Dear Mark,
Thanks a lot for this prompt answer.
The hardware is almost ready: we use Galil controller (type DMC-2183 , 8axis) also the motor controllers are delivered and the crates will be installed in the control racks soon.
Scientific Linux is the platform used on control machines at SESAME
-
The number of motors in the FE and OP are listed in the table below.
The beamline has standard components for XAFS beamline type; actually these are components that were used in the ROBL beamline at ESRF.
-
At the experimental station we have a 5 axis optical table with 5 motors (3 jacks + 2 translations) and a 6 axis sample manipulator
.
For detection, we will be using IC with femto current amplifier DPLCA type (or similar) and a ketek single SDD with the SCA (xia, DXP mercury).
For end users software we can start with something very simple for stop and go scanning of the energy (XAFS) and simple XRF data (single emission lines and may be saving files in a format that can be read by
PyMCA. The on-the-fly scanning mode is not a priority for the moment.
Your help will be highly appreciated
Many thanks,
Component
|
MOTOR
|
Gear
|
Lead Screw
|
Encoder
|
Limits
|
Stepper
|
Ratio
|
Pitch
|
Driver
|
#
|
Type
|
Model
|
Full
|
|
|
Type
|
Resolution
|
|
steps/Rev
|
|
|
|
Filter (FI)
|
Ver
|
1
|
Stepper Motor
|
McLennan 23HS-304
|
200
|
2:1 Belt
|
1mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & 4 Positions
|
2 Phase Bipolar
|
White Beam Slits (WBSL)
|
SVU
|
2
|
Stepper Motor
|
Berger Lahr VRDM 597/50 LNC
|
500
|
1:01
|
3mm
|
TWK-Elektronik CRP 65-4096G
|
4096/360 Deg
|
Positive & Negative
|
5 Phase
|
SVD
|
3
|
Stepper Motor
|
Berger Lahr VRDM 597/50 LNC
|
500
|
1:01
|
3mm
|
TWK-Elektronik CRP 65-4096 G
|
4096/360 Deg
|
Positive & Negative
|
5 Phase
|
SHL
|
4
|
Stepper Motor
|
Berger Lahr VRDM 597/50 LNC
|
500
|
1:01
|
3mm
|
TWK-Elektronik CRP 65-4096 G
|
4096/360 Deg
|
Positive & Negative
|
5 Phase
|
SHR
|
5
|
Stepper Motor
|
Berger Lahr VRDM 597/50 LNC
|
500
|
1:01
|
3mm
|
TWK-Elektronik CRP 65-4096 G
|
4096/360 Deg
|
Positive & Negative
|
5 Phase
|
FE beam Shutter (ABS)
|
SHV
|
6
|
Pneumatic
|
|
|
|
|
|
|
|
|
Vertical Collimating Mirror (VCM)
|
JK1
|
7
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:01:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
JK2
|
8
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:01:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
JK3
|
9
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:03:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
Hor
|
10
|
UHV Stepper
|
AML B23.2
|
200
|
1:01
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative
|
2 Phase Bipolar
|
BND (bender)
|
11
|
Pneumatic
|
|
|
|
|
|
|
|
|
White Beam Wire Monitor (WM1)
|
Ver
|
12
|
Magnet Stepper
|
Portescap P850-508 C11
|
200
|
4:1 Belt
|
2 mm
|
Heidenhain LS 476
|
0.5 µm
|
Positive & Negative
|
2 Phase Bipolar
|
Double crystal Monochromator (DCM)
|
Bragg
|
13
|
DC Servo
|
McLennan
|
DC Motor
|
Not-Equipped
|
Not-Equipped
|
Heidenhain RON806
|
0.0001°
|
Positive & Negative & Datum
|
DC Servo
|
(ɵ)
|
Driver
|
JK1
|
13
|
Stepper Motor
|
McLennan 34HS-311E
|
200
|
25:01:00
|
5mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
JK2
|
14
|
Stepper Motor
|
McLennan 34HS-311E
|
200
|
25:01:00
|
5mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
JK3
|
15
|
Stepper Motor
|
McLennan 34HS-311E
|
200
|
25:01:00
|
5mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
Primary
|
|
Stepper Motor
|
McLennan 34HS-209E
|
200
|
Not-Equipped
|
1mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
Yaw
|
Roll
|
|
Pico Motor
|
New Focus 8301-UHV-KAP
|
Pico Motor
|
Not-Equipped
|
0.3175 mm
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Picomotor Driver
|
Adjustment
|
Yaw
|
|
Pico Motor
|
New Focus 8301-UHV-KAP
|
Pico Motor
|
Not-Equipped
|
0.3175 mm
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Picomotor Driver
|
Adjustment
|
Pitch
|
16
|
Pico Motor
|
New Focus 8301-UHV-KAP
|
Pico Motor
|
Not-Equipped
|
0.3175 mm
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Picomotor Driver
|
Adjustment
|
Pitch Fine
|
17
|
Piezo Translator
|
Queensgate DPT-C.
