Balluff BIS M-370-000-A02, Manual, Page: 52 / 198

INSTALLATION
45
2
2.6.4 Installing the BIS M-623-071-A01-03-S_ DeviceNet (DNT)
Figure 30 - DNT Typical Layouts
The BIS M-623-071-A01-03-S_ Processor unit is designed for DeviceNet RFID applications,
where the processor unit is connected as a slave node in a DeviceNet network via
compatible cables directly to a DeviceNet Master/Scanner (host).
The default Node ID is 63 .
1. Select a suitable location for the BIS M-623_ Processor unit/Antenna.
2. Mount the BIS M-37_ antenna to the BIS M-623_ Processor unit, either directly or
remotely, as described in par. 2.2.
3. Mount the processor unit and antenna to your mounting fixture using M5 (or #10)
diameter screws ( not included ) and secure them with appropriate washers and nuts.
Tighten screws to 1.7 Nm or 15 lbs per inch ± 10% .
4. Attach a DeviceNet-compatible cable to the 5-pin, male M12 interface connector on the .
Connect the other end of this cable to your DeviceNet network.
5. Turn your DeviceNet power supply ON. After a while the Devicenet LED will briefly flash
alternatively Red and Green. The READY LED will be ON when the processor unit
’s
startup procedure has completed.
To configure and control the BIS M-623-071 processor unit and send RFID commands for
testing purposes, download and install the Balluff D
ashboard™ Configuration Tool from
www.balluff.com . The
Dashboard™ Configuration Tool uses the PC RS232 serial port to
communicate to the processor unit
’s RS232 serial port. To enable communication:
1. To connect the processor unit
’s RS232 serial port to the PC you have two choices; the
first one is the quickest: a) Connect the BCC0H0W M12 8-pin female connector to the
M12 8-pin male interface connector on the BIS M-623_. Connect the BCC0H0W 9-pin
female D-sub connector to an RS232 COM port on the host computer, or, b) Build your
own communication cable using the BCC0A03 connector M12 8-pin female connector
and follow the schematic shown in par. 2.3.4.
2. On the host computer, set COM port parameters to: 9600 baud, 8 data bits, 1 stop bit, no
parity and no handshaking.
3. Run the
Dashboard™ Configuration Tool.
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