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Frontier 36″ DIA × 40″ L System Solution | Chiller Thermal Cycling System for Satellite Communications Testing

SKU:

X-1P34962

This thermal vacuum system was engineered for an aerospace application involving satellite communications hardware. The system enables flight hardware to remain operational during thermal vacuum testing, allowing performance to be evaluated under controlled temperature and vacuum conditions representative of the environments encountered in space.

The 36″ diameter × 40″ long chamber features double-door access, two extendable thermal platens, and thermal shrouds to accommodate multiple test units. With a temperature range of -60 °C to +150 °C and vacuum capability to 10⁻⁶ Torr, the system provides a controlled environment for thermal vacuum testing and validation of satellite communication components.

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  • Double-door design for flexible test access
  • Two 20″ extendable pillow-plated thermal platens
  • Pillow-plated body and door thermal shrouds
  • -60° C to +150° C temperature range
  • Vacuum capability to 10⁻⁶ Torr
  • Leybold 950i turbomolecular pump with dry roughing pump
  • 8″ borosilicate glass viewport
  • Two LED chamber lights
  • Multiple thermocouple, fluid, gauge, and utility feedthroughs
  • Remote support capability

AC1000 Thermal Control System

Two AC1000 thermal control systems provide temperature conditioning for the chamber’s pillow-plated platens and thermal shrouds. Together, they support the system’s -60 °C to +150 °C temperature range, allowing satellite communication hardware to be tested across hot and cold conditions while under vacuum.

AC1000 Features

  • Two AC1000 units integrated with the TVAC system
  • Recirculating thermal fluid for platen and shroud conditioning
  • Supports temperatures from -60 °C to +150 °C
  • Independent thermal control integrated into the overall TVAC system

HVC-3500 Vacuum System Controller

The HVC-3500 provides centralized control of the thermal vacuum system, bringing vacuum operation, system monitoring, and test control into a single interface. For this satellite communications testing system, the controller supports operation of the chamber alongside the integrated thermal and vacuum hardware.

Controller Features

  • Centralized thermal vacuum system control
  • Vacuum pump and valve control
  • Vacuum pressure monitoring
  • Temperature monitoring
  • System status and alarm monitoring
  • Automated vacuum sequencing
  • Operator touchscreen interface
  • Test data monitoring and logging
Model Number FCT3640-RCSSSC
Chamber Size 36″ DIA × 40″ L
Chamber Shape Cylindrical
Chamber Material 304 Stainless Steel
Interior Finish #4 Line Grain
Exterior Finish Bead Blast
Temperature Range -60 °C to +150 °C
Thermal Zones Single Zone
Vacuum Level 10⁻⁶ Torr
Thermal System (2) AC1000ULT Thermal Control Systems
Platen 304 SS Pillow-Plated, 77% Extendable
Body Shroud 304 SS Pillow-Plated, Aeroglaze Z306
Door Shroud 304 SS Pillow-Plated, Aeroglaze Z306
Controller HVC-3500
High Vacuum Pump Leybold 950i Turbo Pump, 450 L/sec
Roughing Pump Dry Roughing Pump
Viewport 8″ Borosilicate Glass
Doors Double Doors, 4 Clamps, Viton O-Ring Seal
Thermocouple Feedthroughs (3) NW40, 5 Pairs Each; 12 Pairs Available for Customer Use
Fluid Feedthroughs (4) NW40
Approx. Weight 1,450 lbs.
Frame Carbon Steel with Skins and (4) Leveling Casters

HVC-3500 Thermal Vacuum Controller

For ultimate flexibility and control of your vacuum system, the feature-packed HVC-3500 Thermal Vacuum Controller provides automated vacuum and temperature control, customizable software, and adjustable test recipes for your unique and complex vacuum processes. The HVC-3500 is ideal for any vacuum system requiring heating or cooling, and integrates vacuum gauges and valves for either automated mode or interlocked manual mode operation.

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