ID29 Device list - EH

last modified 25-02-2008 10:19

The following pages will give you all informations useful to know electronics parts of Experimental Hutch EH.
There are all Experimental elements, items and their electronic control.

VME CRATE ID292

Control Resources

Name

Comments

Number

Type

Conventions:

STM = Stepper Motor

VPAP/DPAP1 or DPAP2

X = beam Axis; X+ = direction of photons

STM Total

Z = Vertical Axis; Z+ = Up

DCME = DC Motor with encoder

Galil DC motion controler

DCM Total

LE = Linear encoder

CC133 counter VME card

Heidenhain - Detector translation

RE = Rotary encoder

CC133 counter VME card

Heidenhain - Detector Tilt

Encoders Total

DIN = Digital Input undefined

Opto-isolated Input relay

STB116/IDC modules & ICV196 VME card

DIN Total

DOUT = Digital Output undefined

Opto-isolated Output relay

STB116/ODC modules & ICV196 VME card

DOUT Total

Analog Input

ADC - Current loop mode

ICV150-BCU VME card & STB50 interface

AIN Total

Analog Output

DAC- Current loop mode

ICV712-BCU VME card & STB50 interface

AOUT Total

Frequency counter

Counter & Synchronisation

VCT6 VME card

CNT= Frequency counter

Photo of Exp VME Crate

Photo of Rack Motor Driver

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

1 - Vacuum pipe.

VacumIonPumpController

Ion pump control

Ion Pump Cable: C/0018

Varian controler

VacumIonPumpTSX17

TSX17 + VME in CC0 (To Front End TSX17 control PLC)

Mono VacuumGauge

Gauge controler

Cable Penning: C/0023 ; Cable Pirani: C/0028

Vaccum Balzers gauge controler

Photo ExpVaccum Equipment

2 - Diffractometer Table.

