10
Series 70
Servo NXT - EtherNet/IP
Installation, Operation and Maintenance Manual
without completing, and the autocalibration LED
will turn off.
4.5.2 Manual Mode Switch
Switch that engages and disengages Manual
Mode for the Servo NXT EIP.
If the unit is in remote mode, pressing and
holding the switch for > 1 second will cause the
unit to enter Manual Mode once the switch is
released. The Manual Mode LED will turn on to
indicate the new operational state.
To exit Manual Mode, press and hold the switch
for >1 second. Upon release, the Manual Mode
LED will turn off and the unit will return to
remote mode.
4.5.3 Up Arrow Switch
Used to operate the actuator while in Manual
Mode. Pressing on this switch while in Manual
Mode operates the actuator in the open
direction. Switch has no function outside of
manual mode.
4.5.4 Down arrow Switch
Used to operate the actuator while in Manual
Mode. Pressing on this switch while in Manual
Mode operates the actuator in the close
direction. Switch has no function outside of
manual mode.
4.5.5 Enter Switch
Used to operate the actuator while in Manual
Mode. Pressing on this switch while in Manual
Mode brakes the actuator if it is currently
operating. Switch has no function outside of
manual mode.
5.0 EtherNet/IP Interface
This section is intended as a reference for
configuring and using the EtherNet/IP ports on
the Servo NXT EIP. For those unfamiliar with
EtherNet/IP, below are a list of references that
go into significantly more detail on the concerns
and requirements for successfully establishing
and managing a functional EtherNet/IP network.
This list is not exhaustive, and there are many
more references available online if required.
• EtherNet/IP Media Planning & Installation
Manual – Pub 148
• EtherNet/IP Network Infrastructure Guide
- Pub 35
• Securing EtherNet/IP Networks
- Pub 269
5.1 EtherNet/IP Conformance
The Servo NXT EIP has been tested at the ODVA
headquarters in Ann Arbor, MI, and has been
certified conformant to EtherNet/IP standards.
For all certified products, the ODVA issues a
Declaration of Conformance, and a copy of this
document for the Servo NXT EIP is available on
request.
It should be established before a network is
commissioned that all devices are conformant
to ensure communication quality is maintained.
However, even when using conformant devices,
it still falls on the network designer to maintain
good practice in system level design. The
included ODVA references should be strictly
adhered to, and ideally, any EtherNet/IP network
should be inspected and qualified by a third-
party.
5.2 Scanner Configuration
Before the Servo NXT EIP can be added to
an active network, the scanner needs to
be configured to recognize it. This can be
accomplished by uploading the EDS file for the
Servo NXT EIP to the scanner, which can be
found on the bray website, www.bray.com, or
can be provided on request.
5.3 Address Assignment
Every adapter added to an EtherNet/IP network
must have an IP address. The Servo NXT EIP is
by default in DHCP mode, where an IP address
can be provided to it by a DHCP Server. When
the Servo NXT EIP is connected to a network, it
