Auto-Zone Control Systems Auto-Zone Plus Systems Installation & Operation (Version 03A) - Manual (Page 156)

Section 4 Auto-Zone Plus
4-6 Start-Up and Troubleshooting
All communications wiring should be labeled to avoid confusion and to aid future
servicing.
HVAC Unit #1
Zone Manager
Computer
(Optional)
HVAC Unit #2
CommLink IV
Zone Manager
Set Board To
Address 17
Set Board To
Address 17
Local
Loop #1
Network Loop
Local
Loop #2
Set MiniLink
Address
Switch To 1
Set MiniLink
Address
Switch To 2
Zone
Zone
Controller #1
Controller #1
Zone
Zone
Controller #16
Controller #16
Constant Volume
Constant Volume
Controller
Controller
(Addresses Start At 18)
(Addresses Start At 18)
To Any Other
CV Controllers
Or Add On Devices
The Loop Does Not
Have To Follow The Board
Address Sequence
CX
6 SW
1 U1
0 7517 6
EXP AN SI O N
Q3
Q2 D3 VR
1
782 4
GND
2 4VAC M 78 24 C T
MC3 40 64A 9936
R1
7 R1
6 U7
C7 R1
5
PO
W E R
R2
1
RE
V . 2 YS1 01 562
MDL
F1 25 0 D4 R26 LD3
L1 SC AN REC R1
2 C6 R1
1
TOKE N
N ET
LD
2
32
R1
4 R1
3 R1
00
LD
1
C5
D1 K1
V2
fTimes New Roman|b0|i0|c 0| p18; G5L-114P-PS 24VD C CON TAC T: UL / CS A 5A 250VAC
fTimes New Roman|b0|i0| c0|p18;OMRON
K2 D2
AC
T U A TO
R
fTimes New Roman|b0|i0| c0|p18;OMRON fTimes New Roman|b0|i0|c 0| p18; G5L-114P-PS 24VD C CON TAC T: UL / CS A 5A 250VAC
R1
0
R9
PJ
2 V1 C4
AZ ZO N E
V4
.0 0F C 0 94
74
H C 57
3N B3
1 92 0PS
TC
U 32 K 2V 9 93 6
M S 62
64L- 7 0P C
EPROM
VR
EF AD
J
R 23 C1
0
P C B 8 0C 55 2- 5- 16W P
5006 50= 1 /3
D F D 9 94 0S M P H IL IP S
EW
D O G
CO
M M
D7 CX1 0 R25
R2
8 T'STA T U1
1
C1
5 R2
0 C1
1 R 24
8
16 2
4
ADD RE SS ADD 1 U6 93C 4 6
U5
R1
9
PH IL IPS
U9 CX9
R32 D5 C1
4 P.U . R 22
C1
3 LM
C 6 62
R2
7 D 5
RAM C9 C8 80C 55 2
CX
5
PJ
1
C3 R8
R7 R5
R6 R4 C2 C1 X1 74 HC2 5 9
B3 1920 PS U2
R1
R2
R3
CX2 Q1
1 6L8
32 K R3
4 FLOW U8 1 RN1 CX8 U4 R1
8 CX4 8K RAM
U3 C X3 U1 CX1
CX
6 SW
1 U1
0 75
17 6
EXP AN SI O N
Q3
Q2 D3 VR
1
7824
GND
2 4VAC M 78 24 C T
MC3 40 64A 9936
R1
7 R1
6 U7
C7 R1
5
PO
W E R
R2
1
R EV.
2 Y S 101 56
2
MDL
F1 25 0 D4 R26 LD3
L1 SC AN REC R1
2
C6
R1
1
TOKE N
N ET
LD
2
32 R1
4 R1
3 R 100
LD
1
C5
D1 K1
V2
fTimes New Roman|b0|i0|c 0| p18; G5L-114P-PS 24VD C CON TAC T: UL / CS A 5A 250VAC
fTimes New Roman|b0|i0| c0|p18;OMRON
K2 D2
AC
T U A TO
R
fTimes New Roman|b0|i0| c0|p18;OMRON fTimes New Roman|b0|i0|c 0| p18; G5L-114P-PS 24VD C CON TAC T: UL / CS A 5A 250VAC
R1
0
R9
PJ
2 V1 C4
AZ
ZO
N E
V4
.0 0F C0
94
74
H C 573
N B3
1 92 0PS
TC
U 32 K 2V 99
36 M S6 264L-
70
P
C
EPROM
VR
E F AD
J R 23 C1
0
P C B 80C 552 -5 -1 6W P
5006 50= 1/ 3
D F D 9940 S M P H IL IP S
EW
D O G
CO
M M
D7 CX1 0 R25
R2
8 T'STA T U1
1
C1
5 R2
0 C1
1 R 24
8
16 2
4
ADD RE SS ADD 1 U6 93C 4 6
U5
R1
9 PH IL IP S
U9 CX9
R32 D5 C1
4
P.U . R 22
C1
3 LM
C 6 62
R2
7 D 5
RAM C9 C8 80C 55 2
CX
5
PJ
1
C3 R8 R7 R5
R6 R4
C2 C1 X1 74
H C 25
