Eth1, Eth2 Connection Information; Installation Requirements; Before You Begin; Cable Connections - Bosch rexroth NYCe 4000 Hardware Manual

42/233
NY4112: Ethernet MCU Module
6.7

ETH1, ETH2 connection information

6.8

Installation requirements

6.8.1

Before you begin

6.8.2

Cable connections

Bosch Rexroth AG R911337671_Edition 18
NYCe 4000 Multi-axis motion control system Hardware Sys‐
Characteristic
Cable length
Type of cable
transmission speed
(100BASE-TX)
transmission speed
(1000BASE-T)
Default IP address (IPv4)
Default subnet mask
Default gateway
Tab. 6-6: Connection cable characteristics
WARNING
● Make sure power supplies are switched off before installation or removal
of the NY4112 module.
● Do not apply power until the MCU module is installed.
WARNING
● Comply with all ESD protective measures while working with modules
and components. Avoid electrostatic discharges.
The NY4112 module uses Ethernet connection cables to connect to an other
node and the host. See
information about the network connection. The connections to the Ethernet
network are located on the front of the NY4112 module. Some form of
network cable strain relief is advised. You can use the NY4901/10 cable
strain relief bracket or the NY4901/20 cable strain relief bracket which is
specifically developed for the NY4112. See the NYCe 4000 Standard
Housings and Accessories manual for detailed information.
Make sure that your machine design has sufficient free clearance
space in front of the NY4112 module for the cable strain relief
bracket and the minimum allowed bending of the Ethernet
cable(s). The width of the NY4901/10 cable strain relief bracket is
60 mm, and the width of the NY4901/20 cable strain relief bracket
is 65 mm. Consult the specifications of the cable manufacturer for
the minimum allowed bending radius. See for more information
the NYCe 4000 Standard Housings & Accessories manual.
Description
max 100 m.
Crossed or straight
100 Mbps IEEE 802.3 Cat-5 STP or better
1 Gbps IEEE 802.3 Cat-5e STP or better
192.168.41.12
255.255.255.0
0.0.0.0
Damage to components may occur if power
is applied during installation or removal.
Damage to components may occur due to
electrostatic discharges.
chapter 14 "Network" on page 205
tem Manual
for more