Thermal Vacuum Chamber (TVC) – Indigenization by Jetsys Defence

Jetsys Defence designs and manufactures Thermal Vacuum Chambers that accurately simulate space conditions—deep-vacuum and extreme thermal cycling—for qualification, screening and R&D. Our TVC systems support satellite subsystems, payloads, optics and electronics where a space simulation vacuum chamber and thermal vacuum testing chamber are essential.

What is a Thermal Vacuum Chamber?

A Thermal Vacuum Chamber (TVC) creates a high-vacuum environment while cycling temperatures to replicate on-orbit conditions. By combining cryogenic shrouds, thermal platens, and precise control, a TVC validates flight hardware for survivability, performance, and outgassing compliance—exactly what a space simulation vacuum chamber or thermal vacuum testing chamber must achieve.

Key Features of Jetsys Defence TVC

High Vacuum Performance Pumping architecture engineered to achieve high-vacuum levels suitable for space simulation and bake-out workflows.
Wide Thermal Envelope Cryo-shrouds and heated platens provide deep-cold to high-temperature profiles with programmable ramps and soaks.
Uniform Thermal Radiation Multi-zone shrouds and emissivity-controlled liners ensure stable, repeatable heat flux to the test article.
Flexible Chamber Geometry Available in cylindrical or rectangular formats, from benchtop to field-constructed sizes with payload carts and vibration-safe mounts.

Clean, Low-Outgassing Build UHV-compatible seals, surface finishes, and vacuum-rated cabling protect optics and sensitive electronics.
Data & Controls Integrated HMI/SCADA, recipe control, alarms, historian logs, and DAQ for thermocouples, RTDs and vacuum pressure.
Feedthrough-Rich Interfaces Electrical, fiber-optic, RF and fluid feedthroughs with configurable panels and blanking flanges.
Serviceability & AMC Indigenized sub-assemblies, local spares and preventive maintenance plans ensure high uptime and lower lifecycle cost.

Benefits of Thermal Vacuum Chamber (TVC)

Flight-Like Confidence Validates thermal balance, survivability and functional performance before spacecraft integration.
Lower Program Risk Identifies thermal design gaps, vacuum leaks, contamination risks and component drift early in the cycle.

Repeatability at Scale Recipe-driven cycles, high sensor density and automation provide consistent, auditable results.
Cost & Lead-Time Advantage Indigenized build, local support and rapid spare availability reduce total cost of ownership.
Clean, Safe Operations Low-outgassing interiors, efficient pumping and fume-safe heating ensure a clean test environment.

Technical Specifications – Thermal Vacuum Chamber

Parameter	Specification
Vacuum Level	High vacuum capability (typ. ≤ 1×10⁻⁶ torr class), vacuum gauges & RGA (optional)
Temperature Range	Approx. −185 °C to +165 °C (shroud); platen options up to +200 °C (config-dependent)
Thermal Hardware	LN₂ cryo-shroud, multi-zone radiant panels, heated/cooled platen, sun-sim IR (optional)
Control & DAQ	PLC/HMI with recipe control, alarms, historian; multi-channel thermocouples/RTDs; pressure logging
Uniformity	Multi-zone control with validated gradients; emissivity-tuned surfaces for stable radiation
Chamber Geometry	Cylindrical or rectangular; benchtop to large field-constructed systems
Feedthroughs	Electrical (low/high-power), RF, fiber-optic, fluid/gas, viewports; configurable bulkheads
Clean Build	Low-outgassing materials, vacuum-rated cabling, cleanable liners; contamination monitoring (optional)
Pumping Train	Dry scroll/roots + turbomolecular/cryopumps; isolation valves, burst discs, safety interlocks
Safety & Interlocks	Door locks, e-stops, vacuum/temperature permissives, over-temp/over-pressure protection
Utilities	LN₂ supply, GN₂ purge, power as per site; chiller (if configured)
Documentation	IQ/OQ protocols, calibration certificates, FAT/SAT reports, operator & maintenance manuals
Services	Installation, training, AMC/PMC, calibration & on-site service across India

Note: Ranges are indicative; final specs are tailored per test article size, thermal load and cleanliness class.

Applications of Thermal Vacuum Chamber (TVC)

Satellite Subsystems & Payloads Qualification for avionics, power systems, structures, mechanisms, optics and sensors.
Space Electronics & Materials Functional tests, burn-in, survivability analysis and coating performance studies.

Vacuum Bake-Out & Contamination Control Drive off volatiles and contaminants prior to spacecraft integration.
Thermal Cycling & Balance Tests Used for qualification and acceptance campaigns with programmable profiles.
Optical Assemblies Evaluate stray light behavior, alignment stability and thermal drift.

Why Choose Jetsys Defence for TVAC?

Aerospace-Grade Engineering, Made in India Localized design with faster lead times and reduced lifecycle cost—delivering space-class performance without import delays.
Through-Lifecycle Support Factory acceptance, commissioning, operator training, calibration, and rapid-response AMC to keep test campaigns on schedule.

Customization that Fits Your Mission From smallsat test benches to large integration chambers with IR sun-sim, cold plates, payload carts and high-density DAQ.