DOT Special – SIRAX Climatic Altitude Chambers

DOT Special – SIRAX Climatic Altitude Chambers

Climatic-Altitude Test Chambers for Complex Environmental Testing

SIRAX climatic altitude chambers by Il Disgelo are designed to perform combined temperature, humidity and pressure tests, ensuring controlled, repeatable and reliable test conditions even under the most demanding operating scenarios.

Each chamber is custom-developed according to the required test conditions, simulated altitude, thermal loads, applicable standards and characteristics of the installation environment.

The SIRAX platform reproduces the operating conditions typical of high-altitude environments, allowing the performance, reliability and durability of complex components, systems and products to be assessed.


Integrated Climatic and Altitude Simulation

SIRAX chambers integrate the coordinated control of the following parameters within a single system:

  • temperature;
  • relative humidity;
  • atmospheric pressure;
  • simulated altitude.

This configuration makes it possible to reproduce real or extreme environmental conditions through static and dynamic cycles, assessing specimen performance during controlled variations of multiple parameters.

Climatic and altitude performance is defined according to the specific application requirements and technical configuration of each project.

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View the relevant technical data sheets to find out about performance, configurations and customisation options.

‎‎ ‎ The SIRAX series represents the climatic-altitude testing solution within the DOT ran…

Fields of Application

SIRAX climatic altitude chambers are used across a wide range of high-technology sectors:

  • aerospace and defence;
  • avionics and onboard systems;
  • advanced electronics and semiconductors;
  • energy and power systems;
  • scientific and university research;
  • components intended for extreme environments.


Custom-Engineered Altitude Testing Solutions

SIRAX chambers can perform reliability, environmental stress, validation and pre-compliance tests by simulating the conditions that products and components may encounter during transport, operation and throughout their service life.

Each solution is configured by considering:

  • temperature and humidity ranges;
  • required pressure and simulated altitude ranges;
  • rates of change of the controlled parameters;
  • specimen dimensions and characteristics;
  • thermal loads generated during testing;
  • stability and uniformity of the environmental conditions;
  • applicable standards and test procedures;
  • safety devices and interlocks;
  • available space and installation constraints.

The chambers can also be configured for integration with test benches, data-acquisition systems, automated equipment and laboratory infrastructure.

Complex Environmental Testing

International standards and advanced test specifications often require testing under conditions more severe than normal operation to identify latent defects, performance limitations and potential design issues.

SIRAX chambers make it possible to:

  • simulate temperature, humidity and altitude in a coordinated manner;
  • reproduce real-world and worst-case operating conditions;
  • perform programmable climatic and altitude cycles;
  • verify safety, performance and durability;
  • identify anomalies and critical issues before deployment;
  • conduct tests in accordance with the main applicable MIL, IEC, RTCA and EN standards.


DOT Control Technology

All SIRAX climatic altitude chambers can be equipped with:

  • DOT Touch Panel;
  • proprietary DOT AltitudeClimaLogic software;
  • industrial PLC;
  • DIDRUS remote supervision and management.

The control platform makes it possible to program, manage and record test cycles while coordinating climatic and altitude parameters. It uses the same technological architecture implemented across the entire Il Disgelo DOT range.


Reliability for Industrial Applications

SIRAX chambers are designed for continuous operation and integration into testing, research and validation processes.

Their industrial construction, custom-engineered systems and coordinated control of climatic and altitude conditions provide a stable, reliable solution suitable for even the most complex testing applications.

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