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Kidde Fire Systems PEGAsys, Installation, Operation And Maintenance Manual

Introducing Kidde Fire Systems PEGAsys, a top-notch fire suppression system. Ensure a seamless installation and efficient operation with our comprehensive "Installation, Operation And Maintenance Manual". Easily accessible for free download on our website, manualshive.com, offering detailed guidance and support. Enhance safety with PEGAsys today.

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B-3

August 1999

76-100016-001

Intelligent Suppression Control/Fire Alarm System

PEGAsys

06-129562-001

06-129562-001

NO

NO

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48

5

RS485

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IN

2

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DC IN 1

DC IN 1

AC OUT

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ASHLAND,

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KIDDE-FENW

AL,

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06-129562-001

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ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

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MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

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24V

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24

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24V

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24

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24V

24

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A

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1

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1
A

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2

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2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

L

SHR

RET

S

H

R

SHR

TP4

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

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MOTHER BD

SYSTEM POWER

SYSTEM POWER

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RET

24V

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24

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24V

R

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24

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24V

24

V

24V

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IN

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OUT

N

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N

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D

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1

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3

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R

R

2

1

1

2

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ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24V

R

E

T

RET

R

E

T

RET

24

V

24V

R

E

T

RET

BAT

+

-

A

U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

L

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

PEGAsys

KIDDE

Figure B-5. Expanded Sys. with I/O Modules & P.S.

Figure B-6 shows a expanded 

PEGAsys

 system which could have

16 I/O modules and 56 amps of 24 VDC power. The figure also
displays the flexibility to bring all four power supply assemblies in
the second expansion enclosure to one set of batteries. In this
arrangement one of the four power supplies charges the batter-
ies, and all four receive standby power from the batteries. Each
power supply must have its own two conductors connected di-
rectly to the battery set to meet code requirements. The three
non-charging power supplies must have Jumper W1 cut to dis-
able their charging circuits. Refer to Chapter 7 and Appendix A
for more details on power expansion.

Figure B-7 shows an expanded 

PEGAsys

 ML system which could

have up to 8 RX/TX loop controllers and 9 I/O modules installed
in the two motherboards. The system also has a maximum 24
VDC power of 24 amps as shown in the diagram. Refer to Chap-
ter 7 and Appendix A for power supply expansion guidelines.

06-129562-001

NO

NC

R

S

48

5

RS485

A
B

C

C

M
CCM

M

O

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R

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SYSTEM

POWER

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V

24V

R

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RET

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24V

R

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T
RET

24V

RET

24V

24V

RET

RET

24V

RET

B

AT

BA

T

+

-

AUX 1

AUX 1 AUX 2

AUX 2

D

C

IN

2

DC

IN

2

C

DC IN 1

DC IN 1

AC OUT

AC OUT

N

1

L

2

N

G

L

N

AC IN

AC IN

24

V

24V

L

S

H

R
SHR

R

E

T
RET

SHR

TP

4

TP4

TP

3

TP3

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S3

TB

9

TB9

TB

8

TB8

R

R

2
1

1

2

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A

S

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72

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ASHLAND,

MA

01721

K

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IN

C

.

KIDDE-FENW

AL,

INC.

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Y

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Y

TB

L

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LA

Y

TBL

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Y

W

2

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W

3

W3

W4

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1

W1

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

24

V

24V

R

E

T

RET

24

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24V

24

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24V

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IN

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IN

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T

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OUT

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1

L

2

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L

N

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IN

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IN

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H

R

SHR

TP4

TP3

D

S

1

DS1

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3

S3

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TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24V

R

E

T

RET

R

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RET

24

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RET

BAT

+

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U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

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C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

L

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24

V

R

E

T

RE
T

R

E

T

RET

24

V

24V

R

E

T

RET

BAT

+

-

A

U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

24V

L

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24V

R

E

T

RET

R

E

T

RET

24

V

24V

R

E

T

RET

BAT

+

-

A

U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

L

SHR

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24V

R

E

T

RET

R

E

T

RET

24

V

24V

R

E

T

R

ET

BAT

+

-

A

U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

L

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

D

S1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

06

-1

29

56

2-0

01

06-129562-001

N

O

NO

N

C

NC

RS485

RS485

A

B

CCM

MOTHER BD

MOTHER BD

SYSTEM POWER

SYSTEM POWER

24V

RET

24V

24V

RET

24

V

24V

R

E

T

RET

24

V

24V

24

V

24V

R

E

T

RET

R

E

T

RET

24

V

24V

R

E

T

RET

BAT

+

-

A

U

X

1

AUX

1
A

U

X

2

AUX

2

DC IN 2

DC IN 2

C

D

C

IN

1

DC
IN

1

A

C

O

U

T

AC
OUT

N

1

L

2

N

G

L

N

A

C

IN

AC
IN

24V

24V

L

SHR

RET

S

H

R

SHR

TP4

TP3

D

S

1

DS1

S

3

S3

TB9

TB8

R

R

2

1

1

2

S

1

S1

ASHLAND, MA 01721

ASHLAND, MA 01721

KIDDE-FENWAL, INC.

KIDDE-FENWAL, INC.

R

E

T

RET

TBL RELAY

TBL RELAY

TBL RELAY

TBL RELAY

W2 W3

W

4

W4

F1

W1

S

2

S2

PEGAsys

KIDDE

Figure B-6.  Expanded Sys. with I/O Modules & P.S.

NOTE: 

One main power supply/charger assembly can be

used to charge a common set of batteries. All other power
supply/charger assemblies could be connected to the com-
mon set of batteries in parallel for backup DC power only.
You will also need to disable the charging circuit on the
additional power supply/charger assemblies by cutting
jumper W1. Be careful not to exceed the maximum charg-
ing capacity of the main power supply.

Summary of Contents for PEGAsys

Page 1: ...File No S2422 Factory Mutual Approval J I No OB2A6 AY R LISTED Fire Systems August 1999 P N 76 100016 001 PEGAsys Intelligent Suppression Control and Fire Alarm System Installation Operation and Maintenance Manual ...

Page 2: ......

Page 3: ...Document No PEGAsys August 1999 PEGAsys Intelligent Suppression Control and Fire Alarm System Installation Operation And Maintenance Manual ...

Page 4: ......

Page 5: ...erface I O Input Output ID Identification IRI Industrial Risk Insurers NC Normally Closed NO Normally Open NR Not Registered NYC New York City P N Part Number PAS Positive Alarm Sequence PC Personnel Computer PCS PEGAsys Configuration Software PC Line Power Communication Line RX TX Loop PS Power Supply RCU Remote Control Unit RTC Real Time Clock RX TX Receive Transmit UL Underwriter Laboratories V...

Page 6: ...ii THIS PAGE IS INTENTIONALLY LEFT BLANK ...

Page 7: ...5 1 2 9 3 SmartOne Heat Detectors 1 5 1 2 10 SmartOne Detector Bases 1 5 1 2 11 Addressable Contact Input Devices 1 5 1 2 12 Addressable Relay Output Devices 1 5 1 2 13 Model DH 2000 Air Duct Housing 1 5 1 2 14 Loop Isolator Devices 1 6 1 3 System Specification 1 6 2 OPERATION 2 1 2 1 Introduction 2 1 2 1 1 Mode of Operation 2 1 2 2 Control and Indicators 2 1 2 2 1 LCD Display 2 1 2 2 2 Audible De...

Page 8: ...on 2 14 2 8 7 3 Remote Relay Registration 2 15 2 8 7 4 Listing all Registered RCU s 2 15 2 8 7 5 Un registering RCU s 2 15 3 FUNCTIONALDESCRIPTION 3 1 3 1 Introduction 3 1 3 2 Overall Block Diagram Description 3 1 3 3 Functional Descriptions 3 2 3 3 1 Central Control Module 3 2 3 3 2 Receiver Transmitter RX TX Module 3 3 3 3 3 Power Supply Charger Assembly Revision A 3 4 3 3 4 Power Supply Charger...

Page 9: ...rd 7 2 7 6 Installation Procedure For Rx Tx Module Multi Loop Only 7 2 7 7 Installation of I O Modules 7 3 7 7 1 Signal Audible Output Module 7 3 7 7 2 Relay Output Module 7 4 7 7 3 Agent Release Module 7 4 7 7 4 City Tie Output Module 7 4 7 7 6 Power Supply Charger Assembly 7 4 7 7 7 Power Supply Charger Assembly Expansion Enclosure 7 4 7 7 8 Power Supply Communication Connections 7 6 7 8 Connect...

