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New Page: https://github.com/uva-spin


GitHub pages:
https://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects
https://github.com/E1039-Collaboration/e1039-target-controls


LabView Vi's & associated information


InstrumentHardware                            Vi   avail.GitHub location(s)                                                                                                                                          Assignment     Test StatusInstall in the target computer
1

Magnet flow control (THCD)


yes              https://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainZulkaida               

2

Separator flow control (THCD)

                       yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-ControlZulkaida                      

3Fridge flow monitor (THCD)
yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainZulkaida

4

Fridge nose level probe


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-ControlZulkaida

5

Run valve


In-progress
Harsha

6

Bypass valve


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-ControlHarsha

7

High Accuracy Signal Conditioner: MKS 670B

For pressure sensor (MKS 690A)Step #2

Simple: https://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects/tree/main/MKS_670_VIs

DQMH: https://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects/tree/main/MKS_670_DQMH

Kenichi (& Zulkaida)

8

Vacuum System Controller: MKS 946

For pressure sensor (MKS 722B) * 2Step #2https://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects/tree/main/MKS_946_VIsKenichi (& Zulkaida)

9

DAQ for MCC E-TC for
annealing

Sensor type: Omega SA1 RTD

In-progressNeed to check the plan with WaqarWaqar? (Kenichi)

t.b.n.DAQ for Thermocouple: MCC E-TCSensor: Omega Type T, at target caveIn-progresshttps://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects/tree/main/Delcaor%20(Complete)Kenichi?, Reggie?

10

LakeShore218  (8 channels)


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/LakeShore218Reggie

11

LakeShore218 (Target Insert)
2 + (6: can be used for other)


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/LakeShore218Reggie

12

Target Lifter


In-progress
Vibodha

13

Basic Microwave motor controller
& potentiometer


In-progress
Vibodha

14

EIP Frequency counter


In-progress

https://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Motor%20controller

Vibodha

15He3 Readout

yes

https://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainNeed someone

16Pressure Monitor
yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainNeed someone

17Vac_Pressure_Monitor
yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainNeed someone

18Gpib
yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Cryo-Control/subvi_mainNeed someone

19

Magnet PS


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Magnet-PS-ControlZulkaida

20

Shim PS


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Magnet-PS-ControlZulkaida

21

Mercury iXX


yeshttps://github.com/E1039-Collaboration/e1039-target-controls/tree/master/Magnet-PS-ControlZulkaida

22

Maxigauge


yeshttps://github.com/UVA-LabVIEW-Projects/LabVIEW-Projects/tree/main/Maxigauge%20VIsZulkaida

23

EV105-N (Electronic valve)

Fairchite     TA6000-104

no
Zulkaida

24

EV102-N (Electronic valve)

Asco 8222G 002LT

no
Zulkaida

25

TE107-N (Temp. Sensor)

OmegaSA1 RTD

no
Zulkaida

26

TE108-N (Temp. Sensor)

OmegaSA1 RTD

no
Zulkaida

27

PT106-N (Pressure Sensor)

DWIER 626-11-GH-P1-E4-S1

no
Zulkaida

28

PT110-N (Pressure Sensor)

DWIER 626-11-GH-P1-E4-S1

no
Zulkaida

Steps of VI Availability (Tentative)

  1. A few simple VIs for readout and configuration.  It is to confirm that the device can be controlled with LabVIEW.
  2. A complete set of VIs for readout and configuration.  Each VI should perform one function of the device.
  3. VIs for user interface. 
  4. VIs for continuous measurement and logging.
  5. Note that an integrated user interface (like PDP) for all the devices that we use will be considered in a future.  We could use DQMH or CML DQMH.
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