Detailed Pictorial MS-2000 Cable Connection Instructions
This procedure gives pictorial instructions on how to connect nearly all of the cables to your MS-2000 controller. (The USB and Serial-Out cables are not covered here.) Please note that, depending upon what options you have selected when purchasing your unit, some of the connections mentioned may not be available on the unit that you received.

Figure 1. Back of MS-2000 controller with all options available
MS2000 and RM2000 Case Variations

Oldest case: Pre 2008 ; Click to Enlarge

Encoder Rev Cases; Click to Enlarge

Latest Cases; Click to Enlarge

Zeiss Build Case; Click to Enlarge

RM2000: Rack Mount Controller; Click to Enlarge

Figure 2. XY Stage connectors on stage

Figure 3. XY Stage cable, stage end.

Figure 4. X-axis cable connects to bottom stage plug.

Figure 5. Y-axis cable connects to top stage plug

Figure 6. XY Stage cable, controller end label

Figures 7 XY Stage cable plugged into controller

Figures 8. XY Stage cable plugged into controller

Figure 9. XY Linear Encoder Cables and the back of the MS-2000 controller.

Figure 10. Y Axis Linear Encoder plugged into controller. (bottom plug).

Figure 11. Y Axis Linear Encoder plugged into controller. (bottom plug).

Figure 12. X-axis Linear Encoder plugged into controller. (top plug).

Figure 13. X-axis Linear Encoder plugged into controller. (top plug).

Figure 14. Z-Drive and Z-Drive cable connected

Figure 15. Z-Drive and Z-Drive cable connected

Figure 16. Z-Drive cable connected at controller end.

Figure 17. Z-Axis Linear Encoder, read head and plug end.

Figure 18. Z-Axis Linear Encoder plugged into controller

Figure 19 Serial-In Plug on MS-2000

Figure 20 Serial-connected on to MS-2000

Figure 22. Serial cable connected

Figure 23. Power Connector on MS2000

Figure 24. Power Plug connected to MS2000
Connecting Piezo Stage to MS2000 controller
The Piezo stage connector is a male DB9 connector with 2 pins removed.
The Corresponding connector on the controller is a Female DB9 connector with two pins permanently plugged. This prevents connecting serial cable or crisp accidently to the piezo connector, Doing so will damage these devices as the Piezo connector carries very high voltage.
Apart from the DB9, the controller also has 2 BNC connector PZ Sensor Out and EXT IN . These are optional connectors and don't need to be connected for regular operation.

Figure 25 Piezo Out Plug on MS-2000

Figure 26 TTL-In Plug on MS-2000

Figure 27. MS-2000 Power Supply can now be connected to an AC power source.
Connecting to LED Illuminator when 4-Pin Connector is Present
The LED illuminator connects to the MS2000, MFC2000, RM2000 and TG-1000 with the cable shown below.
The Cable has a mini-usb end that plugs into the Illuminator itself. Then the 4-Pin HiRose connector plugs into the Controller. Location of the HIRose connector is shown below.

Location of 4-Pin HiRose Connector and TTL out on MS2000 and MFC2000

Location of 4-Pin HiRose Connector and TTL out on RM2000
Connecting to LED Illuminator when 4-Pin Connector is Absent
However not all controllers come with the 4-Pin HiRose connector installed.

Controller with no HiRose Connector. However TTL Out is always present.
In that case, ASI will supply this Y cable(shown below). The HiRose end plugs into the LED cable's HiRose end. Then the BNC plugs into the TTL Out , and the wall-wart to the wall wart.
Please note , the controller needs a LED firmware module to operate the LED. If the LED illuminator was ordered later as an upgrade , controller may not have the necessary firmware. To Check , Issue serial command BU X . If the controller replies with LED DIMMER then the controller has the necessary firmware needed. If not, contact ASI with your controller's serial number and request for it.