Page 10: ...GLOSSARY F 1 G DISPLAYABBREVIATIONS G 1 H INDEX H 1 I SYSTEM DRAWINGS I 1 J PEGAsys NETWORK INTERFACE CARD J 1 K ADDRESSABLE SIGNAL SOUNDER K 1 L REMOTE DISPLAY CONTROL MODULE AND REMOTE DISPLAY MODULE L 1 M ADDRESSABLE ALARMLINE MODULE M 1 N NETWORKABLE CENTRAL CONTROL MODULE NCCM N 1 O CENTRAL STATION OPERATION O 1 APPENDICES APPENDIX TITLE PAGE ...

Page 11: ...Module Details 3 3 3 5 Obsolete Power Supply Charger Assembly Revision A Details 3 4 3 6 Power Supply Charger Assembly Revision C Details 3 5 3 7 Multi Loop I O Motherboard Details 3 6 3 8 Signal Output Module Details 3 7 3 9 Relay Output Module Details 3 8 3 10 Agent Release Output Module Details 3 9 3 11 City Tie Module Details 3 10 3 12 Typical Detector 3 11 3 13 Addressable Contact Input Devic...

Page 12: ...F ILLUSTRATIONS CONT FIGURE TITLE PAGE 7 14 Style 6 RX TX PC Line Connections 7 8 7 15 Style 6 RX TX PC Line Connections with Loop Isolators 7 9 7 16 Style 7 RX TX PC Line Connection 7 9 7 17 CCM Printer Port 7 12 ...

Page 13: ...nction 2 9 2 5 Test Menu Function 2 10 3 1 Multi Loop I O Motherboard Connectors 3 6 3 2 Approved Release Output Devices 3 9 5 1 Troubleshooting Index 5 1 5 2 RX TX Configuration Selection 5 3 6 1 PEGAsys System Parts List 6 1 7 1 RX TX Configuration Selection 7 3 7 2 Aux Power Supply Module Connections to Rev A 7 5 7 3 Aux Power Supply Module Connections to Rev C 7 5 ...

Page 14: ...n possible make all cable entries from the sides Before making modifications verify that they will not interfere with battery and printed circuit board location Do not over tighten screw terminals over tightening may damage threads resulting in reduced terminal contact pressure and difficult with screw terminal removal This system contains static sensitive components Always ground yourself with a ...

Page 15: ... to be used by trained distributors technicians The entire manual should be read and fully understood prior to installation TEST EQUIPMENT Make certain test equipment is in good operating condition Do not touch live equipment or personnel working on live equipment while holding a test meter Some types of measuring devices should not be grounded these devices should not be held when taking measure ...

Page 16: ......

Page 17: ... information The single loop PEGAsys Central Control Panel P N 76 100000 501 consists of the Central Control Module CCM as sembly one receiver transmitter RX TX module and one power supply assembly Optionally the system can add a motherboard assembly which allow the installation of optional output mod ules An auxiliary power supply module can be added which increases the base system power supply c...

Page 18: ...anch circuitry 1 2 4 Power Supply Charger Assembly The power supply charger assembly P N 76 100009 010 is comprised of a printed circuit board PCB assembly and a AC DC switching power supply unit The switching power supply unit provides 4 amps of 24 VDC from the 120 240 VAC input power The PCB assembly is a microprocessor based unit which provides the system with Battery charging and supervision A...

Page 19: ...output modules plug into the motherboard as sembly located on the back plate of the system enclosure Each I O module occupies one slot in the motherboard assembly which has 8 slots available The I O modules and the CCM communi cate over the RS 485 based I O bus which uses a 6 conductor phone type cable to connect the CCM to the motherboard The PEGAsys single loop panel has the ability to support a...

Page 20: ...d batteries used for 24 60 or 90 hour standby operation If additional bat teries are required an optional battery enclosure is available The enclosure Figure 1 12 is a heavy duty steel cabinet which can house up to two 40AH batteries For installation informa tion see Paragraph 7 9 1 STANDBY BATTERIES FIRE ALARM SYSTEM KIDDE Figure 1 12 Battery Enclosure 1 2 9 Intelligent Loop Devices The SmartOneT...

Page 21: ...Detector Base The 6SB model shown above is a traditional style detector base with an integral trim ring which provides coverage for any inconsistencies between the electrical box and ceiling material The 6SB mounts to standard 3 3 5 and 4 inch electrical boxes with ease Figure 1 15 6 inch Detector Base 1 2 11 Addressable Contact Input Devices The SmartOne Contact Monitor P N 70 407008 00X allows a...

Page 22: ...C n o i s s e r p p u s s d i o n e l o s r e l k n i r p s d n a e l u d o M e l b i d u A l a n g i S s t u p t u O l a n g i S e l y t s 2 r o Y e l y t s 4 C D V 4 2 s p m A 2 Z h c a e e l u d o M y a l e R g n i t a R t c a t n o C s t c a t n o C C m r o F 4 r o C D V 0 3 s p m A 2 C A V 0 2 1 p m A 1 e l u d o M e i T y t i C t c a t n o C t n u h S C D V 4 2 s p m A 5 e v i t s i s e R t ...

Page 23: ...esigner to custom ize the system This allows the inter mixing of latching and non latching devices to protect critical areas where both type may be specified Figure 2 1 System Front Panel When an Alarm returns to a normal state Alarm Off the buzzer will sound in a pulsed fashion the alarm off condition must be acknowledged to silence the buzzer During the Trouble Off condition the audible device p...

Page 24: ...hese default passwords are Level One 987 Level Two 1865 These default passwords are valid until other passwords are programmed into the system 2 3 3 Entering Passwords The password entry procedure is listed below a Verify that the system status is displayed b Press 0 zero key Verify that the display reads PLEASE ENTER PASSWORD c Type in three or four digit password into keypad Ensure a pound sign ...

Page 25: ...z z u b e l b i d u a s l e n a p e h t s a h n o i t i d n o c e h t t a h t e t a c i d n i o t y d a e t s s w o l g r o t a c i d n i D E L M R A L A E R P e h t d n u o s e r o t l e n a p e h t e s u a c l l i w s n o i t i d n o c t n e u q e s b u S d e g d e l w o n k c a n e e b e c n e u q e s e v o b a E C N E L I S l a n g i s m e t s y s e h t s e c n e l i s t i m r a l A t n e r r ...

Page 26: ...3 3 2 5 3 Exiting the System Menus To exit the system s menus perform the following steps a Press the backspace key as many times necessary to reach the top level menu shown in the top of the next column 1 ISOLATE 2 LIST 3 SET 4 TEST b Press the backspace key Verify that the system returns to standby The display should read SYSTEM STATUS NORMAL HH MM MM DD YR 40 CHARACTER CUSTOM MESSAGE NOTE When ...

Page 27: ...ALARM MODE INDICATIONS The following indicates the system is in its alarm mode of op eration a The red ALARM LED will be illuminated and there will be a continuous audible signal by the system buzzer at the panel b The 80 character display will cycle between all currently active alarms Example NOTE If the alarm is a zone alarm the Device Address 1000 8000 will be displayed depending on which RX TX...

Page 28: ... Enter Password 1 ISOLATE 1 LoopDevices 2 SignalOutputs 3 RelayOutputs 4 Release Outputs 5 CityTieOutput 6 Digital I O 2 LIST 1 IsolatedDevices Outputs 2 EventBuffer 3 Detector Level 4 Active Events 5 Programming 6 Assignments 3 SET 1 Time Date 2 PrinterControl 4 TEST 1 Lamp Test 2 Loop Device Alarm Test 3 Battery Test 7 Voltages ...

Page 29: ...al Outputs 3 Relay Outputs 4 Release Outputs 5 CityTieOutput 6 GlobalI O 6 Digital I O 2 LIST 1 Isolated Devices Outputs 2 EventBuffer 3 DetectorLevel 4 Active Events 5 Programming 6 Assignments 3 SET 1 Time Date 2 Printer 3 Devices 4 Programming 4 TEST 1 Lamp Test 2 LoopDevice Alarm Test 3 BatteryTest 4 WalkTest 5 Alarm Simulation Test 6 GlobalI O 7 Global 7 Voltages 5 Unused ...

