Hosted By the RCSB PDB
BIOSYNC   Structural Biology Synchrotron Users Organization
   Home  |  US Synchrotrons  |  International Synchrotrons  |  Structural Genomics

 

Beamline Name 3-BM1
Beamline Website http://www.synchrotron.org.au/content.asp?Document_ID=435
Owner/Operator Australian Synchrotron
Operational (general use) yes
%Time available (general use) 50%
Beamline Schedule .
Experiments MAD, automated crystal screening
Source Bending Magnet
Ring Current(mA) 200
Average Beam Lifetime 30 hrs
Spot Size 0.15 x 0.13 mm
Optics Collimating mirror, DCM sagittaly bent second crystal, vertical focusing mirror
Flux 1.5 e11 ph/s
Flux Details 200 mA at 12.95keV
Wavelength Min (Å) 0.688
Wavelength Max (Å) 2.48
Monochromator Double Si with sagittaly bent second crystal
Crystal type Si(111)
Mirrors Si ans Rh coatings
Mirror Cutoff 22
Special Capabilities Automated sample screening, Remote Access
Other Instrumentation crystal humididy device (Rigaku FMS)
Goniometer Custom single omega axis air bearing with micropositioning X-Y stage
Pin Length Manual sample mounting: no restrictions; Automated sample mounting: 18 mm
Restrictions .
xtal-detector Distance 75 - 800 mm
Detector ADSC Q210r
Detector Details Inter-image total dead time: 0.7 s
2theta range 40 deg vertical offset 0 - 110 mm
Cryo Capability Oxford Cryojet
Lab Facilities Biochemistry lab
Biohazard PC2
Software Blu-Ice GUI interface to EPICS control
Hardware Linux workstations, 40TB Storage Array
Backup Devices USB, IEEE1394, GRID access, SSL transfer
spacer spacer


Update this site - synchrotron administrators only