DynaQuip WaterCop Classic Manuel du propriétaire et manuel d'installation - Page 18

Parcourez en ligne ou téléchargez le pdf Manuel du propriétaire et manuel d'installation pour {nom_de_la_catégorie} DynaQuip WaterCop Classic. DynaQuip WaterCop Classic 20 pages.

Imprimer la page
WaterCop® Interface Connections
Contacts 5, 6 and 7 are used to control the valve position from a remote location .
The most common is your home security system control panel .
This is done by wiring these contacts to a control switch on the panel . The diagram
below shows typical installation options . This control can be a relay, push buttons or
toggle type switch . This control needs to be a momentary switch, which means that
the control switch stays made or "on" for a short period of time (1 to 3 seconds) and
then returns to a neutral position .
Switching contact 7 (brown/white wire) to contact 5 (blue/white wire) will cause the
valve to close .
Switching contact 7 (brown/white wire) to contact 6 (green wire) will cause the valve
to open .
Contacts 2, 3 and 4 are used to signal a remote device as to the position of the valve .
This is done by connecting a low voltage circuit with indicator lights to these contacts .
The diagram shows a typical installation .
When the valve is in the open position, contacts 3 (green/white wire) and 4 (blue wire)
will be made, completing the circuit and lighting the indicator light, showing that the
valve is in the open position .
When the valve is in the closed position, contacts 2 (orange wire) and 3 (green/white
wire) will be made, completing the circuit and lighting the indicator light, showing that
the valve is closed .
CAT5-E CABLE
WATERCOP INTERFACE
CONTACTS
1 – – – – – – 8
RJ45 SOCKET
18
8
BROWN GND.
7
BROWN/WHITE (5VDC)
5
BLUE/WHITE (TO CLOSE)
6
GREEN (TO OPEN)
3
GREEN/WHITE
4
BLUE
2
ORANGE
1
ORANGE/WHITE GND.
MOMENTARY SWITCHES
CLOSE
INDICATOR POWERED WHEN THE
VALVE IS IN THE CLOSED POSITION
INDICATOR POWERED WHEN THE
VALVE IS IN THE OPEN POSITION
OPEN
POWER SUPPLY
FOR INDICATORS
MAX. LOAD: 250 mA