Weiber Altitude Test Chamber combine temperature and altitude to test basic components or subassemblies designed for use in a variety of industries. With altitude test chambers, user can control the temperature environment for testing while simulating various altitudes from site level to 10,400 meters (25kPa). Altitude testing may be continued without temperature control up to 600,000 meters (0.1 kPa).

High Low Temperature Altitude Test Chamber is used to test temperature and low-pressure altitude conditions simultaneously. Two common applications of High Low Humidity Altitude Test Chamber are testing of avionics or other aerospace equipment to simulate actual conditions, and simulate high-altitude conditions found in mountainous regions or other regions. All models are factory tested, with an ergonomic and maintenance cum user-friendly design. These CE approved test chambers are created with multi-layered insulation with double vapour barrier is of low 'K' factor, high density and of non-hygroscopic in nature. Weiber test chamber are made in accordance with the international standard. Weiber Test Chambers are GMP complaints and are also ISO and NABL certified.

• Touch Screen Controller is designed to save chamber programming and setup time. Removable USB I-stick simplifies access to profile, and audit trail files
• RS-232/485 serial communications offer a selection of communications options
• Easy Operation - Automatic temperature, and altitude control offer ease of use
• Safety Devices - A variety of electronic, refrigeration, and cabinet safeties are incorporated into the design, protecting both your product and chamber
• Reliable Performance - High quality components, and proven chamber design provide many years of trouble-free operation
• Dual Purpose - Operates as an altitude chamber and separate temperature chamber maximizing your investment
• Robust Vacuum System - High quality capacity vacuum pumps provide reliable performance. Flexible section in vacuum lines also prevents transmission of adverse vibration

Weiber Altitude Test Chamber combine temperature and altitude to test basic components or subassemblies designed for use in a variety of industries. With altitude test chambers, user can control the temperature environment for testing while simulating various altitudes from site level to 10,400 meters (25kPa). Altitude testing may be continued without temperature control up to 600,000 meters (0.1 kPa).

High Low Temperature Altitude Test Chamber is used to test temperature and low-pressure altitude conditions simultaneously. Two common applications of High Low Humidity Altitude Test Chamber are testing of avionics or other aerospace equipment to simulate actual conditions, and simulate high-altitude conditions found in mountainous regions or other regions. All models are factory tested, with an ergonomic and maintenance cum user-friendly design. These CE approved test chambers are created with multi-layered insulation with double vapour barrier is of low 'K' factor, high density and of non-hygroscopic in nature. Weiber test chamber are made in accordance with the international standard. Weiber Test Chambers are GMP complaints and are also ISO and NABL certified.

• Touch Screen Controller is designed to save chamber programming and setup time. Removable USB I-stick simplifies access to profile, and audit trail files
• RS-232/485 serial communications offer a selection of communications options
• Easy Operation - Automatic temperature, and altitude control offer ease of use
• Safety Devices - A variety of electronic, refrigeration, and cabinet safeties are incorporated into the design, protecting both your product and chamber
• Reliable Performance - High quality components, and proven chamber design provide many years of trouble-free operation
• Dual Purpose - Operates as an altitude chamber and separate temperature chamber maximizing your investment
• Robust Vacuum System - High quality capacity vacuum pumps provide reliable performance. Flexible section in vacuum lines also prevents transmission of adverse vibration