Galaxy TVAC TVC800-800SQ Rectangular Thermal Vacuum Chamber

By Nanovac AB

The Galaxy TVAC TVC800-800SQ is a versatile rectangular thermal vacuum chamber designed for rigorous aerospace testing. Manufactured in stainless steel, it provides robust construction and accommodates a wide range of applications—ranging from component outgassing to propulsion subsystem tests. A slide-out thermal plate (configured as an option) simplifies loading and positioning of DUTs, while an optional thermal shroud can be integrated for enhanced temperature control. A front-swinging door (left- or right-mounted) ensures easy access, and the system is supported by a powerful vacuum subsystem for stable, repeatable test conditions and the system can be configured for ballroom installation or thru-wall. Equipped with our award-winning SpaceSoft™ automation software and on-board industrial PC, the TVC800-800SQ offers advanced data logging, recipe-based operations, and real-time monitoring. For teams requiring precise environmental control, custom flange configurations, and integrated partial-pressure analysis, this chamber delivers a flexible platform that can evolve alongside your testing needs. Key Features & Highlights - Robust Vacuum Performance – 2200 l/s turbo molecular pump with 35 m³/h dry backing pump – Integrated wide-range vacuum gauge and two Pirani gauges for foreline/backing - Modular, Customizable Design – Rectangular stainless-steel chamber with default 6×ISO160 flanges (one with viewport), ISO250 high-vacuum port, CF200 facility flange, and a Nanovac rectangular port – Door mount can be swapped (left/right) to suit your lab layout - Award-Winning SpaceSoft™ Software – Windows 11 on an industrial PC; advanced cycle programming adhering to ANSI/ISA 88 – Patent-pending Quick-Trend™ algorithm for partial pressure monitoring (requires RGA option) – Full API for real-time DUT interaction and data synchronization - Automation & Safety – On-board PLC ensures all safety interlocks meet EN ISO 13849-1 – Distributed I/O architecture reduces wiring and simplifies future upgrades - Remote Connectivity – Industrial VPN router for remote monitoring, system updates, and email alerts – Secure remote access for real-time supervision and support 2344mm [7.7ft] 1113mm [3.7ft] 920mm [3ft] 920mm [3ft] 900mm [3ft] 813mm [2.7ft] 1379mm [4.5ft] 844mm [2.8ft] Category Specification Internal Dimensions 800mm (W) x 800mm (H) x 825mm (D) Capable of handling up to 1x16U cubesat (with solar panel assembly). OFHC Cu thermal plate: 700 (W) x 690 (D) Door Front swinging door (left/right mounting possible) - Aluminium 6061T6 Chamber Material Stainless Steel (SS304) - other materials on request Vacuum Pumping 300 to 2200 l/s turbo molecular pump options (with gate valve option) 15, 35 or 60 m3/h dry backing pump (600 m3/h as remote large capacity option) Vacuum Level <1e-6 mbar (empty, clean chamber) Pressure Measurement 1 x Wide Range Gauge (Chamber Pressure) 2 x Pirani Gauges (Foreline/Backing) Temperature Sensors 4 independent TC channels (Type K) by default (can be upgraded to accomodate more channels if required) Temperature Range -70°C to +120°C (default) (~600W cooling capacity at -60°C) Other temperatures available - contact us for details LN2 available as option Flange Configuration - 6 x ISO160 ports (one is front view port), 1 x ISO250 high vacuum port, 1 x CF200 Nanovac Vacuum Interface Port (with 4 x CF35 ports), 1 x CF35 (RGA option), 1 x ISO63, 1 x NW50KF, 5 x NW25KF, 1 x Rectangular Nanovac Flange (Usable dimension 375mm (W) x 305mm (H)). Other configurations available upon request. Thermal Shroud Prepared interface (option) LN2 or other cooling solutions available (daisy chain) Software & Controls SpaceSoft™ suite under Windows 11 On-board PLC with EN ISO 13849-1 compliance Touch Screen (low cost) option Integrated ANSI ISA 88 database structure + API for advanced DUT control/integration Remote Access through onboard industrial VPN (allows for configurable e-mail notificiations) Power Requirements 200-230VAC 50/60Hz / 380-415VAC 50/60Hz (current requirement depends on final configuration)