Name: Customized Environmental Walk-In Chamber for vehicle automotive components Testing
Brand: KOMEG
Availability: InStock

Product Details

Customized Environmental Walk-In Chamber for vehicle automotive components Testing

Environmental Walk-In Test Chambers APPLICATION:

Walk-in Test Chambers are used for testing or storing products that require a large capacity chamber. Applications include full vehicle testing, automotive components, solar panels, electronic components, packaging, stability testing,biological research, industrial applications and more. KOMEG offers a broad selection of various types of walk-in chambers to meet almost any test requirement.

Offers flexibility for testing larger volumes at an economical price

Modular Walk-In chambers offer flexibility to meet virtually any size or configuration by using pre-fabricated / insulation panels.
Modular chambers are constructed of 4” /100mm thick polyurethane-foamed panels that lock together to form a tightly sealed
chamber with stainless steel interior and aluminum or white embossed exterior. Available in a variety of temperature
ranges to meet your specific testing needs

Modular Climate Conditioning Systems

KOMEG walk-In chambers feature our standard conditioning systems, which include refrigeration, air circulation,
electrical components, instrumentation and optional humidification needed to control your chamber environment.
A variety of different conditioning systems are available to meet your temperature and humidity requirements.
Our applications specialists will select the most appropriate, cost-effective system for your application.
These conditioning systems are designed to interface with an assembled Walk-In box without taking up valuable workspace in your chamber.
Each conditioning system unit includes hinged service panels for easy access and may be located on either side or the back of your walk-in box.
These systems may also be incorporated with existing Walk-In boxes. They can be ordered separately to replace
existing conditioning systems or add additional capacity to current walk-in chambers.

Walk-In Test Chambers Main Technical Parameters

Model		KMHW-120
Volume(m³)		35.2CBM
Interior Dimensions		W4000 x H5000 x D6000mm
Exterior Dimensions		Actually design
Safety Devices(standard)		No fuse breaker, over pressure, over heat and over current protection for compressor, over temperature protection, over load protection for blower, dry heat protection
Standard accessories		Sight window1, cable port ( portΦ50mm ) 1, chamber lamp*1, status indicator
Control System		Balanced Temperature & Humidity Control System
Refrigeration system		Water Cooled
		Semi-hermetic compressor, single stage or cascade refrigeration system,
		CFC free refrigerant ( HFC-507 and HFC-23 )
Controller	Panel	7-inch LCD Touch panel, Chinese or English display selectable
	Operation model	Program or fix point running
	Memory capacity	120 programs,1200steps, all repeat 999 cycles,part repeat 99 cycles
	Accuracy	Temp.:0.1% of F.S ± 1 digit Humidity:0.1% of F.S ± 1 digit
	Input	Temp.: pt-100, Humidity: pt-100 or ~5V DCV
	Comm.port	RS-232 or RS-485 ( Softawre is option)
Temp. range		Maximum: 80 ºC,120 ºC; Minimum: -60 ºC, -50 ºC, -40 ºC, -30 ºC, -20 ºC, -10 ºC, 0 ºC
Humidity Range		10%, 20%, 30% ~ 95%
Temp. constancy		±0.5 ºC
Humidity constancy		±2.5%R.H
Temp. uniformity		±2.0 ºC
Humidity uniformity		±5.0%R.H
Ambient Temp.		+5 ºC~+35 ºC
Wiring method		AC 380 ± 10% 50Hz ,3 phase 4 wires + Ground Wires
Heat up time		+20 ºC~+80 ºC, Within 60 min
Pull down time		+20 ºC ~ -55 º, -40 ºC, -20 ºC, -10 ºC, Within 120 or 90 or 60 min
Interior material		Stainless Steel Plate(SUS 304)
Exterior material		Baked Painting Steel Or Stainless steel ( SUS304)
Insulation material		Rigid polyurethane foam
Door size (mm)		Single wing: W800 x H1800; Double wing: W1600 x H1800;
Note:1. We reserve the right to change specifications without prior notice 2.Customized sizes and configurations available

Control method and characteristics:

Precision microcomputer control temperature and humidity system, with PID control the refrigerant flow to make the system’s heating / humidification reduction, to achieve low power consumption, energy saving, carbon reduction effect, cooling, heating, humidity control intelligent electronic control, long-term stable use.

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