FrontLeg-Z-Translation

tvf

Stepper motor

STM

Motor Cable: C/0112

VPAP

RPAP8#1

Current Nor/Boost

FrontLeg-Z-Translation

Limit

Limit Cable: C/0117

#M1/0

DPAP2#1

I= 2.3 A switch:E

RightLeg-Z-Translation

tvin

Stepper motor

STM

Motor Cable: C/0113

VPAP

RPAP8#1

Current Nor/Boost

RightLeg-Z-Translation

Limit

Limit Cable: C/0118

#M2/0

DPAP2#2

I= 2.3 A switch:E

LeftLeg-Z-Translation

tvout

Stepper motor

STM

Motor Cable: C/0114

VPAP

RPAP8#1

Current Nor/Boost

LeftLeg-Z-Translation

Limit

Limit Cable: C/0119

#M3/0

DPAP2#3

I= 2.3 A switch:E

LeftLeg-Y-Translation

trot

Stepper motor

STM

Motor Cable: C/0115

VPAP

RPAP8#1

Current Nor/Boost

LeftLeg-Y-Translation

Limit

Limit Cable: C/0120

#M4/0

DPAP2#4

I= 2 A switch:E

FrontLeg-Y-Translation

ttrans

Stepper motor

STM

Motor Cable: C/0116

VPAP

RPAP8#1

Current Nor/Boost

FrontLeg-Y-Translation

Limit

Limit Cable: C/0121

#M5/0

DPAP2#5

I= 2 A switch:E

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

4 - Quadrant photodiode

InputBeamIntensity + Position

OT302 controler

Serial Line

SL Cable: Patch panel S/0111

IBAM/RSL18 ch: I1

5 - Slits Set

Vertical Gap Slit 1

s1v

stepper motor

STM

Motor Cable: C/0122

VPAP

RPAP8#2

Current Nor/Boost

Vertical Gap Slit 1

Limit

Limit Cable: C/0126

#M1/1

DPAP1#1

I= 0.3 A; Switch: B

Vertical Translation Slit 1

t1v

stepper motor

STM

Motor Cable: C/0123

VPAP

RPAP8#2

Current Nor/Boost

Vertical Translation Slit 1

limit

Limit Cable: C/0127

#M2/1

DPAP1#2

I= 0.3 A; Switch: B

Horizontal Gap Slit 1

s1h

stepper motor

STM

Motor Cable: C/0124

VPAP

RPAP8#2

Current Nor/Boost

Horizontal Gap Slit 1

Limit

Limit Cable: C/0128

#M3/1

DPAP1#3

I= 0.3 A; Switch: B

Horizontal Translation Slit 1

t1h

stepper motor

STM

Motor Cable: C/0125

VPAP

RPAP8#2

Current Nor/Boost

Horizontal Translation Slit 1

limit

Limit Cable: C/0129

#M4/1

DPAP1#4

I= 0.3 A; Switch: B

Vertical Gap Slit 2

s2v

stepper motor

STM

Motor Cable: C/0130

VPAP

RPAP8#2

Current Nor/Boost

Vertical Gap Slit 2

Limit

Limit Cable: C/0134

#M5/1

DPAP1#5

I= 0.3 A; Switch: B

Vertical Translation Slit 2

t2v

stepper motor

STM

Motor Cable: C/0131

VPAP

RPAP8#2

Current Nor/Boost

Vertical Translation Slit 2

limit

Limit Cable: C/0135

#M6/1

DPAP1#6

I= 0.3 A; Switch: B

Horizontal Gap Slit 2

s2h

stepper motor

STM

Motor Cable: C/0132

VPAP

RPAP8#2

Current Nor/Boost

Horizontal Gap Slit 2

Limit

Limit Cable: C/0136

#M7/1

DPAP1#7

I= 0.3 A; Switch: B

Horizontal Translation Slit 2

t2h

stepper motor

STM

Motor Cable: C/0133

VPAP

RPAP8#2

Current Nor/Boost

Horizontal Translation Slit 2

limit

Limit Cable: C/0137

#M8/1

DPAP1#8

I= 0.3 A; Switch: B

Photo of Slits Set Box

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

6 - Photodiode Io_1, Io_2

Beam intensity Io_1

I0_1

Vct6 counter

CNT

Electrometer Novelec I/F ; VCT6 counter VME

Ch: 3/1

Cable Electrometer/VCT6: S/0

Beam intensity Io_2

I0_2

Vct6 counter

CNT

Electrometer Novelec I/F ; VCT6 counter VME

Ch: 4/1

Cable Electrometer/VCT6: S/0

Electrometer Gain Io_1 & Io_2

elmeter*

Digital Output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196 Io_1 Chan H:66 M:65 L:64

High-Middle-Low gain

Cable Electrometer Gain: S/0071

Chanel ICV196 Io_2 Chan H:69 M:68 L:67

Photo of Slts Box Rear Panel

7 - MS-Shutter

MS-Shutter local control

prodc

Digital Output

DOUT

local control by stb116 & ICV196

Ch:70

Cable control : S/0056

MS-Shutter Remote control

prodc

Relay Output

DOUT

Remote control from BAC24 (Spindle control)

BAC24 Spindle axis Counter

Counter

CNT

Serial Line Cable control : patch panel S/0056

IBAM/RSL18 ch: i2

Photo of Spindle Axis Control

Photo of Sample Environment

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

8 - PHI Axis.

PHIRotation

phi

DC motor + encoder

DCME

Motion control for DC servomotor

DMC-1411 for PC/104 from Gallil

PHI-Motor encoder

Rotary Encoder

Aux Encoder on DC motor

Incremental Encoder from RV120CC MC

PHI-MainAxis Encoder

Rotary Encoder

Main Encoder on rotary Table; Phi Axis

Incremental Encoder RON785 Heidenhain

Z-Translation

stepper motor

STM

Motor Cable: C/0142

VPAP

RPAP8#3

Current Nor/Boost

Z-Translation

Limit

Limit Cable: C/0145

#M3/2

DPAP1#3

I=1.2 A; switch: E

9 - Beam stop.

VerticalPosition

Stepper motor

STM

Motor Cable: C/0146

VPAP

RPAP8#3

Current Nor/Boost

VerticalPosition

Limit

Limit Cable: C/0150

#M1/2

DPAP1#7

I= 0.25 A; switch:7

HorizontalPosition

Stepper motor

STM

Motor Cable: C/0147

VPAP

RPAP8#3

Current Nor/Boost

HorizontalPosition

Limit

Limit Cable: C/0151

#M2/2

DPAP1#8

I= 0.25 A; switch:7

Pneumatic-translation

bsin/out

Relay output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196 Beam-stop inserted :78

Electrovalve Beamstop

Cable beamstop: Spare cable S/0119

Chanel ICV196 Beam-stop out :77

Captor of position

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Beam-stop inserted :39

Cable beamstop: S/0061

Chanel ICV196 Beam-stop out :40

Photo of Sample Environment

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

10 - Fluorescence Detector

Motor-Translation

Fluo-det

Stepper motor

STM

Motor Cable: C/0152

VPAP

RPAP8#2

Current Nor/Boost

Motor-Translation

Limit

Limit Cable: C/0153

#M4/2

DPAP1#4

I= 0.25 A; switch:7

Pneumatic-translation

euin/out

Relay output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196 Detector inserted :75

Electrovalve Detector

Cable Fluo Det: Spare cable S/0119

Chanel ICV196 Detector out :76

11 - Light Source.

