Update NIMROD-Instrument-Details.md

Author: GRyall

doc/processes/instrument_details/NIMROD-Instrument-Details.md

@@ -77,38 +77,15 @@ The [MKS PDR2000A](https://www.mksinst.com/f/pdr2000a-2-channel-digital-power-su
 The [MKS PR4000B](https://www.mksinst.com/f/pr4000b-digital-power-supply) Digital Power Supply and Display module is available with either one or two channels.  The single-channel version controls one pressure transducer or one mass flow controller.  The two-channel version supports up to two pressure transducers or two mass flow controllers, or one of each.
 
 There are [EPICS drivers](http://www.aps.anl.gov/epics/modules/manufacturer.php#MKS%20Instruments) for a variety of MKS devices (although there is a driver for a PR4000B pressure transducer, there does not appear to be one for a PDR2000). 
-The manual for the MKS PR4000B is here: `\\isis\shares\ISIS_Experiment_Controls\MKS_PR4000B_Controller`.<br>
-The SECI VI for the MKS PDR2000 is here: `C:\LabVIEW Modules\Drivers\MKS PDR2000 Pressure Gauge`.  
+The manual for the MKS PR4000B is here: `\\isis\shares\ISIS_Experiment_Controls\MKS_PR4000B_Controller`.
+
 
 **Note:** Please refer to ticket [#3962](https://github.com/ISISComputingGroup/IBEX/issues/3692) when implementing support for the PDR2000 on NIMROD.
 
 ## NIMROD Specialist UI Panels ##
 NIMROD has the following specialist panels/systems:
 1. NIMROD Jaws - calculates jaw settings based on moderator projection.
 
-## NIMROD SECI Configs ##
-Document information about NIMROD SECI configs here.
-
-Configuration Name                     | Sub-Configurations                                 | Last Accessed | Required |
----------------------------------------|----------------------------------------------------|---------------|----------|
-NIMROD_temp.conf                       | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_SuperStick.conf                 | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_SC.conf                         | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_RB1410637.conf                  | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_RB1410416.conf                  | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_CCR.conf                        | -                                                  | dd/mm/yyyy    | -        |
-NIMROD_Basic.conf                      | -                                                  | dd/mm/yyyy    | -        |
-NiceIceSECI.conf                       | -                                                  | dd/mm/yyyy    | -        |
-
-## NIMROD Genie Scripts ##
-On NIMROD, normal practice is to adapt an earlier script.  There is no library of scripts.  Most scripts are similar to those used on SANDALS.  It might be useful to create some genie_python scripts to serve as examples.  One script that could be converted (to serve as an example) is `fraser10_depwarmup.gcl`.
-
-Script Name               | Notes                                                   | Last Accessed | Required |
---------------------------|---------------------------------------------------------|---------------|----------|
-`fraser10_depwarmup.gcl`    | Convert to use an a template/example for future scripts | dd/mm/yyyy    | -        |
-
-The "dry_run" feature used on SANDALS scripts could be handy for NIMROD too.
-
 ## NIMROD Notes ##
 #### Pumps ####
 NIMROD tends to use a lot of different pumps (e.g. Oerlikon, Edwards, Pfeiffer).  Worth having support for a variety of pumps to make switching between pumps easy.
@@ -124,4 +101,4 @@ This has been installed on Galil 4 axis 5 (D) on NIMROD. Motion setpoints have b
 ![](NIMROD__Oxford_MCP_Camera.jpg)
 
 #### Electrochemical Cell Positioner ####
-A device is being built to position an electrochemical cell in the beam.  This is a single linear axis with continuous positioning.  We need not concern ourselves with the cell itself as this will be controlled by the users.
+A device is being built to position an electrochemical cell in the beam.  This is a single linear axis with continuous positioning.  We need not concern ourselves with the cell itself as this will be controlled by the users.