3D model of beamline P65, (1) optics hutch, (2) experimental hutch, (3) control hutch, (4) sample preparation lab, (5) gas cabinets for problematic gases.
Experimental table
Setting up an in-situ experiment on the experimental table
Relevant dimensions for user equipment:
|
Distance / mm |
|
|---|---|
|
Beam height above X95 |
270 |
|
Beam height above table surface |
383 |
|
Distance between IC1 and IC2 |
up to 1500 |
|
Space above table |
> 3000 |
for details please see drawing!
Height of beam above table and X95
Gas line connectors
|
Gas |
Connector type |
Standard max. pressure |
|---|---|---|
|
Inert gases |
Swagelok QC4 |
6 Bar |
|
CO |
Swagelok QC4 |
6 Bar |
|
H2S |
Swagelok 6 mm |
6 Bar |
|
NOx |
Swagelok QC4 |
6 Bar |
|
H2 |
Swagelok QC4 |
6 Bar |
|
O2 |
Swagelok QC4 |
6 Bar |
|
CO2 |
Seagelok QC4 |
6 Bar |
Our standard operating pressure is up to 6 bar. Using other pressure reducers, also pressures up to 18 bar are possible for all gases. For one inert gas, CO, H2 and O2 it's possible in individual cases to change the equipment from quick connectors to fixed fittings, which allows us to work up to a pressure of 200 bar. The CO2 line is designed to a max. of 44 bar.
Cooling water
|
Temperature |
18° C |
|
Connector type |
see below |
|
Pressure supply |
8 bar |
|
Pressure return |
2 bar |
Cooling water connectors:
CPC-In-Line connectors, type: NS4D22006 (male) and NS4D17006 (female) Inner diameter: 3/8" self closing
- Supply: Female (That means the tube which is connected needs a male connector!)
- Return: Male (That means the tube which is connected needs a female connector!)
Any other connectors of the NS4D-series fit.
For more variety see: http://www.cpcworldwide.com/Product-List/Series/21
4 pixel SDD fluorescence detector
|
Manufactured by Hitachi/Vortex |
|---|
|
Silicon drift diodes (SDD) |
|
4 round discrete pixel, 50 mm2 each |
|
Substrate thickness: 2 mm |
|
Maximum count rate: several 100 kHz per pixel |
|
Resolution: ≤ 200 eV at 6 keV and 100 kHz |
|
4 pixel on the corners of a rectangle |
