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High Altitude Simulation Test Chamber

Derui chamber simulates extreme altitudes up to 100,000 ft for precision testing in aerospace, automotive, and electronics. Features precise pressure/temperature control, rapid decompression, and meets key industry standards.

High performance and quiet operation

Space-saving designed for flush installation to wall

Multiple layers of safety device to easy maintenance.

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Derui High Altitude Simulation Test Chamber: Precision Testing Up to 100,000 Feet

Experience reliable, accurate altitude simulation with the Derui High Altitude Simulation Test Chamber. Designed to replicate environmental conditions at elevations up to 100,000 feet, our chamber supports precise vacuum and pressure controls essential for aerospace, automotive, and electronics testing. Whether you’re validating avionics, batteries, or materials, Derui delivers consistent, repeatable results to meet rigorous industry demands.

Product Overview

Derui’s High Altitude Simulation Test Chamber uses advanced vacuum technology to replicate low-pressure environments up to 100,000 feet. This helps you test how products perform under extreme altitude conditions without leaving your facility. Our vacuum simulation chamber reliably creates precise low-pressure, temperature, and humidity settings to meet strict industry standards.

Key Applications:

  • Aerospace: avionics, spacecraft components, and pilot equipment testing
  • Automotive: battery and electronic part durability under high altitude stress
  • Electronics: performance evaluation for sensitive devices exposed to thin air
  • Medical: testing medical instruments and packaging for hypobaric conditions

Why Choose Derui?

  • Proven precision with rapid decompression capabilities
  • Customizable modules for humidity, vibration, and explosion-proof operations
  • User-friendly PLC touchscreen control for easy operation
  • Manufactured to meet ASTM, MIL-STD-810, and IEC 60068 standards
  • Dedicated local support and service across the United States

With Derui, you get a high altitude vacuum chamber built to deliver consistent, reliable results tailored to your industry’s strict testing needs.

Key Features and Benefits

Our Derui High Altitude Simulation Test Chamber offers advanced features designed to meet the toughest testing demands for aerospace, automotive, and electronics industries. Here’s what sets it apart:

FeatureBenefit
Rapid decompression moduleSimulates sudden altitude changes safely and quickly for real-world testing scenarios
Precise pressure controlsFine-tunes vacuum levels to replicate conditions up to 100,000 feet altitude easily
Optional humidity controlAdds environmental realism by regulating moisture inside the chamber
Vibration test moduleCombines vibration with altitude simulation for comprehensive product durability checks
Quiet vacuum pumpsReduce noise in your workspace for a better testing environment

These features give you reliable, repeatable simulation conditions. Whether it’s low pressure tests on batteries or advanced avionics pressure checks, Derui provides consistent results — backed by safety options and customizable settings to suit various industry standards.

User-Centric Design for Ease and Safety

Our high altitude simulation test chamber puts you in control with a user-friendly PLC touchscreen interface. It’s easy to navigate and program, so running tests is straightforward—even for first-timers.

Safety comes first with built-in interlocks that prevent accidental access during operation, keeping your team secure. For environments that demand it, we offer explosion-proof options to meet strict safety standards.

Plus, our quiet vacuum pumps minimize noise, making the workspace more comfortable without sacrificing performance. This thoughtful design helps you focus on delivering precise altitude tests without distractions or safety concerns.

Technical Specifications

Here’s the quick lowdown on the Derui High Altitude Simulation Test Chamber specs to help you see if it fits your testing needs:

FeatureDetails
Chamber VolumeRanges from 1 to 10 cubic meters
Altitude RangeSimulates from sea level up to 100,000 feet
Pressure RangeFrom 101 kPa (sea level) down to 0.035 kPa
Temperature ControlAdjustable between -70°C to +125°C
Humidity ControlOptional humidity module, 10% to 95% RH
Power Requirements220V or 440V, 3-phase, 50/60 Hz
MaterialHigh-grade stainless steel for durability
Standards ComplianceMeets MIL-STD-810G, IEC 60068, ASTM D6653
DimensionsCustomizable to client specs; standard units available

Our vacuum chamber’s design ensures precise control over pressure and temperature, giving you a reliable simulation environment. Power setups cover typical US industrial standards, and the materials are built to last with corrosion resistance.

Compliance with MIL-STD-810G and IEC 60068 means it’s ready for aerospace, defense, and industrial applications that demand strict reliability. Plus, you can customize size and specs based on what your lab or production facility requires.

If you need detailed spec sheets or dimensional drawings, we’re happy to provide those to help you plan your setup just right.

Applications and Industries

Our high altitude simulation test chamber serves a wide range of industries across the United States, designed to meet real-world testing demands with accuracy and reliability.

