reach in altitude test chamber supplier
588005.0 INR/Unit
Product Details:
- Interface Type RS485, USB, Ethernet
- Resolution 0.1C / 0.1% RH
- Operating Voltage AC 380V 10%
- Automation Grade Fully Automatic
- Features Programmable cycles, Data logging, Remote monitoring, Overheat & Overpressure protection
- Application Simulating high-altitude environmental conditions for electronics, aerospace, and material testing.
- Max Height 35,000 m simulated altitude
- Click to view more
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reach in altitude test chamber supplier Price And Quantity
- 1 Unit
- 588005.0 INR/Unit
- Single handle airtight door
- +5°C to +35°C
- Tempered glass, 300x400 mm
- 2 adjustable shelves
- Air/Water cooled compressor
- Over-temperature, Over-pressure, Circuit-breaker automatic recovery
- 1200 x 1400 x 2200 mm
- Polyurethane foam
- Oil-sealed rotary vane type
- Multi-point temperature & humidity sensors
- <65 dB
reach in altitude test chamber supplier Product Specifications
- 0.1 0.8 MPa
- 600 mm
- -70C to +150C
- 10% - 98% RH
- Reach-In Altitude Test Chamber
- Adjustable 1-30 m/min
- Digital, LCD touchscreen
- Up to 900 mm
- AC 380V, 50 Hz
- Altitude 1,000 m to 35,000 m
- 50 Hz
- Up to 35,000 m altitude
- Chamber inner tank: SUS304 stainless steel
- Floor-standing
- Max. 500 x 500 x 500 mm
- 0.5C (Temperature), 3% RH (Humidity)
- DN50
- <2 minutes
- 1 5 specimens
- 35,000 m simulated altitude
- Programmable cycles, Data logging, Remote monitoring, Overheat & Overpressure protection
- Simulating high-altitude environmental conditions for electronics, aerospace, and material testing.
- Altitude, temperature, and humidity testing
- Approx. 1000 kg
- Fully Automatic
- Programmable PLC control
- AC 380V 10%
- RS485, USB, Ethernet
- 0.1C / 0.1% RH
- 800 L
- Single handle airtight door
- +5°C to +35°C
- Tempered glass, 300x400 mm
- 2 adjustable shelves
- Air/Water cooled compressor
- Over-temperature, Over-pressure, Circuit-breaker automatic recovery
- 1200 x 1400 x 2200 mm
- Polyurethane foam
- Oil-sealed rotary vane type
- Multi-point temperature & humidity sensors
- <65 dB
reach in altitude test chamber supplier Trade Information
- Cash in Advance (CID)
- 100 Unit Per Month
- 7 Days
- All India
Product Description
Specifications:
| Internal dimension (W*D*H) | 1000*1000*1000mm |
| Temperature range | -70~+100(no load);-55~+100(with load) |
| Temperature fluctuation | 0.5 |
| Temperature uniformity | 2 |
| Ambient Humidity | 85%RH |
| Cooling speed | 1/min in average (with loading 15kg,+85~-55 ) |
| Heating speed | 1/min in average (with loading,-55~+85) |
| Pressure Range | 101Kpa~1Kpa |
| Pressure Accuracy | 5% |
| Pressure Control Method | Adjust temperature first, then pump vacuum |
| Internal chamber material | Steel plate with plastic spray |
| External chamber material | Stainless steel |
| Cooling method | Water Cooler |
| Controller | LCD touch screen, programmable control temperature and Pressure Can set different parameter for cyclic test |
| Insulation material | Compound material without sweating, special for low pressure |
| Heating Method | Electrical |
| Compressor | Imported new generation with low noise |
| Safety protection device | Protection for leakage Over-temperature Compressor over voltage and overload Heater short circuit |
Characteristics of high-altitude test box products
one
Multi functional integration
Can simulate various high-altitude environmental conditions such as low pressure, low temperature, low oxygen, humidity, etc.
Support comprehensive testing of multiple environmental parameters.
two
High precision control
High precision control of parameters such as air pressure, temperature, humidity, and oxygen concentration ensures the accuracy of test results.
three
Wide applicability
Suitable for multiple fields such as aerospace, automotive, electronics, military, scientific research, etc.
four
Customized design
Customization of size, functionality, and technical parameters based on customer needs.
five
Safe and reliable
Equipped with safety protection devices such as overvoltage, overheating, and overload to ensure the safe operation of the equipment.
six
Intelligent operation
Adopting PLC or touch screen control system, easy to operate, supporting data recording and remote monitoring.
Working principle
one
Low pressure simulation
Extract air from the test chamber through a vacuum pump, reduce air pressure, and simulate a low-pressure environment at high altitude.
two
Temperature control
Adopting a compressor refrigeration and electric heating system to achieve precise temperature regulation inside the test chamber.
three
Humidity control
Adjust the humidity inside the test chamber through humidifiers and dehumidifiers.
four
Oxygen content regulation
Adjust oxygen concentration through a gas mixing system to simulate low oxygen environments at high altitudes.
five
Dynamic load simulation (for engine testing)
Simulate the load conditions of the engine during actual operation through an electric motor or hydraulic system.
