Vacuum Protection UPS for Ion Pump Systems
UPS-IP Series:
Long‑duration backup power that protects vacuum integrity during outages, transport and system transfers
The UPS‑IP Series is a high‑reliability Uninterruptible Power Supply specifically engineered to power Ion Pump Power Supplies (IPPS) used in X‑ray and vacuum systems. Designed for long‑duration runtime and seamless integration, the UPS‑IP maintains stable vacuum levels during power outages, overnight shutdowns, transport, and site relocations — protecting both the ion pump and the X‑ray tube from vacuum degradation and restart delays.
UPS-IP advantages
- Maintains vacuum during power outages
- Long runtime for overnight protection
and transport - Compact 2U rack‑mount integration
- Available in 110 V and 230 V versions
- Optimized specifically for ion pump system loads
- Optional mobile rack case and RPS
mounting configurations - Reduces downtime and risk of delays
Compatibility
RPS30 Service Station
Ion Pump Power Supplies (IPPS)
Scandiflash FXR tube systems
Portable rack case systems
Modularity
Designed for seamless integration with the RPS30 Service Station and Scandiflash ion pump infrastructure.
Extending the RPS30 Platform
The UPS‑IP Series extends the capabilities of the RPS30 Service Station by adding long‑duration backup power for ion pump systems.
Together, the systems provide a complete solution for vacuum maintenance, transport protection, service operations, and reliable X‑ray tube readiness. The UPS‑IP integrates naturally into the Scandiflash ecosystem, supporting both fixed laboratory installations and portable field configurations.
Protecting Vacuum Integrity During Power Loss and Transport
The UPS‑IP Series is designed to solve one of the most critical challenges in ion pump‑based X‑ray systems — maintaining vacuum integrity when mains power is unavailable.
Ion pumps must remain energized to preserve the vacuum inside the X‑ray tube. During extended outages, overnight shutdowns, or transport between facilities, loss of power allows the vacuum to slowly degrade. When power eventually returns, the vacuum level may no longer be within a safe
operating range.
In older systems, the ion pump may even attempt to restart under unsafe vacuum conditions, potentially damaging or destroying the pump. The UPS‑IP eliminates this risk entirely.
With long‑duration runtime capability, the UPS‑IP continuously powers the ion pump system throughout outages and transfers, ensuring the vacuum remains stable until mains power is restored.
The result is improved system reliability, reduced downtime, and protection of critical X‑ray components.
Reliable Protection During Transport
Transporting X‑ray tubes or vacuum assemblies between facilities often means operating without mains power for extended periods.
Without ion pump power, the vacuum can degrade — potentially requiring recovery procedures or rendering the tube unusable.
The UPS‑IP maintains continuous ion pump operation throughout transport and relocation, preserving vacuum stability until the system is reinstalled at the new site. This reduces risk, prevents costly failures, and eliminates unnecessary conditioning delays.
More than a UPS
The UPS‑IP Series is more than a backup power supply — it is a dedicated vacuum protection solution engineered specifically for real‑world X‑ray and vacuum system applications.
By maintaining stable vacuum conditions during outages, transfers and transport, the UPS‑IP helps ensure reliable operation, protects critical components, and keeps systems ready when they are needed most.
Runtime Performance
The UPS‑IP is optimized specifically for ion pump operating profiles and delivers long backup runtimes for extended protection.
Typical Runtime
1 IPPS with splitter 10 hours
(up to 4 X‑ray tubes)
2 IPPS with splitter 5 hours
(up to 8 X‑ray tubes)
Electrical Variants
The UPS‑IP Series is available in two
electrical configurations:
Input / Output Configuration
230 V AC input / 230 V AC output
110 V AC input / 110 V AC output
Both versions provide identical runtime
and performance.
Three configurations
Compact 2U Rack Integration
The standard UPS‑IP configuration is supplied as a compact 2U, 19” rack‑mount unit designed for direct installation into existing system racks.
This integrated design simplifies installation while minimizing system footprint.
Key advantages
• Fits into existing racks
• Simplified cable routing and power distribution
• Direct integration with IPPS units and control electronics
• Ideal for OEM systems and permanent installations
Portable Rack case Integration
- The UPS‑IP can be integrated into a rugged portable rack case together with up to two Ion Pump Power Supplies.
- This creates a self‑contained mobile vacuum support solution ideal for:
- • Field operations
- • Temporary installations
- • Service and maintenance work
- • Facilities without permanent rack
- infrastructure
RPS30 Service Station Integration
- The UPS‑IP may be mounted directly onto the RPS30 Service Station platform, creating a unified vacuum support solution that combines roughing pump functionality with long‑duration ion pump backup power.
- This integrated configuration reduces total footprint, simplifies installation, and improves portability for service, transport, and temporary system deployments.
We’re here to help you
Choosing Scandiflash means you get a flash X-ray system that’s built to meet your needs both today and tomorrow as well as a team that’s ready to support you.
Want to know more about taking your research to the next level? We’re curious to hear what you can imagine doing and seeing with our technology, so get in touch with us through our website or just give us a call at +46 18 557510.
Researching dynamics?
Sometimes you only get one chance – make it count.About Scandiflash
For over 50 years, Scandiflash has been pioneering flash X-ray technology to help scientists and researchers around the globe to see the nearly impossible. Scandiflash Flash X-Ray Systems generate extremely short pulses used to capture dynamics in the harshest of conditions, ranging from indoor lab setups to outdoor large-scale firing ranges. The systems are modular and can be tailored to meet your requirements for number of pulses and peak energy conditions.