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Aerospace

Learn more about Weiss Technik environmental test chambers for the Aerospace industry, including our TU 60/60, our Xceed Custom Series, our Endurance Series and more.

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CTAH – Climate Altitude Chamber 1m<sup>3</sup> (35ft<sup>3</sup>) Battery Application

Climatic altitude chamber 1m3 (35ft3) Combined Temperature Vacuum Humidity

-65°C / +100°C

1 mbar (approx. altitude 106.4 kft)

 
Industries
Aeronautics and Li-Ion Batteries
Application
Performing climatic and altitude combined tests, Icing tests, as per DO160 norm, on batteries for aeronautics
Description of the equipment
  • Test chamber with its conditioning unit at the back
  • Remote machinery with electrical cabinet
  • Command panel on the sideCommand panel on the side
  • Control and supervision software SPIRALE Vs
Technical Data
The performances are given for :
  • An ambient temperature between +15°C and +35°C
  • A constituted load of : 0kg
  • A thermal load of : 0 kW
Temperature  
  • From atmospheric pressure to 100 mbar (approx. altitude 52 kft Range : -65°C / +100°C
  • Cooling/heating rate : 10°C/min average between +100°C and –55°C
Humidity
  • Humidity range : 10% to 98% without dissipation and for a vacuum down to 150 mbar (approx. altitude 44.3 kft) For temperature range : +10°C / +95°C
  • Humidity stability : ≤ ± 5 % RH Dew point range : +4 .. + 75°C
Vacuum
  • Range : from AP to 1 mbar, controlled down to 10 mbar Variation speed : from AP to 20 mbar in 30 min
  • Control accuracy : ± 1 mbar from AP to 10 mbar
Safety for battery testing
  • Redundant smoke detection system
  • O2 and N2 level monitoring
  • Overpressure flap
  • GN2 inerting and flushing system
Dimensions
CTAH – Combined Temperature Altitude Humidity Chamber 1m<sup>3</sup>

Climatic chamber 1m3 (35ft3) Hot Cold Vacuum Humidity

-65°C / +200°C

10 mbar (approx. altitude 85 kft)

Industries

Electronics, defense and aeronautics

Applications

Temperature, humidity and vacuum combined tests on electronics components powered with a voltage of less than 6000 volts

Description of the equipment

  • The test space with its conditioning unit at the back
  • The machinery on the rear side with its electrical cabinet
  • The control board in front of the electrical cabinet. Supervision and control using SPIRALE Vs software and command by touch screen
  • DUT heat dissipation : 2 kW at -30°C

