14
3. Control Valves:
Count the number of valves by size. Using
the valve detail, list the materials needed.
4. Controller:
The number of valves will determine the size
of the controller required. You will need one controller
station for each valve. Measure the wire run from the
controller to the farthest valve. Note: Use color-coded,
multi-conductor low voltage wire. You will need one
wire for each valve, plus one common wire which will be
connected to all of the valves.
Example:
On your plot plan, if you need 20 cm of wire
and your scale is 1:100 (1 cm = 1 m), then you will need
200 meters of wire (20 x 100 = 200). Do not forget to add
a little extra wire at the valve so that it makes it easier to
work on the wire connectors, and enough wire to go up
the wall to hook up the controller.
VAlVE Box
WATERPRoof WIRE ConnECToRS
AuToMATIC
ConTRol VAlVE
PGV
SERIES
MAlE ADAPTERS
Materials list
3. Valves
SPRInKlER
ConTRollER WIRE
loW VolTAGE
AuToMATIC SPRInKlER ConTRollER –
x-CoRE
SERIES
PVC ConDuIT foR
loW VolTAGE WIRE
(oPTIonAl)
4. Controller
REMoTE
ConTRol
RoAM
3. AUTOMATiC COnTrOl vAlveS
List all the items needed to build the valve manifolds.
Size
Quantity
PGV Valve
1" (25 mm)
Valve Box
Male Adapters
Waterproof Wire Connectors
4. COnTrOller
Pro-C Controller
________ Stations
Roam
18 Gauge (1 mm Dia.) Direct Burial Wire
with Number of Strands __________
________ Meters
Solar Sync
TIP
Never drop PVC pipe. If it is
dropped and hits a rock or concrete
the pipe could shatter and send
tiny sharp pieces flying. Even if the
pipe does not break, it could get a
hairline crack and later burst under
normal water pressure. This can also
happen if the pipe is allowed to slap
together while being carried.