Vantage Series 2200
Sensor Wiring
All of the terminal connections for the output signals are depicted in the drawing. The wiring
connections are also on the inside of the enclosure terminal access cover.
TERMINALS A: BOTTOM ROW TERMINALS B: TOP ROW
1=Hi, Red, Single sensor wire, transmit 1= Red, Hi, Sensor #2 dual, transmit
2= Lo, Black, Single sensor wire, receive and Shield wire 2= Black, Lo, Sensor #2 dual, receive and Shield wire
3= White, Hi, Single sensor wire, temperature 3= White, Hi, Sensor #2 dual, Temperature
4= Green, Lo Single sensor wire, ground 4= Green, Lo, Sensor #2 dual, Ground
5= #1 Compensator 5= Red, Hi, Sensor #1 dual, transmit
6= #2 Compensator 6= Black, Lo, Sensor #1 dual, receive and Shield wire
7= GND Compensator 7= White, Hi, Sensor #1 dual, temperature
8= NO, Relay 2 8= Green, Sensor #1 dual, Ground
9= C, Relay 2 9= NO, Relay 5
10= NC, Relay 2 10= C, Relay 5
11= NO, Relay 1 11= NC, Relay 5
12= C, Relay 1 12= NO, Relay 4
13= NC, Relay 1 13= C, Relay 4
14= N/A 14= NC, Relay 4
15= N/A 15= NO, Relay 3
16= +(Positive), Powered 4-20mA DC Output #1 16= C, Relay 3
17= -(Negative), Powered 4-20mA DC Output #1 17= NC, Relay 3
18= Hi, DC Battery Input 18= +(positive) 12VDC Output
19= Lo, DC Battery Input 19= Gnd (negative) 12VDC Output
20= TX, Rs232, Computer’s RX 20= +(Pos.), Powered 4-20mA DC Output #2, 2220 only
21= RX, Rs232, Computer’s TX 21= -(Neg.), Powered 4-20mA DC Output #2, 2220 only
22= RTS, Rs232 22= N/A
23= CTS; Rs232 23= N/A
24= N/A 24= N/A
Note: All relays are optional and can be added in the field. PN 544718-0001.
VAC Input= TB1,
HI (Hot),
LO (Neutral),
GND (Ground)
Relay 1 Relay 2 Relay 3
Relay 4
Relay 5
Fuse,
4-20ma -
Fuse,
4-20ma +
4-20ma
Test Points
2-4
AC Power
Fuse .25 Amp
Heater
Fuse
Optional
Heater
AC Power
Connection
Green LED
Indicates ac
power is applied
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