Page 30: ...Menu Function n o i t c n u F n o i t p i r c s e D a l u m r o F s s e c c A l e v e L s e c i v e D p o o L d e t a l o s I t s i L d e t a l o s i e r a h c i h w s e c i v e D p o o L l l a t s i L 1 1 1 2 M 2 1 s e l u d o M O I d e t a l o s I t s i L d e t a l o s i e r a h c i h w s e l u d o m O I l l a t s i L 1 2 1 2 M 2 1 s t u p t u o M C C d e t a l o s I t s i L d e t a l o s i e r ...

Page 31: ...e t s y s m o r f s e c i v e d p o o l r e t s i g e r e d o t r e s u s w o l l A s n o i t a r u g i f n o c 4 3 3 M 2 l o r t n o C k n i l B g n i k n i l b D E L r o t c e t e d e l b a s i d o t r e s u s w o l l A 5 3 3 M 2 e d o M t h g i N y a D t e S n o i t c n u f y a d r o f r o t c e t e d e l b a n e o t r e s u s w o l l A 1 1 4 3 M 2 s d o i r e P t h g i N y a D t e S s d o i r ...

Page 32: ...n if no active troubles or supervisories are present in which case the Active Troubles or Active Supervisories message will be dis played 2 6 3 Active Supervisory Trouble Mode The system enters supervisory trouble mode when it detects an abnormal condition on the system that has been defined to be a much higher priority than a common trouble This type of trouble is usually assigned by the installe...

Page 33: ...ill read one less active trouble until all troubles are cleared When all ac tive troubles have been cleared the TROUBLE LED will be extinguished and the 80 character display will show the standby message For example System Status Normal NOTE The system has the option to acknowledge both supervisory and common troubles on a global basis The panel by default will require that each trouble be acknowl...

Page 34: ...SABLE RTC PROGRAM LINE NUMBERS Each line number of the RTC Program is automatically enabled when entered into the system Once a line number in the RTC Program has been disabled using the procedure below the line will be ignored by the RTC Program until enabled To enable a line number which has been previously disabled follow the below procedure selecting ENABLE in step b a Access the PEGAsys syste...

Page 35: ...e for the remaining modules with the only exception being the City Tie mod ule there can only be one of these modules in a system at any time 2 8 5 Registering I O Module Assignments I O modules are registered into the system configuration through the use of the PCS program The installer would configure all modules in the PCS program file and then upload this file to the system which would then in...

Page 36: ...on is en abled the CCM will prompt the user to enter a range of loop device addresses to register as valid system devices At the conclusion of the register function the CCM will display the total amount of devices registered The AutoLearn function works much the same as the registration function where it will automatically enter the devices which it can identify on the PC line of the RX TX as not ...

Page 37: ...tion message can only be entered by use of the PCS program and uploaded into system memory 2 8 7 4 LISTING ALL REGISTERED RCUs All RCUs registered on the system can be listed using either the owners or installers menu function To list all registered RCUs a Access the PEGAsys system menus by 1 Press 0 zero key Verify that the display reads PLEASE ENTER PASSWORD 2 Type in the Level 1 or Level 2 pass...

Page 38: ...PEGAsys Intelligent Suppression Control Fire Alarm System August 1999 76 100016 001 2 16 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 39: ...figurations the single loop system and multi loop system The above devices modules for both configurations are shown in the Overall Functional Block Diagrams Figures 3 1 and 3 2 Each device module is described in detail in Paragraph 3 3 Figure 3 2 Overall Block Diagram Multi Loop System Display Module Power Supply Central Control Module Optional I O Motherboard Optional I O Module Receiver Transmi...

Page 40: ... through the EOC programming which allows system inputs to be re lated to system outputs Each of these relays have Form C style rated at 1A 30VDC One non programmable trouble relay is supplied which is nor mally powered 24 VDC and will transfer on any system trouble supervisory pre alarm and complete power off condition Form C contact rating 1A at 30VDC Refer to DWG No 06 235443 001 in Appendix I ...

Page 41: ...r Loop Isolator Note Refer to jumper table on Dwg 06 235371 002 in appendix I STYLE 6 Signal Line Circuit with Loop Isolator STYLE 7 Signal Line Circuit RX TX 76 100005 001 3 3 2 Receiver Transmitter Module RX TX The RX TX functions as the hardware software interface be tween the loop devices and the CCM Each installed RX TX module continually monitors all addressable devices for alarm and trouble...

Page 42: ...ich must be sized properly to stay within output current limits The power supply charger assembly is addressable and com municates with the CCM over the I O bus The power supply charger assembly provides terminal connec tions for an auxiliary power module This module comes with 2 different wiring harnesses as follows P N 76 100009 002 is supplied with a 36 harness that is meant to connect a main p...

Page 43: ...ed with a 36 harness that is meant to connect a main power supply charger assembly to the auxiliary power module in the main cabinet P N 76 100009 003 is supplied with an 8 harness to mount a main power supply charger assembly to an auxiliary power module in a expansion enclosure The addition of an auxiliary power module to the main power supply charger assembly will provide an additional 4 amps o...

Page 44: ...power supply via a 2 conductor wiring harness connected to a terminal block TB9 is distributed through terminal blocks TB1 TB8 for connection on RX TXs The 24 VDC provided by the system power supply via 2 conductor wiring connected to ter minal block TB 11 is distributed through I O bus slots for power ing I O modules The RX TX module communicates to the CCM via the multiplexer located on the moth...

Page 45: ... a mix of 2 Style Y and 1 Style Z Each circuit is supervised for open short and ground fault The ability to isolate individual outputs is accessed through the system operator menu options The alarm output circuits are polarity reversing type rated for 24 VDC signaling devices up to 2 0 Amp maximum per circuit Careful consideration of alarm strobe in rush currents has been made to help avoid any po...

Page 46: ... Output card shown in Figure 3 9 is equipped with 4 Form C dry contact relay outputs The ability to isolate an indi vidual relay output is accomplished through the system opera tor menu The auxiliary relays are rated for 2 0 Amp 30 VDC 1 0 Amp 120 VAC Refer to Drawing No 06 235371 007 in Appen dix I for further installation details Each relay output can be individually programmed via the PCS progr...

Page 47: ...ervised signaling outputs for 3 Style Y 24 VDC polarity reversing type indicating circuits Each signal circuit is supervised for open short and ground fault con ditions The ability for individual output isolation is provided through the system operator menu Careful consideration of alarm strobe in rush currents has been made The agent release output circuit is rated for 24 VDC control devices Each...

Page 48: ...uit wir ing and Master Box coil status Set Unset current limited at 550 mA 24 VDC Monitored for open short and ground fault Shunt Type Output Unsupervised contact rated at 5 0 Amp 24 VDC resistive Reverse Polarity Type Output Unsupervised output for trip circuit wiring only current limited at 100 mA 24 VDC Reverse Polarity output circuits are listed for use in Power Lim ited applications Refer to ...

Page 49: ...l PSD 7152 is a ana log photoelectric type detector which responds to a broad range of smoldering and flaming type fires A unique sensing cham ber permits 360 smoke entry and response Each detector is electronically addressable and can be fully field programmed Calibration device address pre alarm alarm sensitivity set points and drift compensation algorithm are stored in each detector s nonvolati...

Page 50: ...lity The duct housing accepts either the PSD 7152 or CPD 7052 smoke detectors A transparent Lexan cover over the detection chamber allows visual inspection of the duct detector chamber and the internal smoke detector status Sampling of the air in the duct is accomplished through the use of sampling tubes which extend into the HVAC duct Model DH 2000 Air Duct Housing P N 70 403001 100 Model DH 2000...

Page 51: ...t 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys 3 13 Figure 3 16 Loop Isolator RX TX Mount Figure 3 17 Loop Isolator Stand Alone Figure 3 18 Loop Isolator 6 Detector Base Mount ...

Page 52: ...August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System 3 14 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 53: ... device through the use of the system menus and verify the detection device s is operating as intended The test actually stimulates the detec tion chamber of the device and verifies the response from the device The CCM will report a result of the test for each device tested NOTE This test has a pass or fail result It will not activate alarm outputs on the system The step by step procedure to perfo...

