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For the entire beam switch yard area, spanning from the wooden door to the Muon Shield, the device positions shall range from 100-999, consistently across all beam lines, such that the unit numbers match up in Z-position across all beam lines.

 

Table 1.12

Database Name Subsystem Prefix Display and Database for

Standard IOC

File Name Subsystem Prefix for

Alarm IOC, Display and Db Filenames

 

Subsystem Description

CD

 

Controls Department, for development only!!

LS

lasr

Laser Steering

PM

prof

Profile Monitor

IM

curr

Current Monitor

BL

blen

Bunch Length Monitor

BP

bpm

Beam Position Monitor

MC

mc

Motion Control

CL

coll

Collimator

CV

CAMAC-to-VMEcamac

AM

am

Alignment Mirror

MG

mgnt

Magnet

EV

evg or evr

Event (Timing) System

FC

rf/energy

Frequency Counter/Flip Coil

RF

rf

Low-Level RF Master

RP

rf

Low-Level RF PLL

RC

rf

Low-Level RF PAC

RD

rf

Low-Level RF PAD

MP

mps

Machine Protection System

NW

ntwk

Network Device, terminal servers, switches routers, scopes, function generators, ...

PP

pps

Personnel Protection System

BC

bcs

Beam Containment System

SP

  sp

Shared platform

TM

temp

Temperature Monitor

TR

toro

Toroid

TZ

thz

TeraHertz System

VA

vac

Vacuum

WA

wat

Water and HVAC

WS

ws

Wire Scanner

FB

fbck

Feedback

AD

ads

Alignment Diagnostic System (Wire Position Monitors + Hydrostatic Leveling Sensors)

KY

klys

Klystron (Solenoid PS, Modulator PS, PIOP )

EX

ex

Experimental Support.

Table 1.12.1

IOC type

Description

eioc

Embedded IOCs

ioc

Hard IOCs

sioc

Soft IOCs running on linux

vioc

Soft IOCs running on linuxRT (later eliminate and make an sioc)- new standard shall use sioc as of  June 2017

Area

IN20,LI20-LI30,BSY0,LTU0,LTU1,UND1,DMP1

System

Two character abbreviation for subsystem previx, see Table 1.12

##

Two digits, 01-99

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