172
Bosch Rexroth AG
| Tightening Technology
3 608 870 A47
Nexo cordless Wi-Fi nutrunner
| 3 608 870 A47/2019-10
8.2
NEXO-OS operating system
8.2.1
Commissioning
The following web browsers are supported for the NEXO-OS operating system:
•
Internet Explorer version 7.0 and higher
•
Mozilla Firefox version 3.6 and higher
•
Apple Safari version 6.1.2 and higher
•
Google Chrome
Opening the NEXO-OS operating system
1. Complete all mounting steps.
2. Insert the battery and press the red button on the battery to activate it.
3. Briefly actuate the start switch on the hand-held nutrunner.
4. Slide the interface cover forward.
5. Insert the MicroUSB to Ethernet adapter NX-A into the interfaces provided.
6. Open the network connections on your PC and add a new LAN connection:
– Click
LAN Connections - Properties
.
– Activate
Internet Protocol Version 4 (TCP/IPv4)
.
– Click
Properties
and enter address
192.168.1.
plus any one- to three-digit number (no
10
).
Note:
Use one of the addresses
192.168.1.1
...
192.168.1.9
Otherwise, routing problems may oc-
cur if WLAN is used in the same subnet.
– Confirm your settings with
OK
.
7. Now open your web browser and enter the default IP address of the Nexo cordless Wi-Fi nutrunner:
192.168.1.10
8. Then enter the default user data on the login page.
– User:
Bosch
– Password:
Robert
Configuring the NEXO-OS operating system
•
•
Defining the tightening programs
•
Defining the PLC assignment table
•
Access via access point
The browser-based NEXO-OS operating system allows configuring the Nexo cordless Wi-Fi nutrunner
on any computer desired. An access point is required for wireless transmission of data via WLAN be-
tween the Nexo cordless Wi-Fi nutrunner and an operating computer. Existing access points of the infra-
structure (WLAN standard IEE 802.11 a, b, g and h) can be used.
The WLAN interface is deactivated by default. After it is activated, the connection to the
access point is established.
For information on how to install the access point, refer to the operating instructions of the access point.
For detailed information on data communication, refer to chapter
For detailed information on control signal exchange, refer to chapter
.