12
13
VIEW A-A
SCALE 1 : 1
A
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
73.43
20.43
8.
50
CONN2
CONN3
1 3 5
2 4 6
1 3 5
2 4 6
7. System Wiring - Schematic
The diagram below demonstrates how the Control Unit and Function Unit/Units are wired to a vehicle and each other.
NOTE: For 12V systems with long cable runs, a separate supply may be required for the Control Unit and each
Function Unit. Detection accuracy will depend on environmental and installation factors.
IMPORTANT: Ensure power is isolated & vehicle ignition is OFF before making connections. Replace unused
gland on the last Function Unit with a blanking plug. Max distance between each antenna is 30 metres.
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
72.31
30.00
8.
50
54.00
17
8.
00
VIEW A-A
SCALE 1 : 1
A
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
73.43
20.43
8.
50
+
-
Function Unit 1
Address switch = 1
VIEW A-A
SCALE 1 : 1
A
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
73.43
20.43
8.
50
Function Unit 2
Address switch = 2
Recommended ALPHA Wire 6010C
Vehicle Battery
Vehicle Ignition
Control Unit
7.5 Amp
Blade Fuse
7.5 Amp
Blade Fuse
Identifi er
Description
Colour
Connect To
VBAT_IN
Vehicle BV IN
Red
Vehicle bve
0V_IN
Vehicle Battery 0V IN
Black
Vehicle battery 0V
VIGN_IN
Vehicle IgV IN
White
Vehicle igve
0V_OUT
Vehicle Battery 0V OUT
Red/Brown
Function Unit CONN PIN 1
VIGN_OUT
Vehicle IgOUT
Red/Black
Function Unit CONN PIN 2
SYNC_B
Antenna Unit Sync B
Violet
Function Unit CONN PIN 3
SYNC_A
Antenna Unit Sync A
Yellow/Red
Function Unit CONN PIN 4
RS485_B
Function Unit RS485_B
Yellow
Function Unit CONN PIN 5
RS485_A
Function Unit RS485_A
Green/Red
Function Unit CONN PIN 6
Mandatory Wiring Table for the Control Unit cable assembly:
Identifi er
Description
Colour
IN2+
Input 2 Positive
Pink
IN1+
Input 1 Positive
Blue
IN2-
Input 2 Negative
Green
RL_NC
Relay Normally Closed
Orange
RL_NO
Relay Normally Open
Brown
IN3+
Input 3 Positive
Turquoise
IN3-
Input 3 Negative
Grey
IN1-
Input 1 Negative
Red/Blue
RL_COM
Relay Common
White/Red
Optional Wiring Table:
VIEW A-A
SCALE 1 : 1
A
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
73.43
20.43
8.
50
1
1
2
3
4
5
6
A
B
C
D
E
F
REV:
DATE:
CHANGE:
STATUS:
CUSTOMER:
SCALE @
DRAWN BY:
REV:
DRAWING NO:
TITLE:
UNCONTROLLED
SHEET
A0
THIS DRAWING IS THE PROPERTY OF AND MAY EMBODY PROPRIETARY INFORMATION
OWNED BY AVONWOOD DEVELOPMENTS LTD. IT IS PROVIDED UNDER A CONFIDENTIAL
RELATIONSHIP FOR A SPECIFIC PURPOSE. THE RECIPIENT AGREES TO USE IT ONLY FOR
SUCH PURPOSE.
AS INDICATED IN ISO 2768-1
TOLERANCE CLASS
LINEAR = f
ANGULAR = f
BROKEN EDGES = f
1 / 1
UNLESS OTHERWISE STATED
72.31
30.00
8.
50
54.00
17
8.
00
4
3
6
5
2
1
7.1 Antenna Unit Wiring
Antenna Units are linked together using CONN2 and
CONN3 for connection of further antennas as illustrated
below in the diagram.
Pin numbering and descriptions for CONN2 and CONN3
are identical. CONN2 can be used for the outgoing cable
and CONN3 for the incoming cable or vice-versa.
• Cable: 3 pair individually screened, Core: 7/0.2
(i.e. Belden 8777, Alpha 6010C, Cable Hub/ FS
cables 2203PIFRD)
CONN2/3 Pin Number
Description of Wire
Colour*
1
0V_IN
Black/Red
2
VIGN_IN
Red
3
SYNC_B
Black/White
4
SYNC_A
White
5
RS485_B
Black/Green
6
RS485_A
Green
*Wiring Colours Based on Alpha Wire 6010C
3 Pair Foil Screened
(7/0.2,22AWG,.35mm²)
Model number: ZS-C130
7.2 Antenna Unit Switches
The fi rst switch that needs setting is the address switch SW2. The Function Units need to be numbered sequentially in the
order they are wired together, i.e. the fi rst Function Unit connected to the Control Unit should be set to 1, the next one wired
to that fi rst Function Unit will be set to 2 and so on.
The second switch is the power setting. Either set SW1 to 0, which is the Wi-Fi setting (recommended), or turn SW1
clockwise to increase power or anticlockwise to decrease power and therefore size of detection zone. If setting SW1 to 0
The range can then be adjusted via Wi-Fi using a mobile smart device such as a mobile phone.
SW2 = ADDRESS. (1=fi rst antenna unit: must be numbered sequentially to the last)
SW1 = POWER. Set 0 for Wi-Fi or manual setting 1(min)-F(max).
ADDRESS 1
AUTO / WI-FI
MIN. POWER (1)
MAX.
POWER (F)
SW1
SW2
The location of the switches can be found on the top right side, when the unit’s cover is removed.