Page 54: ... Use of aerosol smoke simulation product may be used if acceptable to the Authority having Jurisdiction and if the product is used as di rected in the instructions Heat Detectors When testing SmartOne heat detectors use of a low powered heat gun is acceptable Heat the detector for a minimum of ten seconds When a sufficient amount of heat has been detected by the detector the control panel will res...

Page 55: ...disconnection of re leasing solenoids electric actuators closing of valves other actions or combinations thereof as appropriate for the specific system for the duration of the fire system testing 4 Testing shall include verification that the releasing circuits and components energized or actuated by the fire alarm system are electrically supervised and operate as intended on alarm 5 Suppression sy...

Page 56: ...ON MONITORING TROUBLE ON RXTX1 NOTE The RX TX message will repeat itself for each RX TX module in the system while the system initializes itself This initialization can take up to 90 seconds 5 Verify that the POWER ON and TROUBLE indicators are lit 6 Connect the backup batteries to the CCP in accordance to the procedure in Chapter 7 7 Press the ACKLDGE push button After approximately one minute th...

Page 57: ...nections Visual inspection is also use ful in avoiding damage to the system which could occur through improper servicing methods Refer to Table 5 1 Troubleshoot ing Index and the paragraphs of this chapter for troubleshoot ing beyond visual inspection 5 2 2 Power Checks Many faults on the system can be caused by problems with power Ensure battery and line voltages are checked prior to troubleshoot...

Page 58: ...ing and inspect for physical damage g Install new CCM in the reverse order of removal 5 4 3 RX TX Module The following paragraph provides the step by step procedure for replacing the RX TX module Depending on the system con figuration refer to the appropriate Figure 5 1 or 5 2 Ensure that the RX TX jumpers are set properly during the pro cedure Verify that the settings of the jumpers on the RX TX ...

Page 59: ... will need to be powered down NOTE If device is in alarm the alarm must be cleared prior to removal from the system If the alarm cannot be cleared remove the device from the system and push the hard reset on the CCM motherboard and RX TX Once the system is on line insert the replacement device onto the loop a Identify the defective device to be replaced b Remove the defective device from the PC Li...

Page 60: ...August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System 5 4 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 61: ... Relay Output Module 76 100004 001 City Tie Module 76 100002 001 I O Motherboard for 8 Option Modules 76 100007 001 I O Multi Loop Motherboard for up to 8 RX TX or 7 I O modules 76 100017 001 POWER SUPPLIES Power Supply Module 4 Amp including 36 Wiring Harness for main cabinet 76 100009 002 Power Supply Module 4 Amp including 8 Wiring Harness for expansion cabinet 76 100009 003 ADDITIONAL COMPONEN...

Page 62: ...tor Installed 70 403001 152 DH 2000 CPDI Duct Housing with Ionization Detector Installed 70 403001 052 Sampling Tube 12 The number of sampling holes vary with tube length Order 06 129500 001 sampling tubes that approximate duct width Sampling Tube 24 06 129500 002 Sampling Tube 48 06 129500 003 Sampling Tube 72 06 129500 004 Sampling Tube 96 06 129500 005 Sampling Tube 120 06 129500 006 Exhaust Tu...

Page 63: ... up enough to allow the door s hinge pins to clear their mating hinge sockets located on the left side of the Central Control Panel Place the mounting screws in to the top two holes in the wall Leave approximately 1 4 of both screws exposed Carefully place the two key holes over the screws in the wall Ensure the enclosure has its door hinge sockets located to the left as you face the enclosure All...

Page 64: ...9 TB8 R R 2 1 1 2 S1 S1 ASHLAND MA 01721 ASHLAND MA 01721 KIDDE FENWAL INC KIDDE FENWAL INC RET RET TBL RELAY TBL RELAY TBL RELAY TBL RELAY W2 W3 W4 W4 F1 W1 S2 S2 06 129562 001 06 129562 001 NO NO NC NC RS485 A B CCM MOTHER BD MOTHER BD SYSTEM POWER SYSTEM POWER 24V RET RET 24V 24V RET RET 24V 24V RET RET 24V 24V 24V 24V RET RET RET RET 24V 24V RET RET BAT AUX 1 AUX 1 AUX 2 AUX 2 DC IN 2 DC IN 2 ...

Page 65: ...the I O modules type and address upon registration However it is recommended that you insert modules performing like functions adjacent to each other to facilitate identification and field wiring runs After powering up the system you can request a list of I O Module assign ments from the system menu to verify their registration and ac curacy of module address s CAUTION All personnel installing or ...

Page 66: ...rger Assembly The following paragraph provides the step by step procedure to install a power supply charger assembly into the PEGAsys system a Remove the power supply charger assembly from packing and inspect for physical damage b Set address switches Refer to drawing 06 235443 003 in Appendix I for address switch settings c Identify module revision by referring to Figures 3 5 and 3 6 d Ensure the...

Page 67: ...N t u p t u O C D t e R 8 B T e g n a r O e r a h S R H S 9 B T Table 7 3 Aux Power Supply Module Connections to Rev C Main Power Supply Charger Assembly y l p p u S r e w o P x u A n o i t c n u F y l p p u S n i a M e t i h W l a r t u e N t u p n i C A N 3 1 B T e t i h W k c a l B t o H t u p n I C A L 3 1 B T d e R s o P t u p t u O C D C D V 4 2 9 B T k c a l B g e N t u p t u O C D t e R 8 ...

Page 68: ...ontrol Panel enclosure through one of the knockouts near the upper right corner of the enclosure See Appendix A for AC branch circuit requirements details WARNING High voltages may be present when connecting AC power to the Central Control Panel Suitable pre cautions must be taken to avoid injury NOTE All Non Power Limited wiring must be routed away from Power Limited wiring by a minimum of 1 4 pe...

Page 69: ...oop devices can be run in conduit to the Central Control Panel cabinet The conduit if used must be attached through any convenient Central Control Panel enclo sure knockout Route the connection cable to TB1 on the RX TX PCB and insert the end of each connection cable wire into its proper TB1 slot and tighten the slot screws firmly See Fig ure 7 11 In retrofit applications where the PC line of the ...

Page 70: ...push the bot tom button on the RX TX board to reset the PC line to normal once the fault is corrected Figure 7 14 Style 6 RX TX PC Line Connections Loop Isolator devices are available to support NFPA 72 Wiring Style 7 and would be installed on the PC line of the RX TX mod ule Isolator packages are available for electrical box mount Single Gang 6 Base mount and RX TX mount By flanking each group of...

Page 71: ...ntrol equipment These outputs are provided on the CCM and op tional I O modules Each connection cable to output devices is to be run from the output device circuit to the Central Control Panel The cable must be brought through any convenient Central Control Panel enclosure knockout Route each connection cable to the termi nal block located on the respective Output Module insert the end of each con...

Page 72: ...he process of configuring the system using the PCS program the operator selects the application of the detector and adjusts the settings of the alarm and pre alarm values within the range for the application chosen or accept the default values for the ap plication 2 Level Setting Operation This procedure is selected from the menus This method is generally used for systems which have been installed...

Page 73: ...TION CHECKOUT Before powering up the PEGAsys for the first time ensure that the following has been completed a Central Control Module CCM RX TX Module and System Power Supply are secured to the back of the enclosure b CCM is connected to the RX TX Module Display Assem bly System Power Supply I O bus and 24 VDC and Re mote RS 232 peripheral s if any c CCMs configuration jumpers configured correctly...

Page 74: ...ble is all that is needed to connect the serial printer to the RS 232 port of the CCM The following dia gram represents the cable CCM PIN PRINTER TX 1 RX receive data Sig Gnd 2 Sig Gnd RTS 3 CTS 4 DTR N C 5 RX 6 8 to 12 VDC signal needed for supervision if using a graphic annunciator Figure 7 17 CCM Printer Port ...

Page 75: ... as well as applicable local codes Use a minimum of 14 AWG with 600 volt insulation for this branch circuit Table A 1 AC Branch Circuit Requirements 120 VAC e p y T e c i v e D f o r e b m u N s e c i v e D w a r D t n e r r u C s p m A t n e r r u C l a t o T e c i v e D r e p l e n a P l o r t n o C 1 X 9 1 9 1 r e w o P y r a i l i x u A r o y l p p u S e l u d o M X 9 1 r o f n m u l o c m u S...