  • Aerospace: Perfect for avionics pressure tests, rapid decompression simulations, and space simulation test systems. Ensure aircraft components and systems perform reliably up to 100,000 feet.
  • Automotive: Test battery systems and electronic components under low-pressure conditions to simulate high-altitude environments, critical for electric vehicle innovation.
  • Electronics: Validate device performance and durability in hypobaric test chamber conditions to prevent failures in consumer and industrial electronics.
  • Medical Devices: Simulate extreme pressure and environmental conditions for medical tools and equipment to guarantee safety and compliance.

Case Study Teaser

A leading US aerospace firm recently used our environmental altitude chamber to validate avionics modules under MIL-STD-810 altitude test standards. The result? Faster certification and improved product reliability.

Our altitude test chamber adapts to diverse needs, delivering consistent, precise feedback to help you innovate and certify with confidence.

Frequently Asked Questions (FAQ)

What altitude range can the Derui High Altitude Simulation Test Chamber reach?

Our chambers simulate altitudes up to 100,000 feet, making them ideal for aerospace, automotive, and electronics testing that demand precise low-pressure conditions.

Can the chamber integrate with existing test systems?

Yes, our vacuum simulation chambers are designed for easy integration with most lab and production systems, including data logging and automation platforms.

What safety features come standard?

We include multiple safety interlocks, explosion-proof options, and continuous monitoring to ensure safe operation during rapid decompression and other tests.

How long is the typical lead time for manufacturing and delivery?

Standard models usually ship within 8-10 weeks after order confirmation. Custom units may take longer depending on specific requirements.

What pricing options are available?

Pricing depends on chamber size and optional features like humidity or vibration modules. Contact us for a full quote tailored to your testing needs.

Is the chamber compliant with industry standards?

Yes, our high altitude vacuum chambers meet ASTM D6653, MIL-STD-810, and IEC 60068 requirements, ensuring reliable performance for regulated testing environments.

Related Products and Resources

Explore our full lineup to complement your high altitude simulation test chamber needs:

  • Thermal Vacuum Chambers – Combine temperature and vacuum testing for a complete environmental simulation.
  • Vibration Test Systems – Ensure your products can handle real-world shocks alongside altitude stresses.
  • Downloads – Access spec sheets, compliance guides (ASTM D6653, MIL-STD-810, IEC 60068), and user manuals to make informed decisions.
  • Testimonial Slider – Hear from other U.S. customers in aerospace, automotive, and electronics industries about their experience with Derui’s altitude test chambers.

We provide all the resources you need to get up and running with confidence in your altitude and vacuum simulation testing.

Ready to Experience Precision Altitude Testing?

See how our high altitude simulation test chambers can elevate your testing capabilities. Request a demo today to explore real-time features and get your questions answered.

Download our detailed spec sheets and compliance guides to compare models and find the perfect fit for your project.

Have specific needs or want a custom solution? Contact our team— we’re here to help you find the right vacuum simulation chamber that meets your requirements.

Start testing smarter with Derui’s reliable, advanced altitude test chambers designed for the US market. Reach out now!

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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

1. Q: What is a high altitude simulation test chamber used for?
A: It's used to test how products (like avionics, car batteries, and electronics) perform in low-pressure, high-altitude conditions, simulating environments up to 100,000 feet to ensure safety and reliability.

2. Q: How does a high altitude test chamber work?
A: It uses powerful vacuum pumps to remove air, creating a precise low-pressure environment inside the chamber that replicates the thin air found at high altitudes.

3. Q: What are the key specifications for an altitude simulation chamber?
A: Key specs include altitude range (e.g., up to 100,000 ft), pressure range, chamber volume, temperature range, and optional features like humidity or vibration control.

4. Q: Which industries require high altitude testing?
A: Key industries are Aerospace (for aircraft components), Automotive (for EV batteries), Electronics (for consumer devices), and Medical (for device packaging).

5. Q: What standards do altitude test chambers comply with?
A: Reputable chambers comply with standards like MIL-STD-810 for military equipment, IEC 60068 for electronics, and ASTM D6653.

6. Q: High altitude test chamber price?
A: Pricing varies significantly based on size, features, and customization. Standard models start around $8000, while large, fully-featured systems can cost $15000+.

7. Q: What is rapid decompression testing?
A: It's a test that simulates a sudden loss of cabin pressure, a critical safety check for aerospace components, which can be performed in specialized altitude chambers.

8. Q: How to choose a manufacturer for a vacuum altitude chamber?
A: Look for proven experience, compliance with your industry standards, customizable options, reliable after-sales support, and a strong track record in your region.

9. Q: Can you test both temperature and altitude simultaneously?
A: Yes, many advanced chambers, often called "Thermal Vacuum Chambers," combine precise low-pressure and wide temperature range controls for more realistic environmental testing.

10. Q: What is the lead time for a custom high altitude simulation chamber?
A: Lead times vary, but standard models typically ship in 8-12 weeks, while custom-designed chambers can take 3-6 months or more from order confirmation.

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