Difference between revisions of "A1/A2 Aperture Steering Cubes"
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; New [[HD steering coils]] | ; New [[HD steering coils]] | ||
+ | |||
+ | ; A1 & A2 aperture alignment and spacer values (Jan 05, 2021) | ||
+ | : A1 (2,3,4 mm) & stepper controls [[media:210105_report_A1.xlsx]] | ||
+ | : A2 (4,6,8 mm) [[media:210105_report_A2.xlsx]] | ||
; A1 motorized aperture | ; A1 motorized aperture | ||
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; Aperture assembly instructions from Danny | ; Aperture assembly instructions from Danny | ||
− | *a note to phil and marcy, on the real assembly work, the bottom and right side of the cube are no problem to | + | *a note to phil and marcy, on the real assembly work, the bottom and right side of the cube are no problem to assemble. |
*the left side (ion pump) will need studs. | *the left side (ion pump) will need studs. | ||
*the top (with the actuator) requires a proper sequence. it might be easier to assemble it upside down. | *the top (with the actuator) requires a proper sequence. it might be easier to assemble it upside down. |
Latest revision as of 14:29, 14 June 2021
The A1 and A2 apertures define injector acceptance into the chopping system, additionally the A2 aperture is the beam stopper for the PSS kicker.
- A1 & A2 aperture alignment and spacer values (Jan 05, 2021)
- A1 (2,3,4 mm) & stepper controls media:210105_report_A1.xlsx
- A2 (4,6,8 mm) media:210105_report_A2.xlsx
- A1 motorized aperture
- VacGen Motor Driven SLTM Series media: VacGen_LTM_Series_Operating_Instructions.pdf
- VacGen Motor Handbook media: Motor_operating_handbook_14.pdf
- VacGen Motor to Stac5 Wiring media: VacGen_motor.pdf
- Stac5 to Motor Encoder Pinout media: Encoder_pinout.pdf
- Stac5 Hardware Manual media:STAC5_Hardware_Manual.pdf
- Stac5 Quick Setup Guide media:STAC5_QuickSetup_Guide.pdf
- Stac5 Limit Switch Pinout media:STAC5_Limit_Switches.docx
- Aperture assembly instructions from Danny
- a note to phil and marcy, on the real assembly work, the bottom and right side of the cube are no problem to assemble.
- the left side (ion pump) will need studs.
- the top (with the actuator) requires a proper sequence. it might be easier to assemble it upside down.
- basically:
- pre-load bolts into cube tube CF flange.
- put on magnet (with no 4.5 dummy flange) and push it against cube face.
- bolt on actuator.
- move magnet against acutator.
- bolt in dummy 4.5 flange spacer.
- bolt magnet to dummy flange.