Systems technical guide 5, Add-on device requirements – WattMaster VAV Systems User Manual
Page 5
Systems
Technical Guide
5
Remote Link
The Remote Link is used with the CommLink to provide for a remote
PC to interface to the system via a phone line. It can also be used with
the CommLink to provide alarm callouts to a pager without requiring
an on site or remote PC.
IP-Link
The IP-Link is used with the CommLink to provide for a remote PC to
interface to the system via a local intranet or the Internet. The IP-Link
will allow up to 5 computer TCP/IP connections to be operating at the
same time.
Add-on Device Requirements
If you wish to use any of the Add-on Device controllers on your system
you must use a PC with the Prism software installed for programming
and monitoring of the controllers. These devices cannot be programmed
or monitored from the System Manager or Service Tool.
The Add-on Controllers that require a PC for programming and moni-
toring are:
•
GPC and GPC-17
•
Lighting Controller
•
Optimal Start Scheduler
(1 MEG)
(1 MEG)
(1 MEG)
(1 MEG)
(1 MEG)
(1 MEG)
(1 MEG)
1
1
1
1
1
1
0
0
0
0
0
0
EPROM
U3
U5
RAM
C
X
2
1
U2
R
1
C3
U4
CX3
CX4
YS101818P552
PROCESSORPBOARD
CX5
C1
U1
R2
CX1
CX6
WDOG
U6
PHILIPS
D
1
P1
X1
C2
C4
0-10V
4-20mA
THERM
R
27
R
31
D
4
G
N
D
24V
A
C
TB
1
D5
C11
U12
LED 2
POWER
V
1
R
25
R
26
C7
C
X
15
C
X
13
PROC.
DRIVER
LOOP
DRIVER
LOCAL LOOP
G
N
D
AIN
2
AIN
1
+5V
TB2
P4
OFF=0-5V
AIN2
AIN1
0-10V
4-20mA
THERM
TB
3
U
15
LD5
LD6
U
13
C8
LED 1
RV1
R
4
V
R
E
F
C
X
2
U11
YS101900PMINILINK
POLLING
DEVICE
REV. 1
OFF
1 2 4 8 16 32
C
X
14
NETWORK
DRIVER
RN3
SH
LD
SH
LD
T
T
TB
4
R
R
U
14
NETWORK
LOOP
P5
A
D
D
P
3
R
24
LD4
C9
U10
RN2
SW1
R30
X2
R29
R28
C10
U6
C
X6
CX
1
U7
U1
X1
C
3
C
1
R3
CX7
Mode
Selection
ENTER
CLEAR
ESC
PREV
NEXT
DOWN
UP
6
5
4
DEC
7
0
8
1
3
2
9
MINUS
-
STATUS
SETPOINTS
SCHEDULES
CONFIGURATION
ALARMS
ON
OVERRIDES
BALANCE - TEST
MODULAR
SERVICE
TOOL
MINILINK PD
COMMLINK
NETWORK LOOP
LOCAL LOOP
WMVAV CONTROLLER
(Variable Volume)
WMVAV CONTROLLER
(Constant Volume)
WMVAV CONTROLLER
(Constant Volume)
WMVAV CONTROLLER
(Constant Volume)
ADD-ON DEVICE
ADD-ON DEVICE
WMVAV CONTROLLER
(Constant Volume)
VAVBOX
CONTROLLER - TYP
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
R
EV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
OR
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
REV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
O
R
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
R
EV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
OR
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
REV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
O
R
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
R
EV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
OR
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
CX4
R28
R24
7824
GND
R17
R16
U7
POWER
R26
YS101562
REV
.
3
24VAC
D4
VR1
L1
C7
D3
SCAN
R21
REC
C6
R14
CX10
U1
1
COMM
C15
R25
SW1
U10
16
32
TOKEN
NET
4
8
2
1
U6
ADDRESS
EWDOG
C1
1
R20
R19
ADD
VREF
ADJ
T'STAT
R32
D6
C14
C13
R27
C8
R23
C10
P.U.
R22
CX9
C9
U9
U8
D5
RN1
AIRFLOW
R34
R18
CX8
U4
R15
Q3
D2
K2
V2
PJ2
R100
R12
R1
1
Q2
D1
K1
R9
R13
V1
ACTUA
T
O
R
C4
R8
CX6
C5
C3
PJ1
CX5
R6
R7
R5
R4
C2
EXP
A
NSION
CX2
PA
L
X1
C1
EPROM
R1
R2
R3
U2
Q1
CX1
U3
CX3
U1
P.U.
O
I
D7
R33
U5
P.U.
485
DR
V
C16
V3
R35
PJ3
OFF
C
L
II
omm ink
LOOP
STATUS
COMP
RLINK
C
O
N
T
R
O
L
S
ENTER
CLEAR
ESC
PREV
NEXT
DOWN
UP
6
5
4
DEC
7
0
8
1
3
2
9
MINUS
-
STATUS
SETPOINTS
SCHEDULES
ALARMS
OVERRIDES
SYSTEM MANAGER
PERSONAL COMPUTER
Typical Networked Single Loop System With All Operators Interface Options