9 B 31 920P S U2
R1
R2
R3
CX2 Q1
1 6L8
32 K R3
4 FLOW U8 1 RN1 CX8 U4 R1
8 CX4 8K RAM
U3 C X3 U1 CX1
CX
6 SW
1 U1
0 7517 6
EXP AN SI O N
Q3
Q2 D3 VR
1
782 4
GND
2 4VAC M 78 24 C T
MC 340 64A 99 36
R1
7 R1
6 U7
C7 R1
5
PO
W E R
R2
1
RE
V . 2 YS1 01 562
MDL
F1 25 0 D4 R26 LD3
L1 SC AN R EC R1
2 C6 R1
1
TOKE N
N ET
LD
2
32
R1
4 R1
3 R1
00
LD
1
C5
D1 K1
V2
fTimes N ew Roman| b0|i0|c 0| p18; G5L-114P-PS 24VD C CONTAC T: UL / CS A 5A 250VAC
fTimes New Roman|b0|i0| c0|p18;OMRON
K2 D2
AC
T U A TO
R
fTimes New Roman|b0|i0| c0|p18;OMRON fTimes N ew Roman| b0|i0|c 0| p18; G5L-114P-PS 24VD C CONTAC T: UL / CS A 5A 250VAC
R1
0
R9
PJ
2 V1 C4
AZ ZO N E
V4
.0 0F C 0 94
74
H C 57
3N B3
1 92 0PS
TC
U 32 K 2V 9 93 6
M S 62
64L- 7 0P C
EPROM
VR
EF AD
J
R 23 C1
0
P C B 8 0C 55 2- 5- 16W P
5006 50= 1 /3
D F D 9 94 0S M P H IL IP S
EW
D O G
CO
M M
D 7 CX1 0 R25
R2
8 T'STA T U1
1
C1
5 R2
0 C1
1 R 24
8
16 2
4
ADD RE SS ADD 1 U6 93C 4 6
U5
R1
9
PH IL IPS
U9 CX9
R32 D5 C1
4 P.U . R 22
C1
3 LM
C 6 62
R2
7 D 5
RAM C9 C8 80C 55 2
CX
5
PJ
1
C3 R8
R7 R5
R6 R4 C2 C1 X1 74 HC2 5 9
B3 1920 PS U2
R1
R2
R3
CX2 Q1
1 6L8
32 K R3
4 FLOW U8 1 RN1 CX8 U4 R1
8 CX4 8K R AM
U3 CX3 U1 CX1
CX
6 SW
1 U1
0 75
17 6
EXP AN SI O N
Q3
Q2 D3 VR
1
7824
GND
2 4VAC M 78 24 C T
MC 340 64A 99 36
R1
7 R1
6 U7
C7 R1
5
PO
W E R
R2
1
R EV.
2 Y S 101 56
2
MDL
F1 25 0 D4 R26 LD3
L1 SC AN R EC R1
2
C6
R1
1
TOKE N
N ET
LD
2
32 R1
4 R1
3 R 100
LD
1
C5
D1 K1
V2
fTimes N ew Roman| b0|i0|c 0| p18; G5L-114P-PS 24VD C CONTAC T: UL / CS A 5A 250VAC
fTimes New Roman|b0|i0| c0|p18;OMRON
K2 D2
AC
T U A TO
R
fTimes New Roman|b0|i0| c0|p18;OMRON fTimes N ew Roman| b0|i0|c 0| p18; G5L-114P-PS 24VD C CONTAC T: UL / CS A 5A 250VAC
R1
0
R9
PJ
2 V1 C4
AZ
ZO
N E
V4
.0 0F C0
94
74
H C 573
N B3
1 92 0PS
TC
U 32 K 2V 99
36 M S6 264L-
70
P
C
EPROM
VR
E F AD
J R 23 C1
0
P C B 80C 552 -5 -1 6W P
5006 50= 1/ 3
D F D 9940 S M P H IL IP S
EW
D O G
CO
M M
D 7 CX1 0 R25
R2
8 T'STA T U1
1
C1
5 R2
0 C1
1 R 24
8
16 2
4
ADD RE SS ADD 1 U6 93C 4 6
U5
R1
9 PH IL IP S
U9 CX9
R32 D5 C1
4
P.U . R 22
C1
3 LM
C 6 62
R2
7 D 5
RAM C9 C8 80C 55 2
CX
5
PJ
1
C3 R8 R7 R5
R6 R4
C2 C1 X1 74
H C 25
9 B 31 920P S U2
R1
R2
R3
CX2 Q1
1 6L8
32 K R3
4 FLOW U8 1 RN1 CX8 U4 R1
8 CX4 8K R AM
U3 CX3 U1 CX1
24VAC
24VAC
24VAC
24VAC
24VAC
24VAC
24VAC
24VAC
To Other CV,
CV-C or Add-On
Controllers
USB Cable
To Computer
Figure 4-2:
Communications Loop Routing
1.2.1 Communications Checklist
• All Zone Managers are set to address 17
• Each Local loop has a unique cluster address
• Zone Controllers are addressed from 1 to 16
• CV Units are addressed from 18 to 30
• Power has been cycled after changing addresses
• A CommLink IV is powered and connected to the Network loop
• Be sure Local loops are not connected to each other
• System Manager is connected to a Local loop, not the network loop