2.8.2 Interlock
Removing the interlock jumper disables the laser optical output. Note that the lasers will be
disabled regardless of any software setting and cannot be overridden by software as this jumper
directly acts on the laser hardware itself. The interlock status is indicated on the front panel(DX)
as well as via remote software readout query.
2.8.3 Data Ports
Ethernet – The RJ45 jacket is used to connect the unit to Ethernet networks based on the IEEE
802.3 standard. Per factory default, the unit is set to a fixed IP Address 192.168.0.1. The IP
address configuration can be changed via Remote control or GUI. We recommend to initially
connecting via USB to set up the Ethernet interface first.
See section 4.2.3 for details on how to establish an application layer connection to remote
control the unit.
USB IN – The USB 2.0 type B jacket is used to connect the unit a host computer to be able to
operate the supplied GUI or perform remote control on the unit. See section 0 for details on how
to establish an application layer connection to remote control the unit.
USB OUT – The USB 2.0 type A jacket is intended for future use and serves no functionality at
this point.
2.9 Optional Accessories
2.9.1 Single 19” Rackmount Adaptor CBDX-19-1
This adaptor is used to mount one CoBriteDX chassis in a standardized 19” Rack in a 2 HE slot.
2.9.2 Single 19” Rackmount Adaptor CBDX2-19-1
This adaptor is used to mount one CoBriteDX2 chassis in a standardized 19” Rack in a 1 HE
slot.
2.9.3 Single 19” Rackmount Adaptor CBDX-19-2
This adaptor is used to mount two CoBriteDX chassis in a standardized 19” Rack in a 2 HE slot.
2.9.4 Single 19” Rackmount Adaptor CBDX2-19-2
This adaptor is used to mount two CoBriteDX2 chassis in a standardized 19” Rack in a 1 HE
slot.
For mounting instructions, see the separate guide which is supplied in case you have ordered
these accessories or open the corresponding PDF on the USB stick or download it via the Web
Interface of the instrument.
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