Page 76: ...r o t i n o M y l p p u s r e w o P 0 6 0 0 X e e S A 5 1 x a M 1 t u p t u O y r a i l i x u A 2 1 s e t o N X e e S A 5 1 x a M 2 t u p t u O y r a i l i x u A 2 1 s e t o N X d r a o B r e h t o M p o o L i t l u M 5 3 0 0 X e l u d o M t u p t u O e l b i d u A l a n g i S 5 2 0 0 X e l u d o M t u p t u O y a l e R 0 1 0 0 X e l u d o M t u p t u O e i T y t i C 0 3 0 0 X e l u d o M t u p t ...

Page 77: ... t o N s t i u c r i C l a n g i S e l u d o M e s a e l e R t n e g A 4 X S E C I V E D D L E I F X r o t c e t e D n o i t a z i n o I 0 4 4 0 0 0 0 X r o t c e t e D c i r t c e l e o t o h P 5 4 4 0 0 0 0 X t u p n I t c a t n o C e l b a s s e r d d A 0 8 3 0 0 0 0 X r o t i n o M e n o Z e l b a s s e r d d A 0 0 4 0 0 0 0 X t u p t u O t c a t n o C e l b a s s e r d d A 0 5 3 0 0 0 0 X e v...

Page 78: ... m i T m r a l A d e r i u q e R 4 8 0 0 r e t n e n i m 5 7 6 1 0 r e t n e n i M 0 1 d e r i u q e R s r u o H p m A l a t o T e v o b a f o m u S 1 0 X r o t c a F g n i t a r e D d e r i u q e R H A l a t o T d e r i u q e r H A l a n i g i r O r o t c a F g n i t a r e D NOTE 1 Main system enclosure can house up to 2 33 AH batteries P N 89 100052 001 If an auxiliary power module is added to t...

Page 79: ...9 9 0 s r u o h 0 9 h A 0 6 1 y l p p u S r e w o P 1 r o f d e w o l l A t o N 6 1 A 6 POWER REQUIREMENT EXAMPLE The following power calculations will be based on a the system configuration listed below Central Control Panel CCP with Field Devices Central Control Module Ten 10 Ionization Detectors Two 2 RX TX Modules Twenty 20 Photoelectric Detectors One 1 Power Supply Module Ten 10 Heat Detector...

Page 80: ...m X T X R 5 3 0 0 X 2 0 7 0 0 r o t i n o M y l p p u s r e w o P 0 6 0 0 X 1 0 6 0 0 A 5 1 x a M 1 t u p t u O y r a i l i x u A X A 5 1 x a M 2 t u p t u O y r a i l i x u A X d r a o B r e h t o M p o o L i t l u M 5 3 0 0 X 1 5 3 0 0 e l u d o M t u p t u O e l b i d u A l a n g i S 5 2 0 0 X 2 0 5 0 0 e l u d o M t u p t u O y a l e R 0 1 0 0 X 1 0 1 0 0 e l u d o M t u p t u O e i T y t i C ...

Page 81: ...p t u O y a l e R 5 7 0 0 X 1 5 7 0 0 e l u d o M t u p t u O e i T y t i C 0 8 0 0 X e l u d o M e s a e l e R t n e g A 0 5 1 0 X 1 0 5 1 0 s t i u c r i C t u p t u O e s a e l e R t n e g A g n i s U 0 y r a t n e m o m e c i v e d X 1 0 t i u c r i C l a n g i S e l u d o M e s a e l e R t n e g A 0 0 5 X 1 0 0 5 0 S E C I V E D D L E I F X r o t c e t e D n o i t a z i n o I 0 4 4 0 0 0 0 X ...

Page 82: ... r e t n e n i m 5 7 6 1 0 r e t n e n i M 0 1 4 8 0 0 5 2 9 1 0 s m u s h t o b f o l a t o T s r u o H p m A s l a u q e d e r i u q e R e v o b A f o m u S 2 1 3 9 1 0 X r o t c a f g n i t a r e D 2 1 3 9 0 d e r i u q e R H A l a t o T H A l a t o t l a n i g i r O g n i t a r e D d e r i u q e r r o t c a F 4 2 0 1 Example Results The results of the prior calculations are as follows a Curren...

Page 83: ...des the system with mechanical and elec trical interfaces for up to eight I O modules of any style The I O modules are installed by inserting them into the desired motherboard slot and fastening with the two screws provided The PEGAsys ML Multi loop system P N 76 100000 600 looks much the same as the system in Figure B 2 with the exception of the multi loop motherboard P N 76 100017 001 in the pla...

Page 84: ...ries separately 06 129562 001 06 129562 001 NO NC RS485 RS485 A B CCM CCM MOTHER BD MOTHER BD SYSTEM POWER SYSTEM POWER 24V 24V RET RET 24V 24V RET RET 24V RET 24V 24V RET RET 24V RET BAT BAT AUX 1 AUX 1 AUX 2 AUX 2 DC IN 2 DC IN 2 C DC IN 1 DC IN 1 AC OUT AC OUT N 1 L 2 N G L N AC IN AC IN 24V 24V L SHR SHR RET RET SHR TP4 TP4 TP3 TP3 DS1 S3 TB9 TB9 TB8 TB8 R R 2 1 1 2 S1 ASHLAND MA 01721 ASHLAND...

Page 85: ...M POWER 24V 24V RET RET 24V 24V RET RET 24V RET 24V 24V RET RET 24V RET BAT BAT AUX 1 AUX 1 AUX 2 AUX 2 DC IN 2 DC IN 2 C DC IN 1 DC IN 1 AC OUT AC OUT N 1 L 2 N G L N AC IN AC IN 24V 24V L SHR SHR RET RET SHR TP4 TP4 TP3 TP3 DS1 S3 TB9 TB9 TB8 TB8 R R 2 1 1 2 S1 ASHLAND MA 01721 ASHLAND MA 01721 KIDDE FENWAL INC KIDDE FENWAL INC RET TBL RELAY TBL RELAY TBL RELAY TBL RELAY W2 W2 W3 W3 W4 F1 F1 W1 ...

Page 86: ...B 4 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System Figure B 7 Expanded ML Sys with 8 RX TX 9 I O Modules ...

Page 87: ... U h t i w s e i l p m o C I R I 4 6 8 n o i t p e c x e y l n o e h t h t i w t r o b a e p y t L U e h t o t r e n n a m r a l i m i s n i s n o i t c n u F d n o c e s e h t f o t p i e c e r e h t o t r o i r p d l e h f i n o i t c n u f y l n o l l i w t r o b a e h t t a h t m r a l a y t i C k r o Y w e N r e m i t y a l e d e h t s e g n a h c s t s i x e m r a l a n a e c n o h c t i w s...

Page 88: ...01 PC PC PC PC 8 A SW B SW LED LED Remote LED Optional PC Line In PC Line Out ALL TERMINALS ARE POWER LIMITED P N 87875201 Figure C 1 shows the interconnection of the addressable contact monitor and the abort station switch C 5 2 Manual Release Switch The manual release switch is an addressable contact monitor P N 70 407008 001 which is programmed as an manual re lease input The addressable contac...

Page 89: ...g with all other system parameters All wiring from the agent release module to the release device is fully supervised including the actual device in the circuit Ex amples of the releasing circuit wiring is provided in figure C 4 For all wiring detail refer to the Release Module wiring diagram drawing number 06 235443 005 in Appendix I for specific wir ing details For a list of approved devices ref...

Page 90: ...C 4 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 91: ...D 1 August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys APPENDIXD Space Reserved for Future Use ...

Page 92: ...D 2 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 93: ...ed at 20 Ft spacings The pre alarm and alarm setpoint ranges are as follows Pre alarm 80 to 155 deg F Alarm 135 to 155 deg F Initiating Circuits RX TX PC line must be configured for Style 6 wiring Refer to Drawing No 06 235443 002 for com plete RX TX PC line wiring instructions Provide 90 hours of standby battery and 10 minutes of alarm operation Refer to Appendix A Agent release output can be CCM...

