TCA Series
Altitude Test Chamber
Simulates high altitude conditions for aerospace and electronics testing.
TCA Series
Altitude Test Chamber
Simulates high altitude conditions for aerospace and electronics testing.
Simulating Extreme Altitude Conditions with Tunix High-Altitude Test Chambers
Temperature Altitude Chamber Manufacturer: Tunix Delivers Precision and Reliability
As a leading temperature altitude chamber manufacturer, Tunix Corporation specializes in creating high-performance chambers that accurately simulate extreme altitude and temperature conditions. With the ability to simulate altitudes of up to 100,000 feet, our temperature altitude chambers provide the precision needed for testing critical components across various industries such as aerospace, automotive, medical devices, and electronics. Tunix chambers are designed with advanced features, including simultaneous temperature and altitude control, ensuring that your products undergo real-world testing in a safe and reliable environment. Our chambers are engineered to meet the highest standards of quality, efficiency, and durability, providing a reliable solution for all your high-altitude testing needs.Altitude Test Chambers for Medical Devices: Ensuring Safety and Performance at High Altitude
When testing medical devices, it is crucial to ensure that they perform reliably in high-altitude environments where atmospheric pressure and temperature fluctuations can impact functionality. Tunix Altitude Test Chambers offer a precise simulation of these conditions, ensuring that your medical devices meet the necessary safety and performance standards required for use at higher elevations. Our chambers simulate real-world high-altitude conditions for life-saving equipment and devices that could be used in environments such as mountainous regions or aircraft cabins.Altitude Test Chambers for Aerospace: Simulating Extreme Conditions for Aviation Components
Tunix’s Altitude Test Chambers are specifically designed for aerospace testing, allowing you to simulate extreme altitudes up to 100,000 feet. These chambers are ideal for testing aviation components such as engines, aircraft parts, and avionics to ensure they can perform under low-pressure and extreme temperature conditions that occur at high altitudes. With simultaneous temperature and altitude control, these chambers help aerospace engineers develop more reliable and safe aircraft systems for commercial and military aviation.Altitude Test Chambers for Automotive: Testing Vehicle Performance in High-Altitude Environments
For the automotive industry, altitude conditions significantly impact vehicle performance, particularly in engine efficiency, fuel combustion, and overall driveability. Tunix's Altitude Test Chambers simulate high-altitude environments, enabling manufacturers to test vehicles, engines, and components at altitudes of up to 65,000 feet. Our chambers allow for temperature and altitude testing under controlled conditions, ensuring that vehicles can handle the performance challenges posed by high-elevation regions such as mountain passes and high-altitude cities.Altitude Test Chambers for Electronics Manufacturing: Validating Electronics Under Low-Pressure Conditions
Electronics are highly sensitive to environmental factors, especially low-pressure environments found at high altitudes. Tunix’s Altitude Test Chambers are designed to simulate these conditions, ensuring that electronics such as circuit boards, sensors, and communication devices will function reliably at varying altitudes. By simulating altitudes of up to 100,000 feet, these chambers help manufacturers test the durability and performance of their products under extreme pressure and temperature conditions, ensuring that electronics will operate smoothly in high-altitude locations or aboard aircraft.Why Tunix Altitude Chambers Are the Preferred Choice for Precision Testing
Tunix Altitude Test Chambers are engineered for precision and reliability, offering simultaneous temperature and altitude control to test products under real-world conditions. With the ability to simulate altitudes up to 100,000 feet and adjust barometric pressure to as low as 10 mBar, Tunix chambers provide an accurate simulation of the environmental conditions products might face. Features like the heated inspection window and the ability to perform humidity tests at altitude further enhance the reliability of these chambers for high-altitude testing across industries like aerospace, medical, automotive, and electronicsBuilt for the Heights – Tunix Chambers for Critical Testing
-
Simultaneous Temperature & Altitude Control
Precisely simulates real-world high-altitude conditions with controlled temperature variation. -
High-Altitude Simulation
Capable of simulating altitudes up to 100,000 feet, ideal for aerospace and defense applications. -
Uniform & Stable Temperature Distribution
Ensures consistent testing across all product surfaces for accurate, repeatable results. -
Safety-Integrated Design
Built-in over-temperature protection and pressure safety systems for secure operation. -
Robust Construction
Durable, corrosion-resistant chamber built for continuous industrial use. -
Touchscreen HMI & Remote Monitoring
User-friendly interface with real-time data logging and remote access capability.
KEY FEATURES
- Working conditions: 25–30°C, 10–90% RH.
- Power: 415VAC ±5%, 3 Phase, 50/60 Hz.
- 7” Red Lion HMI with Siemens PLC.
- Refrigerants: R-404a, R-23.
STANDARD MODELS
| Model | Volume |
|---|---|
| TCA300-70H-3K | 600 |
| TCA600-70H-3K | 950 |
| TCA950-70H-3K | 1000 |
Testing Technical Parameters
Other Test Products
Frequently Asked Questions
What type of control system is used in Tunix altitude test chambers?
▼Tunix altitude test chambers are equipped with an advanced 7” Red Lion HMI and Siemens PLC for precise control of altitude, temperature, and pressure conditions. These controllers ensure seamless operation, real-time monitoring, and accurate test results.
How long does it take to reach a specific altitude condition in the chamber?
▼The time required to reach a specific altitude depends on the desired altitude level and chamber size. Tunix altitude test chambers feature a ramp rate of 3/5/10/15/20°C per minute, ensuring efficient altitude simulation. These chambers can simulate barometric pressure as low as 10 mBar, closely replicating real-world high-altitude conditions.
How does pressure control work in an altitude test chamber?
▼Tunix altitude test chambers use a precision-controlled vacuum system to simulate barometric pressure changes. By adjusting pressure conditions, the chamber can replicate altitudes of up to 100,000 feet. The system ensures a stable and accurate pressure environment for testing products under realistic conditions.
What industries use altitude test chambers?
▼Altitude test chambers are essential in various industries, including: Aerospace & Aviation – Testing aircraft components for high-altitude performance. Automotive – Evaluating vehicle parts exposed to varying atmospheric pressures. Defense & Military – Ensuring electronic and mechanical components function in extreme conditions. Electronics & Semiconductor – Testing the durability of circuits and devices at different altitudes. EV Battery & Drone Manufacturing – Validating performance and safety in high-altitude environments.
How does an altitude test chamber help in aerospace testing?
▼"In the aerospace industry, products must perform reliably at different altitudes. Tunix altitude test chambers help by: Simulating real-world high-altitude conditions up to 100,000 feet. Testing electronic components, fuel systems, and avionics for pressure fluctuations. Ensuring structural integrity by exposing materials to extreme temperature fluctuations (-70°C to 180°C). Preventing failures in low-pressure environments to meet industry safety standards."
Where can I buy Tunix altitude test chambers, and do you provide global shipping?
▼Purchasing a Altitude test chambers from Tunix is simple Contact us at +91-6264901140 or products@tunix.co.in