Technical Data

Temperature-
  • Range :  -65°C to +200°C
  • Average cooling rate : 10°C/min from +175°C to -37°C (empty, down to 150 mbar [approx. altitude 44.3    kft])
  • Average heating rate : 10°C/min from -37°C to +175°C (empty, down to 150 mbar [approx. altitude 44.3    kft])
  • Temperature stability ≤ ± 0,5°C
  • Temperature homogeneity :  ± 2°C at 10 cm of the  walls
  • Temperature, humidity and vacuum combined tests on electronics components powered with a voltage of less than 6000 volts
Humidity-
  • Range of temperature : +10°C to    +95°C
  • Range of humidity: 10 to 98% RH, without dissipation, empty (pressure down to 150 mbar [approx. altitude
  • 44.3 kft], during 4h max)
  • Homogeneity : ± 3 %, at 10 cm of the walls
Vacuum- From AP to 10 mbar, regulated down to 50 mbar (approx. altitude 63.5 kft) In the range from 100°C down to -65°C Regulating accuracy : ± 1  mbar                   Dimensions-           CTAH – Combined Temperature Altitude Humidity Chamber Dimensions   CTAH – Combined Temperature Altitude Humidity Chamber
EA and EAH Series
Weiss Techniks' EA (temperature/altitude) and EAH (temperature/altitude/humidity) chambers are designed to allow the user to perform temperature, humidity, and altitude condition testing in one combined test chamber, with more than one condition created simultaneously to satisfy many types of test requirements. Our EA and EAH Series chambers are designed to simulate altitude conditions up to 100,000 ft. They are also designed to offer simultaneous temperature/altitude testing from site altitude to 65,000 ft. Humidity tests can be conducted at site altitude only. The EA/EAH chambers are available in 8, 18, 27, 40, and 64 cu. ft. models. If your requirements fall outside the realm of these standard sizes. Weiss Technik will design a chamber to meet your specific needs. Note: EAH models are constructed with an internal pressure member. EA Models can be quoted with an external pressure member construction. View individual product features below and contact us for more information.
Endurance Series
The Endurance® Series from Weiss Technik—the Fast Rate Temperature & Humidity chamber that stands alone. Designed and engineered to give you lasting value, performance and reliability for all your climate testing applications. The intelligent engineered test space design allows for maximum airflow coverage and accurate gradients. Many popular sizes available that allow you to choose the chamber that best fits your needs, while the mobile design allows for greater flexibility. Choose Ramp Rates of 3.0 C/min, 5.0 C/min, 10 C/min, and 15 C/min.
Heat Event – Heat Technology
Reproducible results plus the product quality connected to it, minimum space requirements, short processing times and a high level of productivity are the requirements in all industrial production areas. Your components and materials can be reliably, quickly and energy-efficiently heat-treated at temperatures of up to 400 °C with the Heating and Drying Cabinets HeatEvent from Weiss Technik. In this way, you can manufacture excellent products 24/7. HeatEvent provides the highest interior volume with the smallest footprint. Thanks to iE3 motors, improved insulation and the reliable door-sealing concept, the ovens operate with maximum energy efficiency. The HeatEvent series is equipped as standard with the digital SiMPAC® measurement and control system and the innovative WEBSeason® user interface. This facilitates simple operation and monitoring of the heating and drying oven, the creation of complex temperature programs and the automation of processes in accordance with AMS 2750E or CQI-9. High process reliability is achieved thanks to the safety concept. Overview of customer benefits:
  • Smallest footprint with the largest effective space
  • Low energy consumption thanks to IE3 motors, optimised heat output, insulation and reliable door sealing designs
  • World’s largest range of options and accessories in addition to comprehensive basic equipment
Low Temperature Chamber – LTC
With a complete line of Low Temperature Chamber (LTC) and Low Temperature Chamber with LN2, Weiss Technik has a solution for all your testing applications. The LTC accurately reproduce a wide temperature range and various change speeds encountered in space applications.   Low Temperature Chamber  
Low Temperature Chamber – LTC – LN2 – 12m<sup>3</sup> – (423ft<sup>3</sup>)

Climatic chamber 12m3 (423ft3) Hot Cold

-180°C / +180°C

Branch

Electronics and space industry  

Application

Thermal tests on TX and RX antennas  

Description

Unit composed of :
  • The test chamber
  • The machinery on the rear with its electrical cabinet
  • Control and supervision by SPIRALE Vs software
 

Technical Data

Performances are given for :
  • An ambient temperature between +15°C to +35°C
  • A load of 70 kg
  Temperature
  • Temperature range : -180°C to +180°C
  • Cooling rate : average 2°C/min, with the load
  • Heating rate : average 2°C/min, with the load
  • Temperature temporal stability : ≤ ± 0,5°C
  • Temperature homogeneity : ± 0,5°C at 20 cm of the walls
  • (According to NFX15 140 / IEC 60068-3-5)
  Internal  dimensions : WxDxH : 2300mm x 2300mm x 2200mm (90.6” x 90.6” x 86.6”)   The Low Temperature Chamber (LTC)
Low Temperature Chamber – LTC – LN2 – 16m<sup>3</sup> – (565ft<sup>3</sup>)

Climatic chamber 16m3 (565ft3) Hot Cold

-180°C / +200°C

 
Industries
Space and electronics  
Application
Thermal tests on TX and RX antennas
Description
Unit composed of :
  • The test chamber
  • The machinery on the rear with its electrical cabinet
  • Rear removable partial wall and specific feedthrough, for RF signals (1500x1500mm)
  • Control and supervision by SPIRALE Vs software
 
Technical Data
Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • A load of 150 kg
  • A dissipation of 500 W
  Temperature
  • Temperature range : -180°C to +200°C
  • Cooling rate : average 1°C/min, with the load
  • Heating rate : average 1°C/min, with the load
  • Temperature stability : ≤ ± 0,5°C
  • Temperature homogeneity : ± 1,5°C at 20 cm of the walls
(According to NFX15 140 / IEC 60068-3-5)   Test  space  dimensions : WxDxH : 2500mm x 2500mm x 2500mm (98.4” x 98.4” x 98.4”)
Low Temperature Chamber – LTC – LN2 – 31m<sup>3</sup> – (1,100ft<sup>3</sup>)

Climatic chamber 31m3 (1,100ft3) Hot Cold

-185°C / +200°C

 

Industries

Electronics and space industry.  

