Badger Meter Series 320 Pulse Transmitter - Manual (Page 2)

2
Mechanical installation
The Model 320 may be surface mounted onto a panel,
attached to DIN rails using adapter clips or wall mount-
ed using two optional enclosures.
Location
Although the Model 320 is encapsulated, all wiring
connections are made to exposed terminals. The unit
should be protected from weather and moisture in
accordance with electrical codes and standard trade
practices.
In any mounting arrangement, the primary concerns
are ease of wiring and attachment of the programming
cable.
The unit generates very little heat so no consideration
need be given to cooling or ventilation.
Surface Mount Installation
The Model 320 may be mounted to the surface of any
panel using double sided adhesive tape or by attaching
fasteners through the holes in the mounting flanges of
the unit.
DIN Rail Mounting
Optional clips snap onto the mounting flanges allowing
the Model 320 to be attached to DIN 15, 32, 35 mm DIN
rail systems.
Wall Mounting
Optional metal and plastic enclosures are available to
mount the Model 320 to a wall when no other enclosure
is used. The enclosure is first attached to the wall using
fasteners through its mounting holes.
After wiring, the transmitter may be attached to the
enclosure with the terminal headers facing in using the
slots in the mounting flanges. As an alternate mount-
ing arrangement, the Model 320 may be fastened to the
box cover using double-sided adhesive tape.
Model 320 Electrical Installation
Per standard wiring practices, the power must be off
before making any wire connections. The terminal strips
have removable plug-in connectors to make wiring
easier.
1. Refer to Figures 3 and 4 for terminal connections
and wiring example.
2. Connect DC power supply positive (+) or AC Line to
terminal marked AC L /DC (+).
3. Connect DC power supply negative (-) or AC Com-
mon to terminal marked AC C /DC (-).
4. If wiring to Series 200 sensor, connect the red wire
to Signal (+) terminal, black wire to Signal (-) terminal
and the shield to Shield terminal (Disregard shield for
the IR sensors).
If wiring to Series 4000 sensor, connect the red wire
to Power Out terminal, clear wire to Signal (+) termi-
nal, black wire to Signal (-) terminal, and shield wire to
Shield terminal.
If wiring to a sine wave output sensor consult factory.
5. Connect Pulse(+) from pulse input device to Pulse
Out(+) of 320, connect Pulse(-) from pulse input device
to Pulse Out(-) of 320.
6. For maximum EMI Protection, connect Model 320
ground lug to panel ground.
7. Ensure that all connections are tight, then plug con-
nector into header.
Note:
Included with every Model 320 is a 320IK kit contain-
ing a screw, lock washer and ground lead to connect
the Model 320 to Earth Ground. This will help prevent
electrical interference from affecting the Model 320’s
normal operation.
Figure 2: 320 Optional
Enclosure Dimensions
Mechanical installation
The Model 320 may be surface mounted onto a panel, attached to DIN rails using adapter clips or wall
mounted using two optional enclosures.
Location
Although the Model 320 is encapsulated, all wiring
connections are made to exposed terminals. The unit
should be protected from weather and moisture in
accordance with electrical codes and standard trade
practices.
In any mounting arrangement, the primary concerns
are ease of wiring and attachment of the
programming cable.
The unit generates very little heat so no consideration
need be given to cooling or ventilation.
Surface Mount Installation
The Model 320 may be mounted to the surface of any
panel using double sided adhesive tape or by attach-
ing fasteners through the holes in the mounting
flanges of the unit.
DIN Rail Mounting
Optional clips snap onto the mounting flanges allowing the
Model 320 to be attached to DIN 15, 32, 35 mm DIN rail
systems.
Wall Mounting
Optional metal and plastic enclosures are available to mount
the Model 320 to a wall when no other enclosure is used. The
enclosure is first attached to the wall using fasteners through
its mounting holes.
After wiring, the transmitter may be attached to the enclosure
with the terminal headers facing in using the slots in the
mounting flanges. As an alternate mounting arrangement, the
Model 320 may be fastened to the box cover using double-
sided adhesive tape.
Model 320 Programmable Scaled Pulse
Output Transmitter Installation Guide
by Data Industrial
PN# 72024
03/20/03
®
Data
Industrial
DATA INDUSTRIAL CORPORATION 11 Industrial Drive, P.O. Box 740 Mattapoisett, MA 02739-0740 USA
Phone: (508) 758-6390 FAX: (508) 758-4057 email: [email protected]
Figure 2: 320 Optional
Enclosure Dimensions
Sid e
4.5”
2.8”
2.0”
TOP
SIDE
Figure 1: Model 320 Dimensions
Model: 320
S/N: 320-00000
S en
so
r I
np
ut Power Out
Signal (+)
Signal (-)
Shield
P ow
er
In AC L /DC +
AC C /DC -
D.I.C.
Comm
Port
O
ut pu
t Pulse Out -
Pulse Out +
Input led
output led
®
1.50”
3.65”
3.25”
.875”
1.75”
Side 1.50”
2.75”
Data Industrial Model 320 Installation Guide
2
Model 320 Electrical Installation
Per standard wiring practices, the power must be off
before making any wire connections. The terminal strips
have removable plug-in connectors to make wiring
easier.
1. Refer to Figures 3 and 4 for terminal connections
and wiring example.
