Ultra-High Vacuum Technology Section is responsible for Design, Development, Installation, Commissioning and Maintenance of vacuum systems and vacuum instrumentations for various accelerators at RRCAT, such as Microtron, Booster, Indus-1, Indus-2, IRFEL, ARPF Linacs etc. Over the years, it has developed a variety of Ultra High Vacuum components for Indus vacuum envelopes like dipole chambers, straight section chambers, septum magnet chambers, kicker chambers, Non Evaporable Getter (NEG) coated low-gap undulator chambers, Titanium coated kicker chambers, Diamond seal UHV flanges, transport lines, RF shielded bellows, photon absorbers, water cooled SR beam dump flanges, taper chambers, sputter Ion Pumps, Titanium Sublimation Pumps etc. It has also developed a range of UHV instruments such as SIP controllers, TSP controllers, Penning gauge head and controllers, BAG controllers, Valve controllers, Temperature monitoring units, Thermocouple interface and control Units, Bakeout & activation controllers and software for uncoated and NEG coated UHV chambers.
To meet all such requirements, UHV Lab is equipped with necessary facilities such as Helium leak testing machines, UHV performance test setup, pumping speed measurement setup for different pumps, Outgassing measurements setup, RGA calibration setup, BAG Controller calibration setup, NEG coating facilities, Advanced Laboratory furnace, and temperature sensor calibration setup etc.
Activities of the Section:
Fig 1. Indus-2 Dipole Chamber Upstream
Fig 2. Indus-2 Dipole Chamber downstream with photon absorbers, water cooled flange and RGA
Fig 3. Indus-2 Dipole Chamber with associated UHV components
Fig 4. Indus-2 Large Coating Setup
Fig 5. Ti Coated alumina Cermaic UHV Chamber
Fig 6. NEG Coated Al alloy UHV Chamber
For more details, please contact:
Shri D. P. Yadav
Head, Ultra High Vacuum Technology Section
Email: dpyadav (at) rrcat.gov.in
Content Manager: Smt. Sujata Joshi
sujata (at) rrcat.gov.in
Last updated: September 2021