www.wattmaster.com

VAV SystemsTechnical Guide

Table Of Contents

WattMaster Controls Inc.8500 NW River Park Drive · Parkville , MO 64152Toll Free Phone: 866-918-1100PH: (816) 505-1100 · FAX: (816) 505-1101 · E-mail: mail@wattmaster.comVisit our web site at www.wattmaster.comForm: WM-VAV-SYS-TGD-01A Copyright 2004 WattMaster Controls, Inc.WattMaster Controls, Inc. assumes no responsibility for errors, or omissions.

Selecting The Right WattMaster VAV System ................................................................................................ 3Using the Selection Chart ........................................................................................................................................................... 3

Networked Single Loop System ...................................................................................................................... 4Operators Interface Options ....................................................................................................................................................... 4Communication Device Options ................................................................................................................................................. 4Add-on Device Requirements ..................................................................................................................................................... 5

Networked Multiple Loop System ................................................................................................................... 6Operators Interface Options ....................................................................................................................................................... 6Communication Device Options ................................................................................................................................................. 6Add-on Device Requirements ..................................................................................................................................................... 7

Figure 1: Typical Networked Single Loop System - Connections & Wiring ............................................................................... 8Figure 2: Typical Networked Single Loop System - Connections & Wiring Using Computer & Remote Link ........................ 9Figure 3: Typical Networked Single Loop System - Connections & Wiring Using Computer & IP-Link ................................ 10Figure 4: Typical Networked Multiple Loop System - Connections & Wiring ........................................................................... 11Figure 5: Typical Networked Multiple Loop System - Connections & Wiring Using Computer & Remote Link ................... 12Figure 6: Typical Networked Multiple Loop System - Connections & Wiring Using Computer & IP-Link ............................. 13Notes:............................................................................................................................................................. 14

Systems

Technical Guide

3

Selecting The Right WattMaster VAV SystemThe WattMaster VAV series of controllers and components are con-nected together with communication wiring to form complete systemssolutions. WattMaster VAV controllers can be configured into two mainsystem types, which are the Networked Single Loop or the NetworkedMultiple Loop system. The right system for you depends on the numberand types of controllers being used. Each of these main system typeshave a series of options available that relate to what kind of operatorsinterface(s) you wish to use to program and monitor your WattMasterVAV system. Several other options are available depending on the sys-tem type and operators interface you have selected. By selecting theright system and options you can build a complete HVAC controls sys-tem that will meet your job requirements.

Using the Selection ChartWattMaster has designed this publication in order to make it easy toselect the right WattMaster VAV system type for your specific applica-tion. Start by selecting a main system type from the selection chart be-low. Proceed to the pages listed on the selection chart for informationand available options for that system type. After deciding what opera-tors interface and other options you want, proceed to the connections &wiring section pages listed for that system type for detailed installationinformation.

Do You Have A SingleHVAC Unit With

VAVBOX ControllersTotal Number of All

Controllers CombinedCannot Exceed 59

Which WattMaster VAV SystemShould I Select?

YES

NO

Do You Have Between 1 to 59 HVAC Unit or Add-On Controllers

With One Unit That hasVAVBOX Controllers.Total Number of All

Controllers CombinedCannot Exceed 59

YES

Do You Have More Than59 HVAC Unit Or Add-On

Controllers And/OrMultiple HVAC Units

Using VAVBOXControllers

YES

NO

Use The NetworkedSingle Loop SystemSee Pages 4, 5 & 6

Use The NetworkedSingle Loop SystemSee Pages 4, 5 & 6

Use The NetworkedMultiple Loop System

See Pages 7, 8 & 9

Technical Guide

Systems4

The Networked Single Loop system is used when you have between 1to 59 WMVAV controllers, VAVBOX controllers and Add-on Devicecontrollers total. Only one of the WMVAV controllers on the loop mayalso have VAVBOX controllers attached. If your system exceeds any ofthese limitations you will need a Networked Multiple Loop System.

When your proposed system has WMVAV and/ or Add-on Device con-trollers with only 1 WMVAVcontroller that has VAVBOX controllersand the total number of these controllers and Add-on Devices is 59 orless, you should use the Networked Single Loop System. If you havemore than 1 WMVAV with VAVBOX controllers or more than 59 totalcontrollers and Add-on Devices, please see the Networked Multiple Loopsection that follows. To create this system simply connect the control-lers together in a daisy chain fashion using WattMaster communica-tions wire or 18 gauge 2 conductor twisted pair with shield wire (Belden#82760 or equivalent). These are then connected to the system com-munication devices. All WattMaster VAV systems require that aCommLink II and a MiniLink Polling Device system communicationdevice are purchased and wired into the communications loop. Therequired CommLink and MiniLink Polling Device are available as akit by ordering the OE715-VAV WMVAV System Package. Program-ming and status monitoring are accomplished by selecting and install-ing an operators interface. For most controllers, any one of the opera-tors interfaces can be used for system programming and monitoring ortwo or all three can be used together if desired. The exception to this iswhen any Add-on Devices are used. The Add-on Devices must be pro-grammed with a PC using the WattMaster VAV Prism software, theycannot be programmed with the System Manager or the Modular Ser-vice Tool. See the section titled “Operators Interface Options” that fol-lows for a list and block connection diagrams of the operators interfaceoptions available along with their capabilities and limitations. For de-tailed wiring and connection diagrams of the Networked Single Loopsystems see pages 10, 11 and 12.