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Page 95: ...b a m m a r g o r p o w t s t r o p l a i r e s C 2 3 2 S R e c i v e D l a t i g i D s U C R t u p t u O y a l e R r o t u p n I t c a t n o C a s a h c u s s e t a t s e t e r c s i d o w t h t i w e c i v e d A d e t u b i r t s i D e c n e g i l l e t n I e h t s e c u d e r s i h T e c i v e d d l r o w l a e r l a u t c a e h t o t d e t u b i r t s i d s i r e w o p g n i t u p m o C I F R ...

Page 96: ... n i t u p t u O y a l e R t h g i e f o l a t o t A s y a l e r C D V 4 2 p m A 2 T D P S e l b a m m a r g o r p s t i u c r i c 2 3 f o l a t o t a r o f m e t s y s e h t n i d e s u e b y a m s e l u d o M U C R t u p t u O y a l e R a l o r t n o c o t t c a t n o c y a l e r a s e d i v o r p t a h t e c i v e d d l e i f t r a m s r o e l b a s s e r d d a n A x o b l a c i r t c e l e e r...

Page 97: ... t a r u g i f n o c 4 e l y t S n i e l b a w o l l a y l n O e n i L p o r d i t l u M e e S y a l e R e l b u o r T n o i t i d n o c e l b u o r t m e t s y s y n a g n i r u d s e t a r e p o h c i h w y a l e r e l b a m m a r g o r p n o n A e p y T e h T g n i t r o p e r e c i v e d f o e p y t e h t s e i f i t n e d i t a h t y a l p s i d D C L n o e g a s s e m A s e c i v e d U C R t...

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Page 99: ...nput IT Illegal RCU Type I O Input Output Module L9 Line 9V Trouble LEV Level LV Line Voltage Trouble NA NOV RAM Access Error NG No good NR Not Registered O L Owner Location Abbreviation Meaning OF Off OK All Right OP Open OR Optional Relay OUT Output P C Power Communications Line P S Power Supply P W Password POF Pre alarm Off PRE Pre alarm PRNT Printer PROG Program R P Remote Panel RTC Real Time...

Page 100: ...G 2 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 101: ...tions 2 5 2 6 2 1 Alarm Mode User Action 2 5 2 6 2 2 Alarm Simulation Test AST 4 2 4 3 5 Arming Release Circuits 4 3 4 4 2 AST Procedure 4 3 4 3 5 1 Audible Device 2 2 2 2 2 B Basic Motherboard 1 2 1 2 5 Batteries 7 6 7 9 2 Battery Enclosure 7 6 7 9 1 Battery Test 4 1 4 3 3 C Central Control Module CCM 1 1 3 2 5 2 1 2 1 3 3 1 5 4 2 City Tie Module 1 4 3 10 1 2 7 4 3 3 9 City Tie Output Module 7 4 ...

Page 102: ... 7 4 Installation Procedure for I O Motherboard 7 2 7 5 Installation Procedure for RX TX Module 7 2 7 6 Installation Procedure for I O Module 7 3 7 7 Intelligent Loop Devices 1 4 1 2 9 Isolate Menu Function 2 4 2 5 4 1 L Lamp Test 4 1 4 3 1 LCD Display 2 1 2 2 1 Levels of Security 2 2 2 3 1 List Menu Function 2 4 2 5 4 2 Listing all Registered RCUs 2 15 2 8 7 4 Listing EOC Programming 2 12 2 8 1 1...

Page 103: ...gistering I O Module Assignments 2 13 2 8 5 Registering RCUs 2 14 2 8 7 Relay Output Module 1 3 3 8 7 4 1 2 7 2 3 3 7 7 7 2 Remote Control Unit RCU 2 12 2 8 3 2 Remote Relay Registration 2 15 2 8 7 3 Removal and Replacement 5 2 5 4 Required Tools 5 2 5 4 1 RTC Programming 2 12 2 8 2 RX TX Loops 2 13 2 8 3 4 RX TX Module 5 2 5 4 3 S Scheduled Maintenance 4 1 4 2 Set Menu Function 2 4 2 5 4 3 Settin...

Page 104: ... 13 2 8 3 4 System Power Up 2 2 2 4 System Programming 2 11 2 8 System Security 2 2 2 3 System Specification 1 6 1 3 T Test Menu Function 2 4 2 5 4 4 Trouble Mode Indications 2 11 2 6 4 1 Trouble Mode User Action 2 11 2 6 4 2 Troubleshooting 5 1 5 3 Troubleshooting and Corrective Maintenance 5 1 5 Types of Inputs and Outputs 2 12 2 8 3 U Un registering RCUs 2 15 2 8 7 5 V Visual Inspection 5 1 5 2...

Page 105: ...002 I 6 Power Supply Module Revision XC 06 235443 003 I 8 Power Supply Module Revision AC 06 235443 003 I 9 Agent Release Module 06 235443 005 I 11 Signal Audible Module 06 235443 006 I 14 Relay Output Module 06 235443 007 I 17 City Tie Module 06 235443 008 I 18 Basic I O Motherboard 06 235443 011 I 20 Multi Loop Motherboard 06 235443 012 I 22 Addressable Input Device 06 234563 001 I 24 Addressabl...

Page 106: ...BT1 JP2 PLG2 CCM RESET SOUNDER 2 JP4 BUTTOM SW1 JP3 TB4 TB5 SOUNDER 1 REP 1 A B REP 2 A JP1 C VOLT FREE RELAYS TB1 TB2 B NO NO C NC 1 NC 2 TB3 FAULT V F RELAY NC NO C 24VDC FROM POWER SUPPLY TB6 24VDC FROM POWER SUPPLY FLT EARTH FLT SUPPLY SUPPLY 0V 24V TB6 IC1 JK4 PORT JK5 I O PORT CONTROLLER POWER SUPPLIES TO I O MODULES AN LOOP TO RX TX DISPLAY ASSEMBLY RX TX SEE NOTE 1 SEE NOTE 1 SEE NOTE 1 SE...

Page 107: ...ULTIPLY BY TWO RELEASING DEVICE SOLENOID 486500 897494 FM 890181 PART NO 899175 AT 30VDC 1A 10K 0 5W NOT SUPPLIED WITH PANEL 200 200 2000 240 500 760 WIRE LENGTH FT 14 AWG 3000 940 1440 380 A B D 300 300 12 AWG 1200 150 300 480 120 120 16 AWG 1 JUMPER ARRANGEMENTS FOR SOUNDER 1 SIGNAL SOUNDER AGENT RELEASE JP1 JP4 JP2 JP3 NOTES ON OFF ON OFF OFF ON ON OFF FAULT RELAY VOLT FREE RELAYS C PROGRAMMABL...

Page 108: ... August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System TITLE Installation Wiring Diagram CCM Display Control Assembly PEGAsys DRAWING No 06 235443 001 REVISION AD SHEET 3 of 4 ...

Page 109: ... August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram CCM Display Control Assembly PEGAsys DRAWING No 06 235443 001 REVISION AD SHEET 4 of 4 ...

Page 110: ...ASE MOUNT 74 200012 004 MODULE T1 KIDDE FENWAL INC RX TX 76 100005 001 LED1 LED2 SW2 SW1 T1 J2 J1 12 1 J3 74 200012 001 TO FULLY UTILIZE LOOP ISOLATION FUNCTION STYLE 6 4 WIRE PC LINE CONFIGURATION IS RECOMMENDED CAN BE INSTALLED ON PC LINE NO MORE THAN 30 LOOP MAXIMUM 20 LOOP ISOLATORS EXCLUDING ONE ON RX TX 3 FROM POWER 24 VDC SUPPLY RX TX CPU RESET PC LINE NORMAL CPU RESET PC LINE RESET RX TX A...

Page 111: ... August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Receiver Transmitter Module PEGAsys DRAWING No 06 235443 002 REVISION AC SHEET 2 of 2 ...

Page 112: ...I 8 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System TITLE Installation Wiring Diagram Power Supply PEGAsys DRAWING No 06 235443 003 REVISION XC SHEET 1 of 1 ...

Page 113: ...I 9 August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Power Supply PEGAsys DRAWING No 06 235443 003 REVISION AC SHEET 1 of 2 ...

