We offer a range of products, including some “off the shelf” solutions (TVC225 and TVC025). All of the chambers can be custom-design and equipped to meet your exact requirements, with the capability of cycling temperatures between -180°C to 200°C (higher temperatures available if required) at pressures below 1E-6 torr.
Both standard and custom-designed chambers are based on state-of the-art control solutions with unprecedented thermal control and performance for testing CubeSat and other Satellite payloads. The software algorithms for thermal control ensures extremely accurate temperature control not only during steady state, but also during ramp cycles. A precise control of 16 independent temperature zones in a temperature range ranging from 83K up to
580K is proven.
Nanovac ABs Thermal Vacuum Chambers (TVACs) are state of the art advanced thermal vacuum chambers.
Nanovac AB have worked in the high vacuum industry since 1993 and has become a leading manufacturer of advanced vacuum systems, ranging from central vacuum plants to plasma processing systems. We have also manufactured and delivered some of the worlds most advanced thermal vacuum solutions.
Our philosophy when building and designing systems is to make no compromise on quality or components used. We only use the best solutions with parts from the best OEM manufacturers.
In our systems we employ the latest technology when it comes to control and data logging ensuring that our customers have full traceability when operating our systems. Our thermal vacuum chambers use patent pending technology to ensure maximum performance with maximum repeatability and reliability.
Our solutions are cost effective, and we do not only supply custom solutions but we also have a comprehensive suite of standard thermal vacuum systems available with short delivery times.
Our Thermal Vacuum Chambers offer unprecedented performance. Both in regard with vacuum performance as well as in temperature performance.
In order to meet the strict requirements of the industry all our systems are equipped with an on-board SQL server, which houses all the data for each run. The database format adheres to the strict ANSI-ISA 88 standard, which ensures full traceability throughout the lifetime of the system. Our bayRecipe cycle designer allows for easy design of advanced thermal cycles and generates a complete run report for each cycle run. Any relevant data can be included in the report.
The SQL database is provided with an open format architecture allowing our users to access and retrieve data in real time from the database for use in their own data acquisition efforts.
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Below is an example of an off the shelf TVAC solution. Most of our TVAC products are custom turnkey solutions. Send Nano Vacuum Australia your requirements and we will be happy to offer you a solution.
Galaxy TVC 025 (off the shelf) Specs:
| Description | Data |
| Test chamber volume | From 0.1 m3 up to 0.5 m3 |
| Base pressure | <1x10-6 torr |
| Thermal range (standard)1 | 223K to 400K |
| Thermal range (extended)2 | 90K to 573K |
| Pump speed (H2O) | >3800 l/s |
| Rough vacuum pump type | Roots pump package (250 m3/h) |
| High vacuum pump type | Cryogenic (turbo available as option) |
| Dimensions (L x W x H) | 1817 mm x 1050 mm x 1651 (closed chamber) |
| Voltage | 3φ 380-415V 50Hz or 3φ 190-230V 60Hz |
1 Other temperature ranges are available, this is a demonstration of standard capability
2 Require access to LN2 supply
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