Operators Interface OptionsModular Service ToolThe Modular Service Tool provides complete programming and moni-toring capabilities for WMVAV and VAVBOX controllers. Add-on De-vice controllers cannot be programmed with the Modular Service Tool.The Modular Service Tool connects to the controller by means of amodular cable with DIN connectors. It is normally used to program andservice the unit and then is removed by the service person upon comple-tion of these tasks. The Service Tool is not designed for permanent in-stallation. Generally the service person would only connect it when ser-vicing or reprogramming the controller. For this reason if continuousmonitoring of the controllers is required, it is better to select a SystemManager or an on site PC for programming and monitoring. The Ser-vice Tool can be used in conjunction with the other operators interfacesif desired.

System ManagerThe System Manager provides programming and monitoring of con-trollers in a package that is designed for permanent wall mounting inthe space or an equipment room. It is housed in an off white plastichousing that is suitable for most decors. The System Manager is alsoprovided with alarm and override LED indicators on its faceplate. Add-on Device controllers cannot be programmed with a System Manager.

.

Personal Computer With Prism SoftwareA computer interface can also be used in conjunction with the otheroperators interfaces listed above, or by itself. The PC used can be alaptop or desktop computer. WattMaster VAV Prism software must beinstalled on the PC. WattMaster VAV Prism Software is available freeof charge at our website, www.wattmaster.com. If remote connectionvia a phone line is required you must also purchase and install a RemoteLink. For remote computer connection via an intranet or Internet youwould purchase and install the IP-Link instead of the Remote Link.Both an on-site and remote PC can be used together if desired.

The personal computer to be used with the Orion Prism software mustmeet or exceed the following specifications:

• IBM™ Compatible Computer

• Pentium 200 MHz or Faster Microprocessor

• 64 Meg RAM

• Windows 95 / 98 / ME / XP / 2000/ NT

• Super VGA Monitor w/ 1024 x 768 Resolution Minimum

• Available Serial Port for On Site Installations

• Internal or External Modem for Remote Installations

• Network Card for TCP/IP Communications

A PC with Prism installed provides features not available with the otheroperators interfaces:

• Trend logs can be exported for easy use into any standardspreadsheet/database program

• Automatic installation

• Alarm logs are maintained on disk

• E-mailing of alarms

• History logs of user interactions with the system

• On site or remote modem or TCP/IP communications

• User programmable descriptions for every piece ofequipment

• User definable passcode levels for setpoints

• Current status printouts

• User defined custom screens for floor plans, etc.

• Tenant log creation for tenant override Billing

• Automatic retrieval of trend logs

Communication Device OptionsAll Networked Single Loop system require that you have both aCommLink and MiniLink PD installed on the system for correct opera-tion. Other optional communication devices are listed in the followingparagraphs along with a description of how they function with the Net-worked Single Loop control system.

Networked Single Loop System

Systems

Technical Guide

5

Remote LinkThe Remote Link is used with the CommLink to provide for a remotePC to interface to the system via a phone line. It can also be used withthe CommLink to provide alarm callouts to a pager without requiringan on site or remote PC.

IP-LinkThe IP-Link is used with the CommLink to provide for a remote PC tointerface to the system via a local intranet or the Internet. The IP-Linkwill allow up to 5 computer TCP/IP connections to be operating at thesame time.

Add-on Device RequirementsIf you wish to use any of the Add-on Device controllers on your systemyou must use a PC with the Prism software installed for programmingand monitoring of the controllers. These devices cannot be programmedor 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)

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9

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STATUS

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SCHEDULES

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WMVAV CONTROLLER(Constant Volume)

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WMVAV CONTROLLER(Constant Volume)

ADD-ON DEVICE ADD-ON DEVICE

WMVAV CONTROLLER(Constant Volume)

VAVBOXCONTROLLER - TYP

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INK

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ENTER

CLEARESC

PREV NEXT

DOWN

UP

654

DEC

7

0

8

1 32

9

MINUS-

STATUS

SETPOINTS

SCHEDULES

ALARMS

OVERRIDES

SYSTEM MANAGER

PERSONAL COMPUTER

Typical Networked Single Loop System With All Operators Interface Options

Technical Guide

Systems6

Networked Multiple Loop SystemThe Networked Multiple Loop system is used when you have morethan 59 WMVAV controllers and/or Add-on Device controllers or areusing multiple WMVAV controllers that are connected to VAVBOXcontrollers. These groups of controllers are broken up into multiple“Local Loops” which connect to each other via the “Network Loop”.Each individual MiniLink PD handles its specific local loop’s commu-nications requirements. The CommLink communications interfacehandles all the communications between the individual MiniLink PDsto form the network loop. Up to 60 local loops can connected togetherwith this configuration. This provides the capability for over 3500 con-trollers to be networked together.