Page 114: ...TLE Installation Wiring Diagram Power Supply PEGAsys DRAWING No 06 235443 003 REVISION AC SHEET 2 of 2 24V RET AC OUT 1 AC IN 2 24V RET N L N L N DC IN 1 L G DC IN 2 SPV SPV SHARE WHT BLK WHT BLK BLK VIO RED RED ORN WHT BLK WHT ORN RED BLK VIO BLK RED MAIN POWER SUPPLY AUXILIARY POWER SUPPLY ...

Page 115: ...I 11 August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Release Module PEGAsys DRAWING No 06 235443 005 REVISION AD SHEET 1 of 3 ...

Page 116: ...OID PART NO 899175 TB1 CKT 2 1 SWITCH S1 AT SOL POSITION SWITCH S3 1 TO OFF 2 MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 0 6 OHMS 2 MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 0 6 OHMS 1 SWITCH S1 AT SOL POSITION SWITCH S3 1 TO OFF NOTES SAFETY FUSE WHT SOLENOID YEL SINGLE SOLENOID MICROSWITCH BLU S NOTES 1 BLK 6 3 CONTROL HEAD SINGLE S 2 5 4 3 2 1 TB1 4 WHT WHT BLU 6 5 4 S YEL BLK YEL BLK NOTE NOT...

Page 117: ...OSITION SWITCH S3 1 TO OFF IS TO BE 1 5 OHMS 2 MAXIMUM CIRCUIT WIRING RESISTANCE U L LISTED U L LISTED 1 SWITCH S1 AT SOL POSITION SWITCH S3 1 TO OFF 2 MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 2 3 OHMS CKT 2 GROUP A U L LISTED CKT 1 NOTES 6 5 4 2 3 1 TB1 4 NOTES S 6 5 CKT 2 6 5 4 2 3 1 CKT 1 TB1 SINGLE SOLENOID NOTES TB1 3 2 1 6 SINGLE SOLENOID S 5 4 3 2 1 TB1 4 CKT 2 S 6 5 TWO SOLENOIDS CKT 1 S...

Page 118: ...ON ON ON ON ON OFF OFF OFF OFF MODULE ADDRESS SW2 2 SW1 1 L RESISTOR EOR 10K 0 5W NOT SUPPLIED WITH SUPERVISORY CURRENT 2 4 mA CIRCUIT SIGNAL CIRCUIT 2 0 A 3 4 5 6 7 8 9 10 11 12 1 2 AUXILIARY POWER SOUNDER CIRCUITS RESET SWITCH TROUBLE LED 8 JUMPERS W9 W10 MUST BE CUT OUT WHEN AUXILIARY POWER INPUT IS USED NOT USED SWITCH POSITION 9 MAXIMUM OF 8 MODULES PER SYSTEM 5 EITHER SOUNDER OUTPUT 2 MAY BE...

Page 119: ...EOR EOR L S L S S L L S 11 12 9 10 7 8 5 TB1 6 EOR EOR S L EOR L S 4 STYLE Y 2 STYLE Y AND 1 STYLE Z W1 ON JUMPERS W2 ON ON W3 OFF W4 W8 OFF ON ON ON W5 W6 W7 ON SW2 1 ON SW3 2 SWITCHES OFF W4 JUMPERS ON ON ON W1 W2 W3 OFF OFF OFF ON ON OFF SW2 1 SWITCHES W7 W5 W6 W8 SW3 2 AUXILIARY POWER CONNECTION 2 1 TB1 RET 24VDC AUXILIARY POWER CIRCUIT 2 CIRCUIT 1 CIRCUIT 3 CIRCUIT 4 L S CIRCUIT 2 CIRCUIT 3 C...

Page 120: ...N AC SHEET 3 of 3 L S L S 12 9 10 11 8 7 6 5 TB1 EOR S L EOR L 12 S 9 10 11 8 7 6 5 TB1 2 STYLE Z L S 1 STYLE Z AND 2 STYLE Y ON W4 JUMPERS OFF OFF OFF W1 W2 W3 OFF OFF OFF ON OFF OFF SW2 1 SWITCHES W7 W5 W6 W8 SW3 2 SWITCHES SW2 1 ON OFF OFF OFF ON ON ON OFF OFF JUMPERS W4 W1 W2 W3 W7 W5 W6 W8 ON SW3 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 4 CIRCUIT 3 CIRCUIT 1 10K EOR EOR 10K 10K EOR 10K 10K ...

Page 121: ...st 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Relay Output Module PEGAsys DRAWING No 06 235443 007 REVISION AB SHEET 1 of 1 RELAY 76 10004 001 ...

Page 122: ...st 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System TITLE Installation Wiring Diagram City Tie Module PEGAsys DRAWING No 06 235443 008 REVISION AB SHEET 1 of 2 CITY TIE 76 100002 001 ...

Page 123: ...I 19 August 1999 76 100016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram City Tie Module PEGAsys DRAWING No 06 235443 008 REVISION AB SHEET 2 of 2 ...

Page 124: ...ND SUPPLY THEM WITH 24VDC POWER AND RS485 COMMUNICATIONS 3 RS232 COMMUNICATIONS FOR RX TX MODULE TO BE PROVIDED THROUGH PHONE CABLE PLUGGED INTO RX TX PORT ON CCM 1 USE RED WIRES FOR 24VDC AND BLACK FOR RET 2 JUMPER JP1 SHOULD BE IN MAKE SURE THAT JUMPER W4 ON POWER SUPPLY CONTROL BOARD IS OUT 4 TB2 TO BE USED TO INTERCONNECT TO AUXILIARY PANELS MOTHER BOARD AND POWER SUPPLIES TO PROVIDE RS485 COM...

Page 125: ...Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Basic I 0 Motherboard PEGAsys DRAWING No 06 235443 011 REVISION AB SHEET 2 of 2 R X T X M O D U L E M O D U L E I O TO CCM RX TX PORT TO CCM I O PORT TO POWER SUPPLY ...

Page 126: ...O CCM MODULE AND SUPPLIES RS232 COMMUNICATION FOR RX TX MODULES 2 JP1 THROUGH JP8 TO BE CONNECTED TO RX TX MODULES J2 CONNECTORS TO PROVIDE RS232 COMMUNICATIONS 3 JP9 CONNECTS TO CCM PORT AND PROVIDES I O MODULES WITH RS485 COMMUNICATIONS 4 J1 THROUGH J7 TO BE USED TO PLUG IN I O MODULES AND SUPPLY THEM WITH 24VDC POWER AND RS485 COMMUNICATIONS 5 TB10 TO BE USED TO INTERCONNECT TO AUXILIARY PANELS...

Page 127: ...00016 001 Intelligent Suppression Control Fire Alarm System PEGAsys TITLE Installation Wiring Diagram Multi Loop I 0 Motherboard PEGAsys DRAWING No 06 235443 012 REVISION AB SHEET 2 of 2 I O M O D U L E M O D U L E R X T X ...

Page 128: ...E ROOM AS ADDRESSABLE CONTACT INPUT DEVICE WITH ALL WIRING ENCLOSED IN CONDUIT AND A MAXIMUM LENGTH OF 150 FT 3 EOL RESISTOR 820 OHM 5 WATT FENWAL PART NO 06 129025 001 4 TO REMOTE LED FENWAL PART NO 70 410001 000 OBSERVE POLARITY ORANGE ANODE GRAY CATHODE CAUTION LED MUST BE IN THE SAME ROOM AS ADDRESSABLE CONTACT INPUT DEVICE WITH ALL WIRING ENCLOSED IN CONDUIT AND A MAXIMUM LENGTH 50FT LED CIRC...

Page 129: ...T SUPERVISED RATING 2A 30 VDC RESISTIVE 6A 120 VAC RESISTIVE 3 MAXIMUM CURRENT REQUIREMENTS STANDBY 325uA 4 5 TYPICAL PULSE RATE RELAY RESET STANDBY 9 SECONDS RELAY SET 2 SECONDS TROUBLE STATE NO LED PULSING 6 REFER TO SYSTEM OPERATION MANUAL FOR APPLICATION OF ADDRESSABLE RELAY OUTPUT 7 MOUNTS IN 4 SQUARE ELECTRICAL BOX 8 MUST BE INSTALLED IN A U L LISTED GANG BOX 9 WIRING INFORMATION SHOWN FOR 7...

