T-STATION 300
The T-Station 300 is a higher capacity pumping station purpose built for more demanding applications. Its robust design and versatile performance have made it popular across science and industry and those looking for a powerful, user-friendly, vacuum system. This model delivers pumping speeds up to 300 l/s dependent on the variant selected.
The backing pump
Fore vacuum performance is achieved with a choice of:
The mXDS3s dry scroll pump delivers the higher pumping speeds of 3 m3/h, and ultimate pressure of 0.1 mbar significantly reducing pump down time and improving efficiency. In addition it comes fitted with an inlet valve to protect the pump in the event of power failure, and an exhaust filter making it a perfect choice for general and smaller scale R&D applications.
The turbomolecular pump
The nEXT300 turbomolecular pump provides the high-vacuum (HV) pressure ranges once primary vacuum has been achieved. Our latest breed of TMP technology provides outstanding performance up to 300 l/s, robust reliability, and low maintenance intervals.
The controller
Power and manage your vacuum system with the integrated controller.
Features in include:
- Simple dedicated start/stop button
- Accurate and easy to read digital display
- Option to select ‘vent mode’ for fully automated venting
Benefits
- Rugged all metal frame built for durability and to withstand the varied demands of R&D laboratory testing conditions
- Stable design enhanced by the use of rubber feet on the baseplate and resulting in lower profile and robust structure
- Cut offs in the sides for manual handling
- Integrated air cooler acts to cool internal power supply and pump/controller for quiet operation avoiding multiple fans.
- Range of inlet flanges choose from either an ISO100 or CF100 inlet flange to suit your application
- Easily self-serviceable pumps lowering the cost of ownership
Ideal Applications
It’s compact design and mobile versatility make the T-Station 300 a perfect fit for:
- Research and development
- High and ultra-high vacuum systems
- Analytics
- Surface physics
- High energy physics/accelerators