cold zone
Automatic Motorized Lift Up and Down Mechanism
Application
Technical Sheet For Three Zone Thermal Shock Chamber
| Model | MTS-50 | MTS-100 | MTS-150 | MTS-200 | MTS-300 | |
| Interior Volume | 50L | 100L | 150L | 200L | 300L | |
| Interior Dimension(cm) | 35*40H*35 | 50*40H*50 | 60*50H*50 | 65*50H*62 | 90*50H*67 | |
| Temp Change Rate (with load) | 5℃ ～20℃/m(Standard); 30/℃/m( Liquid Netrogen) | |||||
| Hot/Low Temp Range (Testing Zone) | +60℃～+150℃ | -10℃～-65℃ | ||||
| Hot/Low Temp Range (Preheat-precool Zone) | +60℃～+200℃ (Pre-heating zone) | 0℃～-78℃ (Pre-cooling zone) | ||||
| Preheating Time(m) | RT to 150℃ | RT to 150℃ | RT to 150℃ | RT to 150℃ | RT to 150℃ | |
| 30 | 40 | 40 | 40 | 40 | ||
| Precooling Time(m) | -40, -55°C, -65°C | -40, -55°C, -65°C | -40, -55°C, -65°C | -40, -55°C, -65°C | -40, -55°C, -65°C | |
| 70,80,90 | 70,80,90 | 70,80,90 | 70,80,90 | 70,80,90 | ||
| Power | (KW) | 20,21,22 | 21,22,23 | 22,23,25 | 28,35,45 | 30,40,50 |
| Temp Fluctuation | ±0.5℃ | |||||
| Temp Conversion Time | ≤10 seconds | |||||
| Temp Recovery Time | ≤5min | |||||
| Temp & Humidity Deviation | ±1℃～±2℃ | ±3％RH(＞75％RH);±5％RH(≤75％RH) (optional) | ||||
| Standard configurations | 1 Window, 1 Cable port, 1 Lamp, 4 Casters, 1 Power cable, 2 Stainless steel shelves | |||||
| Standard Documentations | quality certification, test report, user operation manual for machine & controller | |||||
| Safety devices | Electric leakage, fan overheat, anti-dry, compressor overheat & overpressure, power supply undercurrent, overheat, overcurrent, phase sequence, over-temperature protection devices | |||||
Climate Test Chambers with Double Refrigerator Circuit Reliable Designed made by MENTEK can be realize the function of remote controllable. Often there are three kind of method to control . The first is RS485 or RS232 interface just like TV remote controller. And the Second method is connected by Internet Lan and operate the test equipment through a computor. The Third method is the real meaning of remote control, test engineer or product engineer can control the test chamber on the mobilephone through an APP whereever they are as along as theri cellphone can be interconnected.
Two-Zone Thermal Shock Chamber consist of high temperature zone, low temperature zone. The test sample is in static mode. While Two Zone Thermal Shock Chamber consist of high temperature zone, low temperature zone only. And the test sample is moving up and down along with the built in air-controlled hanging basket.
Xenon test chamber provides precise control of critical test parameters including spectrum, irradiance, relative humidity, chamber temperature and black standard temperature.It is ideally designed for the selection of new materials, the improvement of existing materials or evaluating the changes in product formulation that affect product durability. This is an ideal instrument for total accelerated light stability and weathering testing; And can be used to test for light stability quickly.
Applications:The product applies to the evaluation of casing IP grade of electrical and electronic equipment and checks waterproof performance of the casing by testing hazardous impact of water entering the casing.
We offer a full range of standard and custom-designed Industrial test chambers with quality construction and innovative technology. Our environmental test chambers serving a variety of industries, providing our customers with solutions to meet their most demanding environmental testing requirements. To learn more about MENTEK Test Chamber performance, capabilities, dimensions and more you can also make an inquiry now.
Blowing Sand and Dust Environmental Test Chamber are ideally designed for the simulation of Dust and Sand conditions in a controlled atmosphere. Blowing sand chambers are used in particular for evaluating the effects of dust-laden environments based on the below standards. Blowing Dust chambers are widely used in several industries and applications such as for Military & Defense, Automotive, Computer Systems, Optics and Displays, Material, Coatings, Solar Energy, etc.
The equipment, by driving sand and dust of certain concentration flowing over the surface of the test specimens at a certain flow rate with high-power fan, evaluates resistance to dust particle penetration, resistance to sand abrasion or blockage, storage capacity and operability of the test specimens (equipment) exposed to dry sand or dusty atmosphere and also simulates the dust environment of low concentration and low wind speed.
Walk in chamber simulates the effects that a range of temperature change and humidity conditions have on a product or material,and it usually comes in a variety of sizes, whether a small box (usually of integral construction) that fits on the bench top or a room-sized chamber (usually of penalized construction) for large objects or for testing large batches of product simultaneously. Temperature ranges from -60° C to +85° C and relative humidity ranges between 20% and 95% are available. A walk in chamber can also be used for constant temperature and/or humidity climate test conditions that are needed for product testing .
