For your viewing pleasure:

August 3rd, 1999
Secondary Beamline Support Structure
Work S till In Progress
July 26th, 1999
Upper Primary Plates
Full & Detail

Full
Valve, Cross, & Tee are shown in arbritrary positio ns 

 


Both sets of thin plates have the same length standoffs . You want to install this assembly as to get the 10 kV plates as close to the gatevalve as possible. Remember the valve mechanism's clearances change durin g actuation....

July 6th, 1999
Electrons In, Gases Out
$3k+   of Flang es

Vertical Turbo
Five KF-25's, Three KF-40's  

Some will be spares  

       Note Valve Orientation       
It straddles  
the centerline  

High Voltage Feedthroughs
Keep all the HV feedthrus on o ne flange  

Turbo Foreline is Inboard 
June 22nd, 1999
Secondary Beamline
Component Status
June 21, 1999
1/2 of a Pair
Bellows Restraint
Found
June 8th, 1999
Secondary Beamline
No Support Syste m


Ortho View
 
 

Side View
April 26th, 1999
Upper Sweep Plates
Support system


Orientation W.R.T.   X-Over sweep plates
  

Support tube removed
March 31st, 1999
Focus Wires
Orientation and Spacing
  

Orientation W.R.T.   X-Over sweep plates
  

From the ion's point of view
March 10th, 1999
"These aren't the 'droids you're looking for......"
NitPickers: Don't bother pointing out the pix's imperfections, for I know them 'em better than you ever will.
They're just for grins folks :)

Dogs need not apply themselves here
 
 

    Have you seen C3PO?

February 18th, 1999
8x10's that Diane had for her 2/17 talk.    Click on the image to get to the plot file and then under "File,"  "Save As" whatever you li ke with a <.ps> or <.plt> extension, then "lpr" to your heart's content...

Ortho
 
 

Side:    Looking perpendicular to the left edge of the torus seen in "Ortho".

Top:    Looking perpendicular to the top of the gat e valve.
 


Sweep Plates Galore
 

R2D2's innards:    Better view of the X-Over plates and shutter
November 11th
Click on the image to get to the plot file and then "Save As" whatever you like with a <.plt> extension.      Pen 1 will be the black lines,   Pen 2 the green.

Uday: I suggest you place your pix to the right of your pos ter,  Lei's to the left,  for easy compairison.

Lei: This was the best way I came up with to see your X-Ove r system
September 16th
"D" size drawings for discussion. Pen velocity has been set to 4 cm/sec. Click on the image to download the HPGL file.    Scales are 1:1, with the e xception of the Ortho.

June 4th
This view shows the analyzer position fro m 0 to -20 degrees offset from the exit port axis. Minimum distance between th e analyzer and stair well is approximatly 5".

Typical beam profile grid. The wires are 4 mi l. Spacing is 2, 1, and 1/2 cm.

Top Viewof the secondary system. The analyze r is aligned to the center of the outlet port. The light blue line is the "req uired walkway". The outer white boarders are the MST bottom floor dimensions.

This is the perpendicular-to-exit view . The skinny white lines represent the mid-plane deck.

Siamiese Twin analyzer showing the walkw ay/stairwell. There is ~16" betweeen the chamber(red cross) and hole in the fl oor. Suck it in! The analyzers are =/- 5 degrees from centerline. Pivot point (CS2) in center of bellows

Differentview

Lei's additional analyzer. 15 degrees. You have less thn 9" between the stairwell and analyzer.......



May 19
As per Uday's request of the week, the following........ Siamiese Twins Take Two This view shows the analyzer rotated +/- 5 degrees, up/down from it's neutral position. Lei , you might want to know there is a grand total of 36.4 inches between the bel lows flange to the analyzer's entrance flange...The rest of you, there is 5 1/ 8 between the deck and lowest point of the pictured analyzer.

An ortho view of the whole system. You might notice the slit adjusments have disappeared. They have. The computer ate them.

This side view is the same as Siamiese T wins Take Two, except the beamline is also shown.

Primary Beamline Notes:
The beamline now has the 3 degree lean. Ignore the twist orientation of the beamline. It's only there to get a better view of it's structure.