If you have more than 59 WMVAV and or Add-on Device controllers ormultiple WMVAV controllers that have VAVBOX controllers you mustsplit them into separate local loops with no more than 59 controllerstotal on each local loop and only 1 WMVAV with VAVBOX controllerson each loop. Each loop must have its own MiniLink PD. To create thissystem simply connect the controllers together on each local loop in adaisy chain fashion using WattMaster communications wire or 18 gauge2 conductor twisted pair with shield wire (Belden #82760 or equiva-lent). These loops are then connected to the system communicationdevices. The Networked Multiple Loop systems require that 1CommLink and 1 MiniLink Polling Device per local loop are pur-chased and wired into the communications loop. The requiredCommLink and 1 MiniLink Polling Device are available as a kit byordering the OE715-VAV WMVAV System Package. The otherMiniLink PDs for each local loop are ordered individually. TheMiniLink PDs on the system are connected together in daisy chain fash-ion between their network loop terminals by using WattMaster commu-nications wire or 18 gauge 2 conductor twisted pair with shield wire(Belden #82760 or equivalent). The first MiniLink PD on the networkloop also connects to the CommLink using 18 gauge 2 conductor twistedpair with shield wire. Programming and status monitoring are accom-plished by selecting and installing an operators interface. For mostcontrollers, any one of the operators interfaces can be used for systemprogramming and monitoring or two or all three can be used together ifdesired. The exception to this is when any Add-on Devices are used.The Add-on Devices must be programmed with a PC using the Watt-Master VAV Prism software, they cannot be programmed with the Sys-tem Manager or the Modular Service Tool. See the section titled “Op-erators Interface Options” below for a list and block connection dia-grams of the operators interface options available along with their capa-bilities and limitations. For actual detailed wiring and connection dia-grams of the Networked Multiple Loop systems see pages 13, 14 and15.

Operators Interface OptionsService ToolThe Service Tool provides complete programming and monitoring ca-pabilities for the controllers. It can be connected to any controller onthe loop. The Service Tool connects to the controller by means of amodular cable with DIN connectors. It is normally used to program andservice the unit and then is removed by the service person upon comple-tion of these tasks. The Service Tool is not designed for permanent in-stallation. Generally the service person would only connect it when ser-vicing or reprogramming the controller. For this reason if continuousmonitoring of the controllers is required, it is better to select a SystemManager or an on site PC for programming and monitoring. The Ser-vice Tool can be used in conjunction with the other operators interfacesif desired.

System ManagerThe System Manager provides programming and monitoring of the con-trollers in a package that is designed for permanent wall mounting inthe space or an equipment room. It is housed in an off white plastichousing that is suitable for most decors. The System Manager is alsoprovided with alarm and override LED indicators on its faceplate.

.Personal Computer With Prism SoftwareA computer interface can also be used in conjunction with the otheroperators interfaces listed above, or by itself. The PC used can be alaptop or desktop computer. WattMaster VAV Prism software must beinstalled on the PC. WattMaster VAV Prism Software is available freeof charge at our website, www.wattmaster.com. If remote connectionvia a phone line is required you must also purchase and install a RemoteLink. For remote computer connection via an intranet or Internet youwould purchase and install the IP-Link instead of the Remote Link.Both an on-site and remote PC can be used together if desired.

The personal computer to be used with the Orion Prism software mustmeet or exceed the following specifications:

• IBM™ Compatible Computer

• Pentium 200 MHz or Faster Microprocessor

• 64 Meg RAM

• Windows 95 / 98 / ME / XP / 2000/ NT

• Super VGA Monitor w/ 1024 x 768 Resolution Minimum

• Available Serial Port for On Site Installations

• Internal or External Modem for Remote Installations

• Network Card for TCP/IP Communications

A PC with Prism installed provides features not available with the otheroperators interfaces:

• Trend logs can be exported for easy use into any standardspreadsheet/database program

• Automatic installation

• Alarm logs are maintained on disk

• E-mailing of alarms

• History logs of user interactions with the system

• On site or remote modem or TCP/IP communications

• User programmable descriptions for every piece ofequipment

• User definable passcode levels for setpoints

• Current status printouts

• User defined custom screens for floor plans, etc.

• Tenant log creation for tenant override Billing

• Automatic retrieval of trend logs

Communication Device OptionsAll Networked Multiple Loop systems require that you have1CommLink per system and 1MiniLink PD for each local loop installedon the system for correct operation. Other optional communication de-

Systems

Technical Guide

7

vices are listed in the following paragraphs along with a description ofhow they function with the Networked Multiple Loop control system.