|
Piezo Translator
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Datum
|
Piezo Driver
|
Roll Fine
|
18
|
Piezo Translator
|
Queensgate DPT-C.
|
Piezo Translator
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Not-Equipped
|
Datum
|
Piezo Driver
|
C2Y
|
19
|
UHV Stepper
|
AML C17.1
|
200
|
??
|
0.5 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
C2Z
|
20
|
UHV Stepper
|
AML C17.1
|
200
|
??
|
0.5 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Datum
|
2 Phase Bipolar
|
C2B (bender)
|
21
|
|
|
|
|
|
|
|
|
|
Monochromatic Beam Slits (MBSL)
|
SVU
|
22
|
Stepper Motor
|
McLennan 23HS-304E
|
200
|
2:1 Belt
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Zero
|
2 Phase Bipolar
|
SVD
|
23
|
Stepper Motor
|
McLennan 23HS-304E
|
200
|
2:1 Belt
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Zero
|
2 Phase Bipolar
|
SHL
|
24
|
Stepper Motor
|
McLennan 23HS-304E
|
200
|
2:1 Belt
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Zero
|
2 Phase Bipolar
|
SHR
|
25
|
Stepper Motor
|
McLennan 23HS-304E
|
200
|
2:1 Belt
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative & Zero
|
2 Phase Bipolar
|
Monochromatic Beam Wire Monitor (WM2)
|
Ver
|
26
|
Magnet Stepper
|
Portescap P850-508 C11
|
200
|
4:1 Belt
|
2 mm
|
Heidenhain LS 476
|
±0.5 µm
|
Positive & Negative
|
2 Phase Bipolar
|
Vertical Focusing Mirror (VFM)
|
JK1
|
27
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:01:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
JK2
|
28
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:01:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
JK3
|
29
|
Stepper Motor
|
McLennan 23HS-309
|
200
|
50:03:00
|
2 mm
|
Heidenhain MT 60 K
|
0.5 µm
|
Positive & Negative & Differential
|
2 Phase Bipolar
|
Hor
|
30
|
UHV Stepper
|
AML B23.2
|
200
|
1:01
|
1 mm
|
Not-Equipped
|
Not-Equipped
|
Positive & Negative
|
2 Phase Bipolar
|
BND
|
31
|
Pneumatic
|
|
|
|
|
|
|
|
|
|
Beam Position Monitor (BPM)
|
VF (Foils)
|
32
|
Stepper
|
|
|
|
|
|
|
|
|
VD (dectors)
|
33
|
Stepper
|
|
|
|
|
|
|
|
|
Messaoud
-----Original Message-----
From: Mark Rivers [mailto:[email protected]]
Sent: Tuesday, January 10, 2017 5:51 PM
To: Messaoud Harfouche
Cc: [email protected]
Subject: Re: Looking for someone to help building the control system of XAFS/XRF beamline at SESAME
Could you list more specifically the hardware on the beamline (motor controllers, counter/timers, other detectors, etc.). What computer platform will you use, and what are the requirements for the end user software?
Mark
Sent from my iPhone
On Jan 10, 2017, at 5:01 AM, Messaoud Harfouche <[email protected]<mailto:[email protected]>>
wrote:
Dear EPICS community
The SESAME light source project is very close to having first beam in the storage ring. This would be first for Science in the Middle East. It now faces the unfortunate situation that first beamlines are not ready. As part of completing
the XAFS /XRF beamlines there is work to do in delivering the beamline controls system.
I would like to ask if someone is prepared to help work with SESAME to delivering the initial beamline control system. I am thinking it will take a substantial part of 6 month of someone’s effort, with a latter phase needing to be at
SESAME. I realise that controls and software effort is tight for many projects, but for SESAME to achieve an operational beamline is monumental step. I think this could be achieved with support and agreement from a lab management or as an individual.
Immediate needs are basic motor control with some pseudo motors for optics in addition to the implementation of the detector readings to EPICS such as our SCA DXP mercury from XIA. This could start by working remotely than through visiting
SESAME, outside Amman in Jordan, supported by SESAME for implementation debugging/refinements.
Many thanks for considering this.
Regards.
----------------------
Dr. Messaoud Harfouche
XRF/XAFS Beamline Scientist/Manager
Synchrotron-light for Experimental and Scientific Applications in the Middle East (SESAME)
P.O. Box 7, Allan 19252, Jordan,
Tel: +962 5 3511348, ext. 303
Mobile: +962 7 98932327
Fax: +962 53511423