2.6. Product Diagrams

This section provides diagrams detailing the XR Series front, rear, and side panel layouts and physical dimensions, the DC output bus configurations by rated output voltage, and the communication connections.

XR Version front panel layout

Fig. 2.3 XR Version front panel layout

XRC Version front panel layout

Fig. 2.4 XRC Version front panel layout

XR Series rear panel layout and dimensions

Fig. 2.5 XR Series rear panel layout and dimensions

XR Series side panel layout and dimensions

Fig. 2.6 XR Series side panel layout and dimensions

2.6.1. DC Output Bus

The DC output bus configuration varies by the model’s rated output voltage, as detailed in the following diagrams. See DC Output Connection for connection instructions.

XR Series DC output bus for models rated 1000 Vdc and below

Fig. 2.7 XR Series DC output bus, models rated 1000 Vdc and below

XR Series DC output bus for models rated 1250 Vdc to 3000 Vdc

Fig. 2.8 XR Series DC output bus, models rated 1250 Vdc to 3000 Vdc

XR Series DC output bus for models rated above 3000 Vdc

Fig. 2.9 XR Series DC output bus, models rated above 3000 Vdc

XR Series high voltage output cable for models rated above 3000 Vdc

Fig. 2.10 XR Series high voltage output cable, included with models rated above 3000 Vdc

2.6.2. Communication Connections

The rear panel communication interface plate carries the standard 37-pin external user I/O (JS1) and RS232 (JS3) connections, along with the optional IEEE-488 GPIB (JS4) or LXI TCP/IP Ethernet (JS5) connection when the corresponding option is ordered.

XR Series communication connections with the IEEE-488 GPIB option

Fig. 2.11 XR Series communication connections with the IEEE-488 GPIB option (+GPIB): 37-pin external user I/O (JS1), IEEE-488 GPIB (JS4), and RS232 (JS3)

XR Series communication connections with the LXI TCP/IP Ethernet option

Fig. 2.12 XR Series communication connections with the LXI TCP/IP Ethernet option (+LXI): 37-pin external user I/O (JS1), RS232 (JS3), and LXI TCP/IP Ethernet (JS5)