Application

Thermal tests on TX and RX antennas

Description

Unit composed of :
  • The test chamber
  • The machinery on the rear with its electrical cabinet
  • Drying and re-oxygenation features
  • Control and supervision by SPIRALE Vs software
 

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • A load of 500 kg
  • A dissipation of 500 W
  Temperature
  • Temperature range : -185°C to +200°C
  • Cooling rate : average 2°C/min, with the load, up to 10°C/mn with a load of 20kg
  • Heating rate : average 2°C/min, with the load, up to 10°C/mn with a load of 20kg
  • Temperature stability : ≤ ± 1,5°C Temperature homogeneity : ± 2,5°C at 20 cm of the walls.
(Compliant with IEC 60068-3-5/2001, § 4.5.2)  
Test  space  dimensions :
WxDxH : 3000mm x 3500mm x 3000mm (118.1” x 137.8” x 118.1”)  
Spirale VS Control Software – Aerospace & Space Simulation Applications
Spirale VS Control Software - Customized for Aerospace & Space Simulation Applications Spirale VS Control Software Spirale VS Control Software
TAH – Temperature Altitude Humidity Chamber 15m<sup>3</sup>

Climatic chamber 15m3 (530 ft3) Hot Cold Vacuum  Humidity

-60°C / +150°C

10 mbar

 

Industries

Electronics, defense and aeronautics  

Application

Climatic and altitude tests on electronic equipment for aeronautic industry  

Description of the equipment

Unit composed of  :
  • The test chamber with its conditioning unit at the back
  • The machinery on the rear side with its electrical cabinet
  • The command panel on the side
  • SPIRALE Vs control and supervision software

Technical Data

Performances are given for :
  • A load of 500 kg (aluminium, epoxy and composite materials)
  • A dissipation of 1500 W (incl. temperature set point variation)
  Temperature
  • From atmospheric pressure to 200 mbar (approx. altitude 38.5 kft)
  • Range : From -60°C to +150°C
  • Cooling rate 5°C/mn average from +85°C to –40°C 3°C/mn average from +100°C to –60°C
  • Heating rate : 5°C/mn average from –40°C to +85°C 3°C/mn average from –60°C to +100°C
  Humidity
  • At atmospheric pressure (site level):
  • Range of temperature : From +20°C to +60°C Range of humidity : 20 to 95 % without dissipation Stability of humidity : ≤ ± 5 %  RH
  • Homogeneity : ± 5 % RH at 20 cm of the   walls
Vacuum
  • Range : From AP to 10 mbar, regulated down to 50 mbar
  • Speed of variation : From AP to 100 mbar in 20 min, in a dry chamber
  • Regulating accuracy : ± 1 mbar
  Climatic chamber Hot Cold Vacuum  Humidity Dimensions Climatic chamber 15m3 (530 ft3) Hot Cold Vacuum  Humidity
TAH – Temperature Altitude Humidity Chamber 1m<sup>3</sup> (35ft<sup>3</sup>)

Climatic chamber 1m3 (35ft3) Hot Cold Vacuum Humidity

-70°C / +180°C

1 mbar (approx. altitude 106.4 kft)

 

Industries

Aeronautics, electronics and defense  

Application

Climatic and altitude tests on electronic equipment for aeronautic industry  

Description of the equipment

  • Test chamber with its conditioning unit at the back
  • Machinery on the rear side with its electrical cabinet
  • Command panel on the side
  • Control and supervision software SPIRALE Vs

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • Water temperature inlet / outlet : +20°C / +25  °C
  • A constituted load of : 0kg
  • A thermal load of : 0 kW
  Temperature
  • From atmospheric pressure to 200 mbar (approx. altitude 38.5 kft)
  • Range : -70°C /   +180°C
  • Cooling rate 5°C/mn average from +85°C to –55°C 3°C/mn average from +100°C to –60°C
  • Heating rate 5°C/mn average from –55°C to +85°C 3°C/mn average from –60°C to +100°C At atmospheric pressure
  • Stability : ≤  ±0,5°C
  • Homogeneity : ± 1°C to 3°C at 10cm of the walls Control accuracy : ±0,2°C
Humidity
  • At atmospheric pressure
  • Humidity range : 10% to 98% without dissipation
  • For temperature range : +10°C /   +85°C
  • Humidity stability : ≤ ± 5 % RH
  • Control accuracy : ± 1% RH
  • Dew point range : +5 .. +  79°C
Vacuum
  • Range : from AP to 1 mbar, regulated down to 20 mbar
  • Variation speed : from AP to 20 mbar in 30 min
  • Control accuracy : ± 2 mbar from AP to 10 mbar
Climatic chamber Dimensions TAH - Temperature Altitude Humidity Chamber
TAH – Temperature Altitude Humidity Chamber 500L (18ft<sup>3</sup>)