Remote LinkThe Remote Link is used with the CommLink to provide for a remotePC to interface to the system via a phone line. It can also be used withthe CommLink to provide alarm callouts to a pager without requiringan on site or remote PC.

IP-LinkThe IP-Link is used with the CommLink to provide for a remote PC tointerface to the system via a local intranet or the Internet. The IP-Linkwill allow up to 5 computer TCP/IP connections to be operating at thesame time.

Add-on Device RequirementsIf you wish to use any of the Add-on Device controllers on your systemyou must use a PC with the Prism software installed for programmingand monitoring of the controllers. These devices cannot be programmedor 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 MEG)

(1 MEG)

(1 MEG)

1

1

1

1

1 1

1

1

1 1

1

0

0

0

0

0 0

0

0

0 0

0

EPROM

U3

U5

RAM

CX

2

1

U2

R1

C3

U4

CX3

CX4

YS101818P552

PROCESSORPBOARD

CX5 C1

U1

R2

CX1

CX6

WDOG

U6

PHILIPS

D1

P1

X1

C2

C4

0-10V

4-20mA

THERM

R2

7

R3

1

D4

GN

D

24V

AC

TB

1

D5

C11

U12

LED 2

POWER

V1

R2

5

R2

6

C7

CX

15

CX

13

PROC.DRIVER

LOOPDRIVER

LOCAL LOOP

GN

D

AIN

2

AIN

1

+5

V

TB

2

P4

OFF=0-5V

AIN2AIN1

0-10V

4-20mA

THERM

TB

3

U1

5

LD5LD6

U1

3

C8

LED 1

RV1

R4

VR

EF

CX

2

U11

YS101900PMINILINKPOLLINGDEVICEREV. 1

OFF

1 2 4 8 16

32

CX

14

NETWORKDRIVER

RN3

SH

LD

SH

LD

TT

TB

4

RR

U14

NETWORKLOOP

P5

AD

D

P3

R2

4

LD4

C9

U10

RN2

SW1

R30

X2

R29

R28

C10

U6

CX

6C

X1

U7

U1

X1

C3

C1

R3

CX7

EPROM

U3

U5

RAM

CX

2

1

U2

R1

C3

U4

CX3

CX4

YS101818P552

PROCESSORPBOARD

CX5 C1

U1

R2

CX1

CX6

WDOG

U6

PHILIPS

D1

P1

X1

C2

C4

0-10V

4-20mA

THERM

R2

7

R3

1

D4

GN

D

24V

AC

TB

1

D5

C11

U12

LED 2

POWER

V1

R2

5

R2

6

C7

CX

15

CX

13

PROC.DRIVER

LOOPDRIVER

LOCAL LOOP

GN

D

AIN

2

AIN

1

+5

V

TB

2

P4

OFF=0-5V

AIN2AIN1

0-10V

4-20mA

THERM

TB

3

U1

5

LD5LD6

U1

3

C8

LED 1

RV1

R4

VR

EF

CX

2

U11

YS101900PMINILINKPOLLINGDEVICEREV. 1

OFF

1 2 4 8 16

32

CX

14

NETWORKDRIVER

RN3

SH

LD

SH

LD

TT

TB

4

RR

U14

NETWORKLOOP

P5

AD

D

P3

R2

4

LD4

C9

U10

RN2

SW1

R30

X2

R29

R28

C10

U6

CX

6C

X1

U7

U1

X1

C3

C1

R3

CX7

ModeSelection

ENTER

CLEARESC

PREV NEXT

DOWN

UP

654

DEC

7

0

8

1 32

9

MINUS-

STATUS

SETPOINTS

SCHEDULES

CONFIGURATION

ALARMS

ON

OVERRIDES

BALANCE - TEST

MODULARSERVICE

TOOL

MINILINK PD

MINILINK PD

COMMLINK

NETWORK LOOP

NETWORK LOOP

LOCAL LOOP

LOCAL LOOP

WMVAV CONTROLLER(Variable Volume)

WMVAV CONTROLLER(Variable Volume)

WMVAV CONTROLLER(Constant Volume)

WMVAV CONTROLLER(Constant Volume)

WMVAV CONTROLLER(Constant Volume)

WMVAV CONTROLLER(Constant Volume)

ADD-ON DEVICE ADD-ON DEVICE

WMVAV CONTROLLER(Constant Volume)

WMVAV CONTROLLER(Constant Volume)

VAVBOXCONTROLLER - TYP

VAVBOXCONTROLLER - TYP

CX4

R2

8 R247

82

4

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23C

10

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

CX4

R2

8 R24

78

24

GND

R1

7

R1

6

U7

PO

WE

R

R26

YS

10

15

62

RE

V.