Pneumatic-translation

lin/out

Relay output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196 light inserted :74

Electrovalve Light

Cable Light: Spare cable S/0119

Chanel ICV196 Light out :73

Photo of Button Box

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

12 - Button Box

Button box Enable

btnbox

Relay output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196 Btn Box enable :72

or prodc

Cable btnbox: Spare cable S/0119

Phi +90 deg

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Btn Box +90deg :32

(+90deg)

Cable Electrometer Gain: S/0058

Phi -90 deg

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Btn Box -90deg :33

(-90deg)

Cable Electrometer Gain: S/0058

Phi 180 deg

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Btn Box 180deg :34

(180deg)

Cable Electrometer Gain: S/0058

Phi "Home position"

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196

home

Cable Electrometer Gain: S/0061

Btn box "home position":44

Det ADSC Backward

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196

det-B

Cable Electrometer Gain: S/0058

Btn Box Detector Backward :36

Det ADSC Forward

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196

det-F

Cable Electrometer Gain: S/0058

Btn Box Detector Forward :35

Light Source Inserted

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Light inserted :38

light-in

Cable Electrometer Gain: S/0058

Light Source Out

button

Relay input

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Light out :37

light-out

Cable Electrometer Gain: S/0058

Z-translation "local mode"

btnbox

Relay output

DOUT

ICV196 VME card & STB116 Relay Out

Chanel ICV196

or prodc

Cable Local/remote Z-trans :

Z-local mode DPAP enable :72

Z-translation Speed potentiometer

Rot-pot

Potentiometer/DPAP

Cable Z-Speed :

Speed of Z-translation

Z- Motor Direction of Z trans

button

Button/DPAP

Cable Z-Motor Direction :

Direction of Z translation

Z+/Z-

Photo of CCD Detector

Photo of Rack CCD Detector

Logical Name

SPEC
Name

Component

Control
Resource

Cables

Electronic Control

VPAP

RPAP8

DPAP

Chan/Numb

DPAP

Current setting

13 - CCD Detector

Detector Xtal-translation

det-X

stepper motor

STM

Motor Cable: C/0138

VPAP

RPAP8#1

Current Nor/Boost

Limit

Limit Cable: C/0140

#M6/0

DPAP2#6

I= 1.6 A; switch: A

Linear encoder

Encoder Cable: S/

CC133 VME Card

#Gr A / Ch 1

Detector Xtal-Back tilt

detB

stepper motor

STM

Motor Cable: C/0138

VPAP

RPAP8#1

Current Nor/Boost

Limit

Limit Cable: C/0140

#M6/0

DPAP2#6

I= 1.6 A; switch: A

rotative encoder

Encoder Cable: S/

CC133 VME Card

#Gr A / Ch 1

Detector Xtal-translation

detF

stepper motor

STM

Motor Cable: C/0138

VPAP

RPAP8#1

Current Nor/Boost

Limit

Limit Cable: C/0140

#M6/0

DPAP2#6

I= 1.6 A; switch: A

Rotative encoder

Encoder Cable: S/

CC133 VME Card

#Gr A / Ch 1

Photo of cryostream system

14 - Sample cryo cooling system

OXFORD Cryo cooler

X-spy

OXFORD Controler

RS232

Cable Serial line : C/0087

RS232 (Temp, status ) to VME IBAM

IBAM VME card #ch: I6

LN2Level

X-spy

LN2 Level gauge

AIN

Cable LN2 level : S/0088

STB50 & ICV150 VME card #ch:8

SuperDryerOut1

Super Dryer Controler

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Super drier 1: 42

Cable Super dryer 1 : S/0089

SuperDryerOut2

Super Dryer Controler

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Super drier 2: 43

Cable Super dryer 2: S/0089

NozleDryerFlow

Dry Air low meter switch

DIN

ICV196 VME card & STB116 Relay IN

Chanel ICV196 Flow meter: 41

Cable Flow meter: S/0090

Last Updated on 29/03/01

By Sylvain Labouré