Toro OSMAC RDR Satellite Controller User Manual

6. Reference Table 1 for the appropriate type of power connection. Secure the wires to the terminal block as indicated in
Figure 4.
7. Reinstall the power supply cover.
8. Apply power to the controller.
Connecting Control Valve Wiring
1. Attach a control wire to one lead of each valve solenoid. Attach a
common wire to the remaining lead of all valve solenoids.
Waterproof all field wire connections using an approved waterproof
splicing method.
2. Label control wires and common wire(s) for identification during
installation. Route the wires through the 2" (51mm) conduit into the
controller cabinet.
3. Secure valve control wires to station terminals in desired operating
sequence. Secure common wire(s) to COM terminals of
pump/common surge module. (Three common terminals are
provided.) See
Figure 5.
Note: The 24-station model is shown in the illustration. Models with
32–48 stations have additional surge modules located on the rear
chassis plate.
All station outputs are labeled with the appropriate station number.
CAUTION: If connecting more than one valve per station,
do not exceed 0.75A (18 VA) maximum.
3
115V
HIGH
VOLTAGE
WARNING
ON
OFF
1
1
5
V
1
1
5
V
Figure 4
Line
Ground
Neutral
Line
Hot (Black)
Hot (Black)
Neutral
Neutral (White)
Hot (Blue or Red)
Equipment Ground
Green
Green/Yellow
AC Service Type
115 V a.c. (Domestic)
230 V a.c. (3-Phase)
Table 1 – Power Wire Connnection
3.2A Fuse
4.0A Circuit
Breaker
Main Power Switch
Input Voltage
Select Switch
Figure 3
2
3
4
1
STA 1
STA 2
STA 3
STA 4
STA 5
STA 6
STA 7
STA 8
STA 9
STA 10
STA 11
STA 12
STA 13
STA 14
STA 15
STA 16
STA 17
STA 18
STA 19
STA 20
STA 21
STA 22
STA 23
STA 24
Station
Terminals
Common
Terminals
Pump
Terminal
Figure 5
RELEASED Version ©Toro 2006-2006

Toro OSMAC RDR Satellite Controller Specifications

General

Brand	Toro
Model	OSMAC RDR Satellite Controller
Category	Controller
Language	English