Difference between revisions of "200kV High Voltage Power Supply & Controls"

From Ciswikidb
Jump to: navigation, search
 
(8 intermediate revisions by the same user not shown)
Line 1: Line 1:
 
This page contains information about the high voltage power supply controls used at CEBAF and UITF.
 
This page contains information about the high voltage power supply controls used at CEBAF and UITF.
  
;Power Supplies
+
;Power Supplies and Controller
 
:+/- 30 kV HVPS [https://www.matsusada.com/pdf/af_ae.pdf] AE-30P1-LG (+30kV) and AE-30N1-LG (-30kV) [[File:Matsusada AE series spec sheet.pdf]]
 
:+/- 30 kV HVPS [https://www.matsusada.com/pdf/af_ae.pdf] AE-30P1-LG (+30kV) and AE-30N1-LG (-30kV) [[File:Matsusada AE series spec sheet.pdf]]
 
:[[Media:Matsusada PS output voltage accuracy.pdf]]
 
:[[Media:Matsusada PS output voltage accuracy.pdf]]
Line 10: Line 10:
 
:[[Media:cable quote.pdf]]
 
:[[Media:cable quote.pdf]]
 
:[[Media:Matsusada_comm_troubleshooting.txt]]
 
:[[Media:Matsusada_comm_troubleshooting.txt]]
 +
 +
;Power Supply Settings
 +
 +
Terminal pairs 1-2, 3-4, and 7-8 on the rear of the Matsusada power supplies should be jumpered for correct operation in our application.  1-2 is to allow remote HV enabling (or rather a switch-based disabling, which we don't use).  7-8 allows for remote operation of the supplies.  The 'Local / IEEE-488' switch on the rear of the unit should be set to IEEE-488 (GPIB) for remote operation of the supplies.
 +
 +
[[File:Power supply jumpers.jpg]]
 +
[[File:Remote operation jumper.jpg]]
 +
 +
;Controller Settings
 +
 +
DIP switches on the rear of the CO-HV controllers need to be set correctly.  Switches 1-5 define the unit address.  We use address 1 for the positive supply of each Wien, address 2 for the negative supply.  Switch 8 defines the 'upper connection' of the optical link, essentially the system master.  Set switch 8 on the unit that is addressed 1.
 +
 +
[[File:Controller switches.jpg]]
 +
[[File:Switches.png]]
 +
 +
[[File:CO-HV hookup.png]]
 +
 +
Here is the pinout of the control cable that connects the CO-HV controller to the power supply:
 +
 +
[[File:Control cable.png]]
 +
 
;HV Switcher chassis & controls
 
;HV Switcher chassis & controls
 
:[[Media:wien_systems_block_diagram_uitf.pdf]]
 
:[[Media:wien_systems_block_diagram_uitf.pdf]]
Line 19: Line 40:
 
:[[Media:g71c.pdf]]
 
:[[Media:g71c.pdf]]
 
[[File:Wien HV rack ISB March 2021.jpg]]
 
[[File:Wien HV rack ISB March 2021.jpg]]
 +
 +
;EPICS Control
 +
[[File:Wien control screen.png]]

Latest revision as of 07:22, 7 May 2021

This page contains information about the high voltage power supply controls used at CEBAF and UITF.

Power Supplies and Controller
+/- 30 kV HVPS [1] AE-30P1-LG (+30kV) and AE-30N1-LG (-30kV) File:Matsusada AE series spec sheet.pdf
Media:Matsusada PS output voltage accuracy.pdf
Media:Matsusada PS quote JeffersonLabAE09062017-1.pdf
Matsusda HV power supplies operations manual Media:Matsusada AE 30kV PS series manual.pdf
Media:CO series communication controller.pdf
Media:CO series REV 0.4.pdf
Media:cable quote.pdf
Media:Matsusada_comm_troubleshooting.txt
Power Supply Settings

Terminal pairs 1-2, 3-4, and 7-8 on the rear of the Matsusada power supplies should be jumpered for correct operation in our application. 1-2 is to allow remote HV enabling (or rather a switch-based disabling, which we don't use). 7-8 allows for remote operation of the supplies. The 'Local / IEEE-488' switch on the rear of the unit should be set to IEEE-488 (GPIB) for remote operation of the supplies.

Power supply jumpers.jpg Remote operation jumper.jpg

Controller Settings

DIP switches on the rear of the CO-HV controllers need to be set correctly. Switches 1-5 define the unit address. We use address 1 for the positive supply of each Wien, address 2 for the negative supply. Switch 8 defines the 'upper connection' of the optical link, essentially the system master. Set switch 8 on the unit that is addressed 1.

Controller switches.jpg Switches.png

CO-HV hookup.png

Here is the pinout of the control cable that connects the CO-HV controller to the power supply:

Control cable.png

HV Switcher chassis & controls
Media:wien_systems_block_diagram_uitf.pdf
Media:HV switch chassis schematic.pdf
Media:HV switch I0177M1.pdf
Media:HV switch I0178F1.pdf
Media:HV switch I0179F1.pdf
Media:HV switch I0180F1.pdf
Media:g71c.pdf

Wien HV rack ISB March 2021.jpg

EPICS Control

Wien control screen.png