Environmental Test Chambers

Product Details:

We are manufacturing the Climatic Test Chambers for the range of -80 deg C to +200 deg C and the relative humdity is 10% to 98%Rh with various sizes.

Product Details:

Additional Information:

• Delivery Time: 4 Weeks

Product Details:

Construction:

• Mono-block construction with I-section base frame. The body is impervious with thermally isolated blocks which can resist high-low temperatures.
• Exterior with min 2mm thick MS/GI with powder coated panels with impressive precision & aesthetics.
• Interiors (unobstructed) with high gloss brush finish 18swg stainless steel with reinforced flooring to withstand heavy distributed loads and illumination lights inside.
• Multi-level diagonally joined airlock silicone rubber sealing the door and chamber with conduction free isolation mounts.
• Internal test chamber and outer body is isolated using mineral wool ensuring no air pockets and zero conduction and heat loss.
• The chamber shall be mounted on 4" Heavy-duty castor wheels and leveling pads ensuring easy erection & movement of the system.
• Multi-pane condensation-free glass inspection window on the hot zone door for viewing the test basket specimen.

Test Space Conditioning:

• Easy to access conditioning plenum for maintenance
• Single molded light weight high cfm co-axial fan for uniform air-circulation.
• Vibration-free Stainless Steel joint-free extended shaft external flange mounted induction motor.
• Modular conditioning unit consisting of heat-exchangers, air-circulation system and heating system.

Refrigeration System:

• Hermetic/Semi-hermetic compressor/s are mounted on vibration-free compression spring/rubber bush tightened with desired torque level
• Eco friendly Non-CFC refrigerants R-404a & R- 23 and Air cooled refrigeration system
• Evaporator heat exchanger coils full collared bullet expanded for high efficient heat transfer.
• Automatic bypass control system based on suction pressure and temperature on variable loading / no load conditions, and temperature control accuracy.
• Efficient oil return managing system for protection of compressor from lack of lubrication
• vi. Condenser unit will be in outside.

Heating System:

• Stainless steel sheathed/ bare nichrom air heaters to achieve the set temperature.
• The heaters shall be placed in the conditioning section to avoid any radiation of heat onto the test specimen.
• Heater outputs are controlled through zero-crossing relay/ Thyristor for superior stability and control of temperature.

Safety & Protection:

• MPCB/MCB for all the individual 3-phase and 1-phase power devices
• Single phase, phase reversal, under voltage and over voltage protection for main input power
• EMI protection for control circuit
• Test specimen Tmax and Tmin independent safety protection
• Over temperature safety thermal fuse (Fixed).
• High and low pressure safety protection
• Inbuilt winding thermal protection for compressor (Only Semi-hermetic)
• Compressor Oil level protection - OPS (Only Semi-hermetic <10HP)
• Compressor high discharge temperature protection
• Tmax and Tmin programming safety protection(Controller inbuilt)

Specifications:

• Data Logging: RS-232/485/Ethernet communication port with supporting software to interface with system.
• Electrical Items: Schneider / TC/ Siemens
• Basket Movement: The test basket is pneumatically operated and guided with rails for a vibration free transfer.

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Delivery Time: 8 weeks

Product Details:

Test Chambers reproduce environmental conditions within a contained space for the purposes of evaluating the long-term effects of specific changes upon objects such as industrial products, electronic products and other components. These conditions simulate those which a product will typically encounter in the span of its useful life. Environmental test chambers evaluate a product's quality and durability, and identify potential flaws and malfunctions that exist either in product design or material choice before the product reaches the public market. Industries ranging from medical, construction and automotive to consumer, food processing and packaging use test chambers on everyday products such as car parts, make-up, medicines and kitchen appliances. Products undergo this testing in certain environmental conditions; the findings allow for production adjustments by the manufacturer and result in a better quality product arriving on the market. Common procedures recorded in test chambers include the effects of extremes of temperature and sudden variations of temperature in temperature chambers and cryogenic chambers, the effects of humidity and moisture in humidity test chambers, and salt spray tests which record the degrading effects of salt water and corrosion-resistance of objects for manufacturer analysis. Other types of test chambers include: Altitude chambers, thermal shock chambers and vacuum test chambers. The design and construction of the test chamber has to be carefully considered. As it is a process test, test chambers need to have a means of viewing and monitoring the testing procedure either through a viewing hole, or through a video feed. In some cases, an environmental test chamber will have a "reach-in" capability in order for the testing engineer to handle the product or material being tested. The method of process control is another consideration to be undertaken as control panels can be either analog or digital, fed by a computer or the web etc. Environmental test chambers are designed with the capacity to replicate extreme environmental conditions. Temperature chambers can typically reach temperatures above 1000 degrees Fahrenheit, and cryogenic chambers produce temperatures on the other end of the scale achieving lows of -200 degrees Fahrenheit, or even lower with the help of liquid nitrogen. In addition to temperature variations which can be further tested by thermal shock chambers, humidity and air moisture content can be replicated with humidity ranging from 10-100% in most humidity chambers. Altitude chambers simulate extremely high altitudes to test the effects of pressure and air change, and routinely 10-8 Torr levels are achieved in vacuum environmental chambers. Test chambers have to be carefully constructed in order to achieve controlled and consistent testing.