Page 130: ...A SW B SW LED LED EOL Listed 10K Resistor Ω See Note 3 See Note 7 AI N O AI N C NOTES 1 Maximum 25Ω resistance per wire for initiating circuit For a total circuit wiring resistance of 50Ω max 2 Terminal connection supports wiring from 18 AWG 0 75 mm2 to 14 AWG 1 5 mm2 3 Refer to Control Panel Manual for addressable loop wiring specification 4 Maximum 10 VDC 1 mA 5 This module will not support 2 wi...

Page 131: ... MA 01721 DATE OF MANUFACTURE MAX INSTALL TEMP 120 F 7 6 5 4 3 2 1 06 235577 001 PC PC PC PC N C COM N O PC Line In PC Line Out See Note 3 N O COM N C Field Connections TERMINALS 5 7 ARE POWER LIMITED TERMINALS 1 4 ARE POWER LIMITED 7 6 5 See Note 3 NOTES 1 AO must be installed in the same room as the device it is controlling 2 Terminal connection supports wiring from 18 AWG 0 75 mm2 to 14 AWG 1 5...

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Page 133: ...t it is not possible to download configuration informa tion to all the NICs on a network simultaneously Each NIC node must be configured independently The operator can set network configuration options on the PEGAsys s in three ways Via the keypad on the Central Control Module Via PCS Via a dumb terminal Below are the network options which can be configured for each node and which are stored in th...

Page 134: ...ral Station configuration automatically forces that node to Log All Events and also MP04 a volt free relay on the CCM is con figured to activate on any alarm on any node in the network J 2 2 Configuring Networking Options via the Display Keypad Configuration can be performed through the system menus accessible using a panel s built in membrane keypad and LCD display panel The software will initial...

Page 135: ...OWLEDGE is automatic however SI LENCE and RESET functions must be enabled in PEGA sys Configuration Software PCS or by using the panel s membrane keypad and LCD display panel A node in network group zero the default group will not be recognized by any other nodes in network group zero for functions other than receiving messages unless it is con figured to log all groups in PEGAsys Configuration So...

Page 136: ... transceiver s transmit and receive switching in half duplex mode is also performed automatically by hardware J 4 2 4 FAIL SAFE If a power failure occurs in a node the NIC includes a normally closed NC relay which maintains the communications integ rity of the network When the NIC loses power the relay passes the network signals directly through the board While the node without power will not part...

Page 137: ...l they are to be installed in their respective equipment locations and then only by personnel connected to earth ground NOTE For proper network configuration it is necessary to use version 7 X of PCS PEGAsys Configuration Software For complete information on this aspect of installation see the PEGAsys Configuration Software PCS Pro gram User s Guide P N 06 235766 001 As of this date version 7 X of...

Page 138: ...d reattach the 6 threaded spacers 10 Carefully plug in the membrane keypad and attach the 4 screws Make sure pins and receptacle are properly aligned 11 Attach network wiring as previously described 12 Reinstall programming and configure the network using PCS See J 2 PORT P C PORT PRINT PORT DISP PORT I O RX TX PORT INSERT PLASTIC STANDOFFS HERE 20 PIN RECEPTACLE FOR NIC DISPLAY PORT PRINT PORT P ...

Page 139: ... 2 ADDRESSING AND REGISTRATION As with any SmartOne loop device addressing is through the Kidde hand held programmer P N 74 200013 001 or the PEGA sys control panel menu keypad as described in Chapter 2 of this manual Module programmable parameters include owner s location mes sage non silenceable waterflow walk test drill mode and si lence The programming process is described in PEGAsys Configura...

Page 140: ...ire may result in a faulty connection Refer to the National Electrical Code for proper box specifica tions ASM volume is 8 94 cubic inches Refer to the RX TX specifications in the chapters on Operation and Functional Description for addressable loop wiring specifica tions Power Communication PC line wiring is power limited and su pervised For power limited circuits use Type FPL FPLR or FPLP cable ...

Page 141: ...s via this emulation of the PEGAsys front panel function and nu meric keys Remote power is required and can be provided by the control panel PSU or a separate supply UL listed for fire alarm applica tion In each instance remote power is supervised by the RDCM and RDM with failure displayed locally and at the control panel The units also contain a buzzer with sequencing that follows the buzzer cont...

Page 142: ...non latching please refer to the PEGAsys Configuration Software PCS manual PCS Operations chapter The following example is for latching alarm mode for these examples assume the device to be manual release address 1004 In Normal Standby Mode the display will show SYSTEM STATUS NORMAL 10 00AM 06 08 99 PEGASYS In practice the actual local time and date will be presented When a RX TX loop device goes ...

Page 143: ...d input devices programmed to the latching sequence will show XXX ALARMS ACTIVE Input devices programmed to the non latching sequence will show NO ACTIVE ALARM REMAINS Now operation of the reset switch will have the following re sults The RDCM will pass the reset input to the PEGAsys causing all conditions programmed to cancel on reset to de energize The PEGAsys sends out a global lockout command ...

Page 144: ... with default pass words for Level 1 of 987 and Level 2 of 1865 Default pass words can be customized in the level 2 Set Menu Function Changing passwords for the system can be accomplished from any RDCM or directly from the PEGAsys L 3 5 RDCM RDM Local Trouble Conditions The RDCM RDM is supervised for failure of the power supply and failure to communicate with the PEGAsys during the poll ing routin...

Page 145: ...ABLE VR1 LED BACKLIGHT ADJUST VR2 LCD CONTRAST ADJUST SW3 HARDWARE FOR GND CONNECTION 1 2 3 4 COMBINATION KNOCKOUTS 2 LOCATED ON TOP SURFACE 1 LOCATED ON EACH SIDE FM APP RO VED R L U POWER SUPPLY TW ISTE D SH IELD ED CAB LE TO CHAS SIS EA RTH GROUND SER NO MOUNTING FOR 10 190 DIA SCREWS INSTRUCTION LABEL CONNECTOR DS1 Figure L 4 Installation of RDM or RDCM ...

Page 146: ...L 6 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 147: ...grammer is not available the address can be changed directly at the CCM using the procedure outlined in Chapter 2 of this manual M 3 OPERATION A change in temperature produces a change in resistance be tween the loops within the sensor cable as the temperature increases resistance decreases exponentially This change is continuously monitored by the AAM which generates an alarm or pre alarm signal ...

Page 148: ...M 2 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 149: ...s The real time clock provides the NCCM with the ability to dis play the current time and date on the system LCD and provides basic information for real time operations Internal diagnostics enhance the troubleshooting ability of the system Examples include microprocessor failure memory fail ure RS 232 port troubles etc Network diagnostics are sepa rately controlled and report to appropriate panels...

Page 150: ...N 2 August 1999 76 100016 001 PEGAsys Intelligent Suppression Control Fire Alarm System THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 151: ...h PCS menu Net work Settings A Silent Knight DACT Model 5104 must be wired to the PEGAsys control panel as shown in Figure O 1 See Model 5104 Installation Manual for information regarding connection of the DACT to the telephone line for alarm and trouble transmission s 8 9 10 11 12 13 14 15 16 17 18 Silent Knight DACT Model 5104 PCB PegaSYS CCM PCB NO NC C Fault Relay NO NC C Volt Free Relay 2 Zon...

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Page 153: ...ANGE NO OR REV DATE 5 SYSTEM EQUIPMENT 6 PRIORITY OF COMMENT 7 USER EVALUATION MANUAL IS GEXCELLENT GGOOD G FAIR GPOOR GCOMPLETE GINCOMPLETE 8 GPROBLEM GQUESTION GSUGGESTION G COMMENT check one 9 RECOMMENDED CHANGE TO PUBLICATION PAGE PARAGRAPH LINE FIGURE TABLE RECOMMENDED CHANGES AND REASON NO NO NO NO NO Use Blank Continuation Sheets as Required 10 ORIGINATOR 11 COMPANY NAME 12 ADDRESS 13 KIDDE...

Page 154: ...220423 KIDDE FENWAL Inc 400 Main Street Ashland MA 01721 Attn Documentation Manager Place Stamp Here FOLD FOLD ...

Page 155: ......

Page 156: ...r Original Invoice which will become part of your sales agreement Please contact Kidde Fenwal directly for a return material authorization RMA number before returning material to the factory at Ashland Massachusetts shipment prepaid Kidde Fenwal will repair or replace and ship prepaid These instructions do not purport to cover all the details or variations in the equipment described nordotheyprovi...

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