3

24VAC

D4

VR

1

L1

C7

D3

SC

ANR

21

RE

C

C6

R1

4

CX10

U11

COMM

C1

5

R25

SW

1

U1

0 1632

TOKEN

NET

4

8

2

1 U6

ADDRESS

EW

DO

G

C11

R2

0

R1

9

ADD

VR

EF

AD

J

T'STAT

R32

D6

C1

4C

13

R2

7

C8

R23

C1

0

P.U.

R22

CX9

C9

U9

U8

D5

RN

1

AIRFLOW

R3

4

R1

8

CX8U4

R1

5

Q3

D2

K2

V2

PJ2

R1

00

R1

2

R11

Q2

D1

K1

R9

R1

3 V1

AC

TU

AT

OR

C4

R8

CX

6

C5

C3

PJ1

CX

5

R6R7

R5

R4

C2

EX

PA

NS

ION

CX2

PA

L

X1

C1

EPROM

R1

R2

R3

U2

Q1

CX1U3

CX3

U1

P.U.

O I

D7

R33

U5

P.U.

48

5D

R V

C16

V3

R3

5

PJ3

OF

F

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C O N T R O L S

ENTER

CLEARESC

PREV NEXT

DOWN

UP

654

DEC

7

0

8

1 32

9

MINUS-

STATUS

SETPOINTS

SCHEDULES

ALARMS

OVERRIDES

SYSTEM MANAGERPERSONAL COMPUTER

LocalLoop

#1

LocalLoop

#2

Typical Multiple Loop System With All Operators Interface Options

Technical Guide

Systems8

Figure 1: Typical Networked Single Loop System - Connections & Wiring

EP

RO

M

U3

U5

RA

M

CX2

1

U2

R1

C3

U4

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3

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4

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ER

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R27

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R25

R26

C7

CX15

CX13

PR

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ER

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DR

IVE

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TW

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4

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2

SW

1R30

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R29

R28

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CX6CX1

U7

U1

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C3

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7

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olt

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e

Lin

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e

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om

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ink

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nt

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mL

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CL

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min

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TG

R

GND

RE

MO

TE

LIN

K(D

TE

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OM

PU

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CE

)

485LOOP

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NT

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CP

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er

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mm

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k

Min

iLin

kP

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oo

p1

VA

VB

OX

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ntr

oller

VA

VB

OX

Co

ntr

oller

VA

VB

OX

Co

ntr

oller

WM

VA

VC

on

tro

ller

(1M

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)

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ConnectTo

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ack

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he

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anager

ENTE

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65

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2

9

MIN

US -

STAT

US

SETP

OINT

S

SCHE

DULE

S

ALAR

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du

lar

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mM

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er

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te:

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anager,

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odula

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erv

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ToolO

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With

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are

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lled

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Be

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To

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gra

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nd

Configure

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attM

aste

rV

AV

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m.

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te:

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Page

2O

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pute

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onnection

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To

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lect

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ENTE

R

CLEA

RES

C

PREV

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DOW

N

UP

65

4 DEC7

08

13

2

9

MIN

US -

STAT

US

SETP

OINT

S

SCHE

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CONF

IGUR

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ON

OVER

RIDE

S

BALA

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TEST

ConnectTo

Next

VA

VB

OX

Contr

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rLocalLoop

SH

LD

T R

Typ

icalTerm

inalB

locks.A

llW

irin

gTo

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TTo

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D(G

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SH

LD

(G)

&R

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Typic

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ing

leLoop

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orked

Syste

m

05

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Netw

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Syste

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FIL

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AM

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rew

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DE

SC

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PA

GE

DR

AW

NB

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gra

m

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ITE

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VA

Min

.)

BR

OW

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ND

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GR

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CX

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75176

EX

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Q3

Q2

D3

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17824

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SHLD

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AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROM

VR

EF

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22

C13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

U8

1

RN1

CX8U4

R18CX4

U3

CX3

U1

PA

L

CX1

CX

6

SW

1

U10

75176

EX

PA

NS

ION

Q3

Q2

D3

VR

17824

GND

R

SHLD

GND

GND

AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROM

VR

EF

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22

C13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

U8

1

RN1

CX8U4

R18CX4

U3

CX3

U1

PA

L

CX1

CX

6

SW

1

U10

75176

EX

PA

NS

ION

Q3

Q2

D3

VR

17824

GND

R

SHLD

GND

GND

AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROMV

RE

F

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22C

13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

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1

RN1

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R18CX4

U3

CX3

U1

PA

L

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Lin

eV

olt

ag

eL

ine

Vo

ltag

e

24

VA

C(6

VA

Min

.)24

VA

C(6

VA

Min

.)

Systems

Technical Guide

9

Figure 2: Typical Networked Single Loop System - Connections & Wiring Using Computer & Remote Link

VA

V-N

etw

ork

-Sin

gle

Lo

op

1B

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9P

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ale

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nn

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mp

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ort

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on

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ter

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om

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ote

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ote

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pute

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equired.