Product Details:

Product Details:

Additional Information:

• Delivery Time: 2 weeks

Product Details:

Additional Information:

• Delivery Time: 5 weeks

Product Details:

We are manufacturing Corrosion resistance test chamber with PP material and it is having single wall type and double wall type. We are following ASTM B117 standard. We are manufacturing as per our standard sizes and also custom design too.

The different sizes are:

• 750 x 600 x 600mm-270 liters
• 900 x 600 x 600mm-324 liters
• 1000 x 800 x 800mm-640 liters
• 1200 x 750 x 750mm- 675 liters

Product Details:

Additional Information:

• Delivery Time: 2 weeks

Product Details:

We are offering Heating Chamber to our clients with high-quality range.

Product Details:

Product Details:

Product Details:

We are renowned as the distinguished manufacturer and supplier in the concerned domain, actively engaged in offering of a wide array of Benchtop Climatic Test Chamber.

Specifications:

• Door: Double walled door inner lined with SS, SS handle, lock with key and silicon gasket, glass window, door light, door heater.
• Options: Humidity setup, tower lamp, hour meter, hooter, port hole, drain facility, specimen protection for high temp cut off.

Product Details:

We are manufacturing Aging Chambers for Electronics PCB board manufacturers. 

Additional Information:

• Delivery Time: 10 Weeks

Product Details:

Vacuum chambers use a vacuum pump to remove air and pressure from within a sealed compartment for the purpose of evaluating the effects of a vacuum on objects, materials or components. Environmental test chambers such as vacuum chambers are used by manufacturers to test a product for flaws and malfunctions before it is released to the public. Having a well-tested product ensures less cost in terms of warranty and guarantee reimbursements.

Vacuum chambers have the capability to withstand the pressure caused by creating a vacuum, and are usually made from metals such as aluminum and mu-metal. As vacuum testing is used across a wide range of industries, it is possible that the chambers are designed and constructed with the capability of replicating certain environmental conditions of temperature and altitude in addition to creating a vacuum environment. Environmental testing simulates the actual conditions a product is likely to face during its useful lifespan, and therefore more than one environmental effect is necessary to get an accurate idea of how a product will respond. In order for the engineer to watch the results of a vacuum upon an object, there is typically a viewing port or window sealed with rubber. Sizes of vacuum chambers can vary greatly, from smaller bench top chambers used to test miniature components and objects, to larger chambers able to encompass objects of a much larger nature.

Several industries rely on vacuum packaging to help produce the best quality product possible. Aerospace engineers use vacuum testing for all the components of space travel equipment, which have to be able to withstand the effects of a vacuum and low pressure environment for extended periods of time. Vacuum testing can be undertaken on spacecraft electronics and circuits, lenses and filters and coatings and structural materials. Vacuum molding plastic manufacturers use vacuum chambers when mixing resins and silicone rubbers to ensure a bubble-free mold replica. The material to be inserted into the mold is placed in a vacuum chamber to remove all existing air bubbles, and to make it ready to pour into the mold without leaving blemishes. Vacuum chambers are also used for testing the sealing in packaging and the potential for leaks and possible malfunctions under pressure.

This is useful especially for export packaging where goods will be subjected to high altitudes during transportation by air and in the pharmaceutical and medical industries where it is necessary for medicines to remain sealed until use. Vacuum testing can take many hours and can be a costly procedure, and yet it is a wise manufacturing choice to undergo environmental testing, especially in terms of long-term expenditure.