Common problems and solutions
one
The air pressure cannot reach the set value
Check if the vacuum pump is working properly and if the sealing system is leaking air.
two
Unstable temperature control
Check if the refrigeration and heating systems are functioning properly, and if the sensors are calibrated.
three
Inaccurate humidity control
Check if the humidifier and dehumidifier are working properly, and if the water tank has enough water.
four
The equipment operates with loud noise
Check whether the vacuum pump, compressor and other components are installed firmly and whether lubrication is needed.
five
Control system malfunction
Restart the device, check if the PLC or touch screen is functioning properly, and contact the manufacturer for repair if necessary.
Installation Guide
one
Venue selection
Choose a site with good ventilation, flat ground, no vibration, and no strong electromagnetic interference.
two
Power requirements
Ensure that the power supply voltage and frequency meet the equipment requirements, equipped with independent power switches and grounding devices.
three
Installation steps
Handling: Use a forklift or crane to transport the equipment to the designated location, taking care to avoid collisions.
Fixed: Adjust the equipment feet to ensure that the equipment is level and stable.
Connect power supply: Connect the power cord according to the instructions to ensure correct wiring.
Connect the gas source (if any): Connect external devices such as vacuum pumps and gas mixing systems.
Check the sealing: After installation, check the sealing of the test box door and pipeline.
four
Debugging and Calibration
After booting up, follow the instructions to set parameters and debug the system.
Use standard instruments to calibrate sensors for air pressure, temperature, humidity, etc.
five
Operation training
Train operators to ensure they are familiar with equipment operation, maintenance, and troubleshooting methods.
Precautions
During installation and debugging, it is essential to follow the equipment manual and manufacturer's instructions.
Regularly maintain and upkeep the equipment to ensure its long-term stable operation.
In case of unsolvable problems, promptly contact the manufacturer's technical support.
Superior Environmental Simulation
This altitude test chamber creates stable conditions for altitude up to 35,000 meters, with strict control over temperature and humidity. The system ensures your products are thoroughly tested against real-world environmental extremes. Available programmable cycles and data logging enable both standard and custom test routines with exceptional accuracy.
Enhanced Usability & Safety
Equipped with a single-handle airtight door, tempered glass viewing window, and intuitive LCD touchscreen controls, the chamber is both user-friendly and secure. Over-temperature and over-pressure protection, along with automatic recovery circuit breakers, safeguard both operator and specimen during intensive testing sessions.
Precision Engineering & Adaptability
Built with a stainless steel inner tank and cutting-edge insulation, the chamber suits various applications, including electronics and aerospace. With 2 adjustable sample shelves and a max specimen size of 500 x 500 x 500 mm, it accommodates up to 5 specimens per cycle, while PLC control assures precise and repeatable results every time.
FAQ's of reach in altitude test chamber supplier:
Q: How does the Reach-In Altitude Test Chamber simulate high-altitude conditions?
A: The chamber utilizes programmable pressure, temperature, and humidity controls, along with a vacuum pump and air/water cooled compressor. This allows simulation from 1,000 m up to 35,000 m altitude, closely replicating real environmental conditions for testing product reliability and performance.Q: What types of specimens and applications is this chamber suitable for?
A: This chamber is designed for electronics, aerospace components, and materials research. It can accommodate 1-5 specimens, each up to 500 x 500 x 500 mm, across a wide variety of environmental testing scenarios such as accelerated aging, stress testing, thermal cycling, and reliability assessment.Q: When can the chamber be used for humidity and temperature cycling?
A: The system supports fully automated test sequences, allowing for continuous or interval-based temperature and humidity cycling within -70C to +150C and 10%-98% RH. Users can start cycles at any time, following quick setup through the LCD touchscreen, and program them as required for specific test protocols.Q: Where is the data from test runs captured and accessed?
A: Test data is collected using multi-point temperature and humidity sensors and stored for retrieval via RS485, USB, or Ethernet interfaces. Remote monitoring, data logging, and program export functions are accessible through the digital LCD touchscreen, supporting comprehensive analysis and documentation.Q: What safety features are included in this chamber design?
A: Key safety elements include over-temperature and over-pressure protection, a circuit-breaker with automatic recovery, and a secure, single-handle airtight door. These ensure both operator safety and specimen protection throughout the testing process, even in demanding environments.Q: How does the programmable PLC control enhance testing processes?
A: The fully automatic, PLC-based control system allows users to predefine test profiles, automate cycles, and monitor parameters in real-time. This guarantees consistent and accurate simulation, increases process efficiency, and reduces manual intervention during complex testing routines.Q: What are the benefits of using this test chamber for product development?
A: By realistically simulating high-altitude and extreme environmental conditions, the chamber accelerates product validation, improves reliability assessments, and ensures compliance with industry standards. Its versatility, high accuracy, and automation reduce R&D time and costs, promoting faster innovation and market readiness.Tell us about your requirement
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Contact Details
- 1st Floor, No. 3, Shugang Avenue, Hongmei Town,Dongguan Guangdong, China
- Mr. Shirley (Manager)
- Mobile : +8615580327593
- Send Inquiry
-
Derui Testing Equipment Co., Ltd
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Derui Testing Equipment Co. Ltd
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