2. Connect DC power supply positive (+) or AC Line to
terminal marked AC L /DC (+).
3. Connect DC power supply negative (-) or AC
Common to terminal marked AC C /DC (-).
4. If wiring to Series 200 sensor, connect the red wire
to Signal (+) terminal, black wire to Signal (-)
terminal and the shield to Shield terminal (Disregard shield for the IR sensors).
If wiring to Series 4000 sensor, connect the red wire to Power Out terminal, clear wire to Signal
(+) terminal, black wire to Signal (-) terminal, and shield wire to Shield terminal.
If wiring to a sine wave output sensor consult factory.
5. Connect Pulse(+) from pulse input device to Pulse Out(+) of 320, connect Pulse(-) from pulse input
device to Pulse Out(-) of 320.
6. For maximum EMI Protection, connect Model 320 ground lug to panel ground.
7. Ensure that all connections are tight, then plug connector into header.
Note:
Included with every Model 320 is a 320IK kit containing a screw, lock washer and ground lead to
connect the Model 320 to Earth Ground. This will help prevent electrical interference from
affecting the Model 320’s normal operation.
Model: 320
S/N: 320-00000
S
en
so
r I
np
ut
Power Out
Signal (+)
Signal (-)
Shield
P
ow
er
In AC L /DC +
AC C /DC -
D.I.C.
Comm
Port
O
ut
pu
t Pulse Out -
Pulse Out +
Input led
output led
®
Data
Industrial
Pulse Transmitter
Pulse Output
DIC
Communications
Port
Sensor
Input
Power
Input
Input and
Output Led
Ground
Lug
Figure 3: Model 320 Terminal Locations
12-40VDC
or 12-30VAC
Power Supply
+
-
Red
Black
White(Clear)
Shield
Series 4000
Sensor
Series 200
Sensor
Red
Black
Shield
Model: 320
S/N: 320-00000
S
en
so
r I
np
ut
Power Out
Signal (+)
Signal (-)
Shield
P
ow
er
In AC L /DC +
AC C /DC -
D.I.C.
Comm
Port
O
ut
pu
t Pulse Out -
Pulse Out +
Input led
output led
®
Data
Industrial
Pulse Input
Device
w/ internal
pull up
®
4000 Series
Flow
Pulse Transmitter
Data Industrial
Caution:
Maintain electrical
polarity of output
Figure 4: Model 320 Wiring to a generic pulse device and Series 200 or Series 4000
Figure 3: Model 320 Terminal Locations
Data Industrial Model 320 Installation Guide
2
Model 320 Electrical Installation
Per standard wiring practices, the power must be off
before making any wire connections. The terminal strips
have removable plug-in connectors to make wiring
easier.
1. Refer to Figures 3 and 4 for terminal connections
and wiring example.
2. Connect DC power supply positive (+) or AC Line to
terminal marked AC L /DC (+).
3. Connect DC power supply negative (-) or AC
Common to terminal marked AC C /DC (-).
4. If wiring to Series 200 sensor, connect the red wire
to Signal (+) terminal, black wire to Signal (-)
terminal and the shield to Shield terminal (Disregard shield for the IR sensors).
If wiring to Series 4000 sensor, connect the red wire to Power Out terminal, clear wire to Signal
(+) terminal, black wire to Signal (-) terminal, and shield wire to Shield terminal.
If wiring to a sine wave output sensor consult factory.
5. Connect Pulse(+) from pulse input device to Pulse Out(+) of 320, connect Pulse(-) from pulse input
device to Pulse Out(-) of 320.
6. For maximum EMI Protection, connect Model 320 ground lug to panel ground.
7. Ensure that all connections are tight, then plug connector into header.
Note:
Included with every Model 320 is a 320IK kit containing a screw, lock washer and ground lead to
connect the Model 320 to Earth Ground. This will help prevent electrical interference from
affecting the Model 320’s normal operation.
Model: 320
S/N: 320-00000
S en
so
r I
np
ut Power Out
Signal (+)
Signal (-)
Shield
P ow
er
In AC L /DC +
AC C /DC -
D.I.C.
Comm
Port
O ut
pu
t Pulse Out -
Pulse Out +
Input led
output led
®
Data
Industrial
Pulse Transmitter
Pulse Output
DIC
Communications
Port
Sensor
Input
Power
Input
Input and
Output Led
Ground
Lug
Figure 3: Model 320 Terminal Locations
12-40VDC
or 12-30VAC
Power Supply
+
-
Red
Black
White(Clear)
Shield
Series 4000
Sensor
Series 200
Sensor
Red
Black
Shield
Model: 320
S/N: 320-00000
S en
so
r I
np
ut Power Out
Signal (+)
Signal (-)
Shield
P ow
er In AC L /DC +
AC C /DC -
D.I.C.
Comm
Port
O ut
pu
t Pulse Out -
Pulse Out +
Input led
output led
®
Data
Industrial
Pulse Input
Device
w/ internal
pull up
® 4000 Series Flow
Pulse Transmitter
Data Industrial
Caution:
Maintain electrical
polarity of output
Figure 4: Model 320 Wiring to a generic pulse device and Series 200 or Series 4000
Figure 4: Model 320 Wiring to a generic pulse device and
Series 200 or Series 4000