Table of Contents
Advertisement
Planning and Installation Guide
Phase
Point to be Checked
4. Commissioning
4.1 Power Supply
4.1.1
Choose Master/Slave setting
4.1.2
Set phase angle to 0/90°
4.1.3
Set current chosen during
planning
(DIP-switch S1)
4.1.4
Document chosen current
value and associated pace
maker distance in application
documentation
4.1.5
Optional: Connect alarm
output
4.1.6
Tighten all PG "Threads" ,
Put caps on unused ones
4.1.7
Switch-on the main switch /
fuse
4.1.8
Check correct function
4.1.9
Mount the cover
4.2 Configure PLC/FBP
4.2.1
- Copy the *.gsd -file for the
fieldbus plug into the GSD
subdirectory of the host
software
4.2.2
Start the host software, (or
actualize the directory to
choose the *.gsd File from)
4.2.3
- Map the wireless input
module into the fieldbus
4.2.4
- In the host software, select
the WDI100 as the I/O for
that node and set I/O
addresses
4.3 Settings of Input Module WDI100 (SET Menue)
4.3.1
Set field bus address on WDI See "Planning and
4.3.2
Set Cell-ID, set the desired
ID-number for this Cell
(1-60)
4.3.3
Set "FIELDBUS ADDR" to
LOCAL
4.4 Configure Sensors
4.4.1
Configure sensors in the
(CFG Menu)
4.4.2
Check correct sensor
function (RUN Menu)
Wireless Proximity Switches / issued: 09.2004
Technical Description
Further Details
Remark Hints
Chose "Master" operation mode at the first device,
"Slave" at all other devices
Choose a phase value (0°/90°) matching the orien-
tation in relation to the "Master" primary loop (=0°).
See "Planning and
Set the appropriate current value matching the size of
Installation
the connected primary loop(s) for each power supply.
Guidelines"
Chapter 4.2
See "Planning and
Installation
Guidelines"
Chapter 1.3 / 4.2
Connect to an input of the control system/ PLC.
Contact opens in case of malfunction of power supply
To achieve IP65 class
The operation LEDs of the power supplies start to blink
green. After ~15 sec. constantly green
(check manual if red LED are on/blinking)
Use a sensor w. communication module to check
power (orange LED if triggered + green LED if
unconfigured) ! The communication module needs up
to 8 sec. to start-up or stop operation.
See "Technical
The *.gsd file contains a description of the node, I/O
Description for
and diagnostic data for the PLC (and is a readable text
(FBP)
file). It can be found on the Documentation CD
FieldBusPlug"
by assigning the node address in the host software
by turning on the auto address feature or manually
address with the auto addressing turned off
- Leave RUN Mode: hold ESC and press OK at the same time
Installation
- Select the SET Mode on the WDI100 panel (with /\ or \/ buttons)
Guidelines"
- Select FIELDBUS ADDR, set fieldbus address for the WDI100/FBP to
Chapter 3.8
the same address that was selected in the controller or PLC
FIELDBUS ADDR
- FieldBusPlug LED(s) change Red -> Green: communication OK
See "Planning and
Make sure to not have double Cell-IDs in a radius of
Installation
~16m !!
Guidelines"
Chapter 3.8
CELL-ID
See "Planning and
Locally stored configuration is used instead of getting
Installation
configuration for the sensors and CELL-ID from the
Guidelines"
field-bus/PLC. (May overwrite your local setting
Chapter 3.8
otherwise!)
CFG LOCAL / FB
See "Planning and
- Go to CFG Mode (press ESC and OK simultaneously from RUN
Installation
mode), select CFG, (press OK to enter CFG mode)
Guidelines" p. 26
- Choose sensor address (1-120) (to be given to a certain sensor, only
free addresses are available) Assign address: I. Press OK (address
blinks), II. Press membrane switch on unconfigured sensor (green LED =
on), it will receive selected address and Cell-ID.
- The next free address is blinking on the WDI100: Press another
sensor's membrane switch to assign this address, ....
- Choose the sensor to be triggered with /\ \/ (in RUN mode of WDI)
- Trigger the sensor head with a metal object
-Observe status change in RUN mode on WDI display
- Check Wink function by pressing OK in the RUN mode or by pressing
a membrane switch of a sensor WSIX
V6
Drawing
Checklist A 3 / 3
Advertisement
Table of Contents