Climatic chamber 500L (18ft3) Heat Cold Vacuum

Humidity -70°C / +100°C

10 mbar (approx. altitude 85 kft)

     

Industries

Aeronautics, electronics and defense  

Application

Climatic and altitude tests on electronic equipment for aeronautic industry  

Description of the equipment

Unit  composed  of :
  • The test chamber with its conditioning unit at the back
  • Machinery on the rear side with its electrical cabinet
  • Command panel on the side
  • Control and supervision software SPIRALE Vs

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • Water temperature inlet / outlet : +20°C / +25  °C
  • A constituted load of : 0kg
  • A thermal load of : 0 kW
  Temperature
  • From atmospheric pressure to 200 mbar (approx. altitude 38.5 kft)
  • Range : From -70°C to +100°C
  • Cooling rate 5°C/mn average from +100°C to –70°C
  • Heating rate 5°C/mn average from –70°C to +100°C At atmospheric pressure
  • Stability : ≤  ±1°C
  • Homogeneity : ± 1°C to 3°C at 25cm of the walls
  Humidity
  • At atmospheric pressure (site level)
  • Humidity range : 20% to 95% without dissipation For temperature range : +20°C /   +80°C
  • Humidity stability : ≤ ± 5 % RH Control accuracy : ± 1% RH
  Vacuum
  • Range : from AP to 10 mbar, controlled down  to  50  mbar  (approx.  altitude  63.5  kft)
  • Variation speed : from AP to 20 mbar in 30 mn
  • Control accuracy : ± 3 mbar from AP to  10mbar
Dimensions Climatic chamber 500L (18ft3) Heat Cold Vacuum  
TVC – Space Simulator 1.3m<sup>3</sup>

Vacuum chamber 1.3 m3 10-6 mbar

-30°C/ +100°C

   

Industries

Space and electronics  

Application

Simulation of space conditions  

Description

Unit composed of :
  • A cylindrical chamber with horizontal movement

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • A load of aluminium 10 kg
  Temperature
  • Range : -30°C to +100°C
  • Average cooling rate : 2°C/mn, without the load
  • Average heating rate : 2°C/mn, without the load
  • Temperature stability ≤ ± 0,5°C
  • Temperature control accuracy ± 2°C
  • Compliant with IEC 60068-3-5 standard
  Vacuum
  • Range : from AP to 10-6 mbar
  • Time to reach 10-6 mbar : < 2 hours, in an empty chamber, without the specimen, at ambient temperature
Dimensions Space Simulator 1.3m3 Vacuum chamber
TVC – Space Simulator 200L (7ft<sup>3</sup>)
 

Vacuum chamber 200L (7ft3) 10-5 mbar

-40°C / +125°C

     

Industries

Space and electronics  

Application

Simulation of space conditions

Description of the equipment

Unit composed of :
  • A cylindrical chamber, with thermal plate
  • A frame in which the machinery and pumps are installed
  • A control panel at the rear side of the frame, supervision and control using SPIRALE Vs and command by touch screen
 

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +30°C
  • Heat dissipation 100W
  Temperature
  • Range : -40°C to +125°C
  • Cooling rate : Average 1°C/mn, without specimen
  • Heating rate : Average 1°C/mn, without specimen
  • Temperature stability ≤ ± 0,5°C
  • Regulating control accuracy ± 1°C According to standard IEC 60068-3-5
Vacuum
  • Range : from AP to 10-5 mbar
  • Time to reach 10-5 mbar : < 2 hours, in an empty chamber, without the specimen, at ambient temperature
Space Simulator Vacuum chamber 200L Dimensions Space Simulator Vacuum chamber    
TVC – Space Simulator 20m<sup>3</sup> (706ft<sup>3</sup>)

Space simulator 20m3 (706ft3) 1.10-7 mbar

-135°C / +150°C

IR Lighting

   