Fro

nt

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wo

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em

ote

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k

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min

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24V

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OM

PU

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CE

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485LOOP

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ote

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SIG

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LC

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du

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his

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Typ

icalTerm

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locks.A

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gra

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Technical Guide

Systems10

Figure 3: Typical Networked Single Loop System - Connections & Wiring Using Computer & IP-Link

9P

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ale

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d

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nn

ect

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ern

et

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-mail

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otification

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onnection

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equired.

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locks.A

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ith

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GE

DR

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m

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gle

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iLin

kP

DN

etw

ork

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inals

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Page

1O

fT

his

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win

g

Systems

Technical Guide

11

Figure 4: Typical Networked Multiple Loop System - Connections & Wiring

EP

RO

M

U3

U5

RA

M

CX2

1

U2

R1

C3

U4

CX

3

CX

4

YS

101818P

552

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OC

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RP

BO

AR

D

CX

5C

1

U1

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CX

1

CX

6

WD

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PH

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S

D1

P1

X1

C2

C4

0-1

0V

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A

TH

ER

M

R27

R31

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GND

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C11

U12

LE

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R

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R25

R26

C7

CX15

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CA

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KP

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GD

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F

12481632

CX14

NE

TW

OR

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R

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TW

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4

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7

EP

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4

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V.1

OF

F

12481632

CX14

NE

TW

OR

KD

RIV

ER

RN

3

SHLD

SHLD

T

T

TB4

R

R

U14

NE

TW

OR

KLO

OP

P5

ADD

P3

R24

LD

4

C9

U10

RN

2

SW

1R30

X2

R29

R28

C10

U6

CX6CX1

U7

U1

X1

C3

C1

R3

CX

7

Lin

eV

olt

ag

e

Lin

eV

olt

ag

e

Netw

ork

Netw

ork

Network

Lo

cal

Lo

cal

Lo

cal

24

VA

C(8

VA

)

24

VA

C(6

VA

)

24

VA

C(6

VA

)

24

VA

C(6

VA

)

Back

Vie

wo

fC

om

mL

ink

Fro

nt

Vie

wo

fC

om

mL

ink

CL

IIom

min

k

LOOP

24V

TG

R

GND

RE

MO

TE

LIN

K(D

TE

)C

OM

PU

TE

R(D

CE

)

485LOOP

STA

TU

S

POWER

COMP

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SE

RIA

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NT

RO

LS

110

VA

CTo

24

VA

CP

ow

er

Pack

Co

mm

Lin

k

Min

iLin

kP

DL

oo

p1

Min

iLin

kP

DL

oo

p2

VA

VB

OX

Co

ntr

oller

VA

VB

OX

Co

ntr

oller

VA

VB

OX

Co

ntr

oller

WM

VA

VC

on

tro

ller

(1M

EG

)

TB

1

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Modula

rI/O

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rsLocate

dO

nB

ack

OfT

he

Syste

mM

anager

ENTE

R

CLEA

RES

C

PREV

NEXT

DOW

N

UP

65

4 DEC7

08

13

2

9

MIN

US -

STAT

US

SETP

OINT

S

SCHE

DULE

S

ALAR

MS

OVER

RIDE

S

Mo

du

lar

Sy

ste

mM

an

ag

er

No

te:

AM

odula

rS

yste

mM

anager,

AM

odula

rS

erv

ice

ToolO

rA

PC

With

Prism

Softw

are

Insta

lled

Can

Be

Used

To

Pro

gra

mA

nd

Configure

The

WattM

aste

rV

AV

Syste

m.

No

te:

See

Page

2and

3O

fT

his

Dra

win

gF

or

OptionalC

om

pute

rTo

Rem

ote

Lin

kor

IP-L

inkC

onnections

11

10

00

Mo

du

lar

Serv

ice

To

ol

Mod

eSe

lect

ion

ENTE

R

CLEA

RES

C

PREV

NEXT

DOW

N

UP

65

4 DEC7

08

13

2

9

MIN

US -

STAT

US

SETP

OINT

S

SCHE

DULE

S

CONF

IGUR

ATIO

N

ALAR

MS

ON

OVER

RIDE

S

BALA

NCE-

TEST ConnectTo

NextV

AV

BO

XC

ontr

olle

rO

nLoop

1

ConnectTo

Min

iLin

kP

olli

ng

Devic

eLoop

3

ConnectTo

Loop

2V

AV

BO

XC

ontr

olle

rO

rW

MV

AV

Contr

olle

r

SH

LD

T R

Typ

icalTerm

inalB

locks.A

llW

irin

gTo

Be

TTo

T,S

HL

D(G

)To

SH

LD

(G)

&R

To

R

TG

R

485LOOP

Typic

alM

ult

iple

Loop

Netw

orked

Syste

m

05

/12

/04

VA

V-N

etw

ork

-Mu

ltL

oo

p1

B.C

DR

Netw

ork

Syste

m-

Multip

leLoop

FIL

EN

AM

E

DA

TE

:B

.C

rew

s

DE

SC

RIP

TIO

N:

PA

GE

DR

AW

NB

Y:

Wirin

g&

Connection

Dia

gra

m

JO

BN

AM

E

1o

f3

WH

ITE

(T)

DR

AIN

WIR

E(S

HL

D)

BL

AC

K(R

)

RE

D(2

4V

AC

)

Lin

eV

olt

ag

e

24

VA

C(6

VA

Min

.)

