Thermal Vacuum Chambers
Thermal Vacuum Space Simulation Chambers
Small, portable systems with conductive heat transfer allows for fast and efficient testing of small devices.
The efficient advantages of thermal platforms are a natural for conductive heat transfer in high vacuum applications. With all the new hardware going into space, where service calls are rare, thermal vacuum testing is an important part of testing high altitude and satellite equipment.
Affordable and configurable for your application. Simultaneous high vacuum and thermal testing without renting time at a test lab. Thermal platforms to fit your vacuum chamber or fully turn-key systems. Platform shown inside bell jar is 6.5” x 7.5”, other sizes and different bell jars available.
Primary Features & Benefits:
- VmSD49-N has 6.5 x 7.5 inch usable surface area
- VmSD49-N 49 square inches / 315 square centimeters
- VmSD144-N is 12 x 12 inch usable surface area
- VmSD144-N 144 square inches/ 929 Square centimeters
- Custom sizes available
- High Altitude or Space Simulation 1 x 10-6 Torr.
- Temperature Range from -70°C to +175°C.
- A typical coolant is Liquid Nitrogen.
- Heated with embedded resistance heaters
dbSAFE TSE 2.0
Thermal Test enclosure, -80°C to +180 °C, ≥100 dB, 300 MHz – 18 GHz
Compatible with all platforms of temperature forcing units and thanks to the DVTEST “waveguide” technology; isolation performance will not be impacted. The temperature range of the units will be -80°C to +180°C.
ThermaSAFE™
ThermaSAFE™
Thermal test enclosure, temperature range -80ºC to +225ºC, optional extended temperature range -100ºC to +300ºC.
ThermaSAFE™ enclosures allow temperature profiling right where it’s needed—on the test bench, production floor, or in the lab eliminating the need to transport parts to a large oven or environmental chamber. Available in multiple designs, including conventional hood, stackable lid, or clamshell, ThermaSAFE™ enclosures can be customized to meet specific requirements, ideal for rapid temperature cycling without the thermal mass limitations of larger enclosures.
Fast, precise control of airflow and temperature within the enclosure and around your device. Each unit is a lightweight, portable enclosure, perfect for at-temperature design verification, burn-in, HALT & HASS pre-compliance testing, or interfacing with functional testers. ThermaSAFE™ enclosures are built for a broad temperature range and ensure a moisture- and static free environment, isolating the DUT from external interference.
The ThermaSAFE™’s biggest advantage is that it can be custom sized, shaped, and fitted allowing DUTs to be placed virtually anywhere inside the enclosure. This means maximum versatility in testing components, sensors, and assemblies all with one single enclosure.
The Khoury Box
RF, Microwave Thermal Testing
Electronics are a big part of technological advances found in everything today – including many of the parts found in automobiles, video game systems, medical equipment, airplanes, and even military weapons. These parts are subjected to extreme temperature fluctuations and transitions during use. Khoury Industries proudly manufactures the industry-leading Khoury Box, a temperature chamber or thermal chamber that holds the device-under-test so that thermal testing can be done to ensure reliability and durability of a product.
Specifically, the device-under-test is placed into the temperature chamber or thermal chamber and subjected to rigid thermal cycling in which the air is raised and lowered between temperatures that may match or exceed expected service environments to simulate different conditions. The Khoury Box temperature chamber operates in temperatures ranging from -80˚C to +225˚C.
MPI Thermal Test Chamber
Compact Test Chamber
The ThermalAir TA-5000 systems provide temperature directly to the test application. The Clamshell Style compact test chamber in standard and custom dimensions for many size devices and components in Aerospace, Semiconductor, RF Microwave, Automotive electronic, Fiber Optic and other Test Articles.
Our new thermal test technology gives the end user the ability to easily test while controlling the ramp rate speed with one-touch temperature set point functions.