Ransburg RF1 FiberOptic Meter 77786-XX, A11516-XX - Manual (Page 19)

FM-00-02.5 1 5 1 5 1 5 1 5 1 5
RF 1 Fiber Optic - Installation
> > > > > Jumper settings other than the ones
listed in Figures 11a and 11b are not
recommended and may cause erratic
readings.
N O T E N O T E N O T E N O T E N O T E
4. Do not replace the receiver lid just yet.You
will need access to the inside of the receiver
during the system checkout procedure.
> > > > > When setting a jumper to “open” place
the jumper over a single pin of the corre-
sponding jumper block. This saves the
jumper for possible future use.
N O T E N O T E N O T E N O T E N O T E
INST INST INST INST INSTALLING THE ALLING THE ALLING THE ALLING THE ALLING THE
RECEIVER RECEIVER RECEIVER RECEIVER RECEIVER
The receiver is designed so that it can be mounted
on a wall outside of the hazardous area or inside
of an industrial control panel. Pick a location where
it will be accessible for service and there will be
sufficient space for both the fiber and electrical
cables.
Mount the receiver as follows:
1. Pick a suitable location outside of the hazardous
area that contains a flat surface. Be sure that there
is enough room for both the electrical and fiber
cables.
2. Using the receiver as a template or the dimen-
sions from Figure 12, mark the mounting hole
locations.
Figure 12: Receiver Mounting Hole Locations Figure 12: Receiver Mounting Hole Locations Figure 12: Receiver Mounting Hole Locations Figure 12: Receiver Mounting Hole Locations Figure 12: Receiver Mounting Hole Locations
3. Remove the two mounting ears if required.
This will be for instances when the receiver will be
mounted to a panel from behind.
4. Fasten the receiver to the mounting surface
using the appropriate #6-32 hardware.
CONNECTING THE CONNECTING THE CONNECTING THE CONNECTING THE CONNECTING THE
SYSTEM SYSTEM SYSTEM SYSTEM SYSTEM
Wiring the Receiver Wiring the Receiver Wiring the Receiver Wiring the Receiver Wiring the Receiver
The receiver is connected to the controller through
an industry standard 6 position DIN connector.
The specification section lists two vendors of
mating connectors and corresponding part
numbers.
The cable used for connecting the receiver to the
controller can be most any type of instrumentation
cable. The typical characteristics of the cable are
22 AWG stranded conductors with an overall foil
shield.
The connector wiring for each output configuration
is shown below.
Figure 13: Cabling Configuration Figure 13: Cabling Configuration Figure 13: Cabling Configuration Figure 13: Cabling Configuration Figure 13: Cabling Configuration
Output Type Output Type Output Type Output Type Output Type
Open Collector
5V Logic
Vin Logic*
Isolated
Channel A Pins Channel A Pins Channel A Pins Channel A Pins Channel A Pins
1 & 2
1 & 5
1 & 5
1 (+) & 2 (-)
Channel B Pins Channel B Pins Channel B Pins Channel B Pins Channel B Pins
3 & 4
4 & 5
4 & 5
3 (+) & 4 (-)
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