GR

EE

N(G

ND

)

CX

6

SW

1

U10

75176

EX

PA

NS

ION

Q3

Q2

D3

VR

17824

GND

R

SHLD

GND

GND

AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROM

VR

EF

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22

C13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

U8

1

RN1

CX8U4

R18CX4

U3

CX3

U1

PA

L

CX1

CX

6

SW

1

U10

75176

EX

PA

NS

ION

Q3

Q2

D3

VR

17824

GND

R

SHLD

GND

GND

AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROM

VR

EF

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22

C13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

U8

1

RN1

CX8U4

R18CX4

U3

CX3

U1

PA

L

CX1

CX

6

SW

1

U10

75176

EX

PA

NS

ION

Q3

Q2

D3

VR

17824

GND

R

SHLD

GND

GND

AUX2

AUX1

AUX+VS

TMP

T

24VAC

R17

R16

U7

C7

R15

PO

WE

RR

21

R35

YS

101

562

RE

V3

D4

R26

LD3

L1

SCANREC

R12

C6

R11

TOKEN

NET

LD

2

32

R14

R13

R100

LD

1

C5

D1

K1

V2

V3

K2

D2

AC

TU

AT

OR

R10

R9

PJ2

V1

C4

EPROM

VR

EF

AD

J

R23

C10

EW

DO

G

CO

MM

D7

CX10

R25

R28

T'STAT

U11

C15

R20

C11

R24

8

16

2

4

ADDRESS

ADD

1U6

U5

R19

U9CX9

R32

D5

C14

P.U.

R22

C13

R27

D5

RAM

C9

C8

80C55

2

CX

5P

J1

C3

R8

R7

R5

R6

R4

C2

C1

X1

U2

R1

R2

R3

CX2

Q1

16L8

R34 FLOW

U8

1

RN1

CX8U4

R18CX4

U3

CX3

U1

PA

L

CX1

Lin

eV

olt

ag

eL

ine

Vo

ltag

e

24

VA

C(6

VA

Min

.)24

VA

C(6

VA

Min

.)

BR

OW

N(G

ND

)

Technical Guide

Systems12

Figure 5: Typical Networked Multiple Loop System - Connections & Wiring Using Computer & Remote Link

03

/24

/04

VA

V-N

etw

ork

-MultLoop1B

.CD

R

FIL

EN

AM

E

DA

TE

:B

.C

rew

s

DE

SC

RIP

TIO

N:

PA

GE

DR

AW

NB

Y:

Wirin

g&

Connection

Dia

gra

m

JO

BN

AM

E

2o

f3

Netw

ork

Syste

m-

Multip

leLoop

9P

inF

em

ale

En

d

Tele

ph

on

eC

ab

leA

ssem

bly

9P

inF

em

ale

Co

nn

ecto

r9

Pin

Fem

ale

Co

nn

ecto

r

Mo

lded

Cab

leA

ssem

bly

25

Pin

Male

En

d

25

Pin

Fem

ale

Co

nn

ecto

r(I

fR

eq

d)

Co

nn

ect

To

Co

mp

ute

rS

eri

alP

ort

Pers

on

alC

om

pu

ter

(By

Oth

ers

)

Ded

icate

dTele

ph

on

eO

utl

et

(By

Oth

ers

)

Back

Vie

wo

fC

om

mL

ink

Back

Vie

wo

fR

em

ote

Lin

k

Fro

nt

Vie

wo

fC

om

mL

ink

No

te:

IfD

irectC

om

pute

rC

onnection

IsR

equired,C

onnectTo

PC

As

Show

n.

Rem

ote

Lin

kIs

Only

Required

IfA

larm

Callo

utO

rR

em

ote

Com

pute

rC

onnection

IsR

equired.