Industries

Space and electronics  

Application

Simulation of space conditions

Description

Unit composed of :
  • A cylindrical vacuum chamber
  • A door on trolley
  • Door opening and closing system
  • A machinery equipped with coolant system and vacuum system
  • An electrical cabinet with power front-panel controls
  • Supervision and control using SPIRALE Vs and command by touch screen
 

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +35°C
  • A thermal load of 300 W
  Temperature on Shrouds
  • Temperature range : -135°C to +150°C Cooling rate : average 2°C/min from +150°C to –135°C, without specimen
  • Heating rate : average 1,5°C/min from –135°C to +150°C, without specimen
  • Temperature stability : ± 2°C
  • Temperature homogeneity : ± 3°C to ± 5°C
Vacuum
  • Vacuum range : From AP to 1.10-7 mbar
  • Pressure variation speed : From AP to 1.10-7 mbar in less than 8 hours, in an empty chamber, without the specimen, and at ambient temperature
 
Lighting IR :
2500 W/m2  
Test  space  dimensions :
Depth : 3000mm (118.1”) Diameter : Ø 2300mm (90.6” dia)
TVC – Space Simulator 240L

Vacuum chamber 240L 1.10-6 mbar

-65°C / +165°C

   

Industries

Space and electronics  

Application

Testing and performance measurements electronic components for the space industry  

Description

Unit composed of :
  • A vacuum tank equipped with feedthroughs
  • A machinery equipped with coolant system and vacuum system
  • An electrical cabinet with power front-panel controls
  • Door on mobile trolley for devices support
  • A thermal plate and a thermal shroud
  • Supervision and control using SPIRALE Vs and command by touch screen

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and +25°C
  • Dissipation 100 W
  Temperature
  • Temperature range : -65°C to +165°C
  • Cooling rate (average) : 2°C/min from +125°C to –55°C, empty 1°C/min from +165°C to –65°C, empty
  • Heating rate (average) : 2°C/min from –55°C to +125°C, empty 1°C/min from –65°C to +165°C, empty
  • Temperature stability : ± 1°C
  • Temperature homogeneity on the thermal plate : ± 1°C
  Vacuum
  • Vacuum range : from AP to 1.10-6 mbar
  • Pressure variation speed : from AP to 10-5 mbar in 30mm (without charge and without the specimen), at ambient temperature
Space Simulator Dimensions   Space Simulator 240L
TVC – Space Simulator 700L

Vacuum chamber 700L 10-6 mbar

-50°C / +100°C

   

Industries

Space and electronics  

Application

Perform thermal cycling tests under secondary vacuum conditions on electronic components for space applications  

Description of the equipment

  • A cylindrical vacuum chamber with thermal plates and shrouds independently regulated in temperature
  • A frame in which the machinery and pumps are installed
  • A control panel on the electrical cabinet
  • A supervision and control system SPIRALE Vs

Technical Data

Performances are given for :
  • An ambient temperature between +15°C and 25°C
  • A dissipation : 200 W per thermal plate
  Temperature
  • Range : -50°C to +100°C
  • Average cooling rate : 3°C/mn without load
  • Average heating rate : 3°C/mn without load
  • Temperature stability : ± 1°C
  • Homogeneity on the shrouds : ± 5°C
  • Homogeneity on thermal plate : ± 1,5°C
  Vacuum
  • Range : from AP to 10-6 mbar
  • Variation speed : from AP to 2.10-5 mbar in 2h
  Space Simulator Vacuum chamber 700L Dimensions Space Simulator Vacuum chamber 700L
Xceed Custom Series
The Xceed Custom Reach-In Series is the environmental test chamber from Weiss Technik that gives unlimited options. Designed, engineered, and built to your specifications the Xceed Series offers flexible temperature and humidity ranges, sizes that meet your exact testing requirement and available options that provide unmatched product testing applications.
Xcel Converto – LEEF – WEBSeason
Xcel Converto from Weiss Technik the modular test chamber system with breakthrough patent pending technologies. Click on link below for Xcel Converto video: Xcel Converto
  • Xcel Converto™ technology allows the user a modular, changeable, and expandable test chamber system resulting in reduced test set-up time, and greater flexibility for ever-changing test requirements.
  • LEEF™ (Leading Energy Efficiency Footprint) technology is a high-efficiency refrigeration system that provides unmatched performance; it features optimal temperature and humidity control accuracy for precise testing results, faster ramp rates, and up to 40% energy savings.
  • WEBSeason® is a precise user-friendly controller that offers real time multi-user multi-language programming and monitoring from any device from anywhere in the world simultaneously.