Fro

nt

Vie

wo

fR

em

ote

Lin

k

CL

IIom

min

k

LOOP

24V

TG

R

GND

RE

MO

TE

LIN

K(D

TE

)C

OM

PU

TE

R(D

CE

)

485LOOP

STA

TU

S

POWER

COMP

RLINK

SE

RIA

L#

CO

NT

RO

LS

RL

em

ote

ink

SIG

TE

LC

OL

INE

TE

LC

OL

INE

SE

RIA

LD

ATA

DET

RDY

SND

REC

PWR

SE

RIA

L#

CO

NT

RO

LS

8C

on

du

cto

rM

od

ula

rC

ab

leA

ssem

bly

110

VA

CTo

9V

DC

Po

wer

Pack

110

VA

CTo

24

VA

CP

ow

er

Pack

Co

mm

Lin

k

Rem

ote

Lin

k(O

pti

on

al)

ConnectTo

Min

iLin

kP

DN

etw

ork

Term

inals

See

Page

1O

fT

his

Dra

win

g

PO

WE

R9

VD

C@

50

0m

A

SH

LD

T R

Typ

icalTerm

inalB

locks.A

llW

irin

gTo

Be

TTo

T,S

HL

D(G

)To

SH

LD

(G)

&R

To

R

TG

R

485LOOP

Opti

onalC

om

pute

rC

onnecti

on

Dia

gra

m

Usin

gR

em

ote

Lin

kFor

Rem

ote

Connecti

on

Systems

Technical Guide

13

Figure 6: Typical Networked Multiple Loop System - Connections & Wiring Using Computer & IP-Link

03

/24

/04

VA

V-N

etw

ork

-MultLoop1B

.CD

R

FIL

EN

AM

E

DA

TE

:B

.C

rew

s

DE

SC

RIP

TIO

N:

PA

GE

DR

AW

NB

Y:

Wirin

g&

Connection

Dia

gra

m

JO

BN

AM

E

3o

f3

Netw

ork

Syste

m-

Multip

leLoop

9P

inF

em

ale

En

d

Co

nn

ect

Eth

ern

et

RJ45

Cab

leA

ssem

bly

To

10B

aseT

Po

rtO

nIP

-Lin

k

9P

inF

em

ale

Co

nn

ecto

r9

Pin

Fem

ale

Co

nn

ecto

r

Mo

lded

Cab

leA

ssem

bly

Su

pp

lied

Wit

hIP

-Lin

kK

it

9P

inM

ale

En

dC

on

nect

To

Seri

al

Po

rtO

nIP

-Lin

k

25

Pin

Fem

ale

Co

nn

ecto

r(I

fR

eq

d)

Co

nn

ect

To

Co

mp

ute

rS

eri

alP

ort

Pers

on

alC

om

pu

ter

(By

Oth

ers

)

Co

nn

ect

Eth

ern

et

RJ45

Cab

leA

ssem

bly

(By

Oth

ers

)To

10

BaseT

Co

nn

ecti

on

On

Eth

ern

et

Ro

ute

rO

rM

od

em

(By

Oth

ers

)

Back

Vie

wo

fC

om

mL

ink

Back

Vie

wo

fIP

-Lin

k

No

te:

IfD

irectC

om

pute

rC

onnection

IsR

equired,C

onnectTo

PC

As

Show

n.

IP-L

ink

IsO

nly

Required

IfE

-mail

Ala

rmN

otification

Or

Rem

ote

Com

pute

rC

onnection

IsR

equired.

Fro

nt

Vie

wo

fIP

-L

ink

CL

IIom

min

k

LOOP

24V

TG

R

GND

RE

MO

TE

LIN

K(D

TE

)C

OM

PU

TE

R(D

CE

)

485LOOP

STA

TU

S

POWER

COMP

RLINK

SE

RIA

L#

CO

NT

RO

LS

8C

on

du

cto

rM

od

ula

rC

ab

leA

ssem

bly

110

VA

CTo

9V

DC

Po

wer

Pack

110

VA

CTo

24

VA

CP

ow

er

Pack

IP-L

ink

(Op

tio

nal)

SH

LD

T R

Typ

icalTerm

inalB

locks.A

llW

irin

gTo

Be

TTo

T,S

HL

D(G

)To

SH

LD

(G)

&R

To

R

TG

R

485LOOP

Opti

onalC

om

pute

rC

onnecti

on

Dia

gra

m

Usin

gIP

-Lin

kFor

Rem

ote

Connecti

on

Fro

nt

Vie

wo

fC

om

mL

ink

Co

mm

Lin

k

No

te:

1.S

etC

om

mLin

kIn

tern

alS

witch

To”M

ulti”

2.R

epla

ce

Com

mLin

kE

PR

OM

With

IP-L

ink

EP

RO

MS

upplie

dW

ith

IP-L

ink

Kit

9V

DC

10B

aseT

Seri

al

Mo

de

PW

R

SER

RCV

LNK

ACT

Connect

ne

ConnectTo

Min

iLin

kP

DN

etw

ork

Term

inals

See

Page

1O

fT

his

Dra

win

g

Technical Guide

Systems14

Notes:

Systems

Technical Guide

15

Notes:

Form: WM-VAV-SYS-TGD-01A Printed in the USA May 2004All rights reserved Copyright 2004

WattMaster Controls Inc. • 8500 NW River Park Drive • Parkville MO • 64152

Phone (816) 505-1100 E-mail: mail@wattmaster.com Fax (816) 505-1101