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T1216W-C

 

MARINEW-P-I

 

11/12

 

PAGE 2 of 39 

 

List of Contents

 

1.

 

L

IST OF 

F

IGURES

 ................................................... 3

 

2.

 

L

IST OF 

T

ABLES

 .................................................... 3

 

3.

 

I

NTRODUCTION

 ...................................................... 4

 

4.

 

I

NSTALLATION AND 

C

OMMISSIONING 

O

VERVIEW

 ..... 4

 

5.

 

I

NSTALLATION

 ....................................................... 4

 

5.1

 

E

LECTRICAL 

S

AFETY

 ...................................... 4

 

5.2

 

I

NSTALLATION 

I

NSTRUCTIONS

 ......................... 6

 

5.2.1

 

T1216W

 

P

ANEL 

I

NSTALLATION 

I

NSTRUCTIONS

 ........................................ 6

 

5.2.2

 

C

ONNECTION OF THE INCOMING 

AC

 

P

OWER 

S

UPPLY

 ...................................... 8

 

5.2.3

 

T1200B-C

 

B

ATTERY 

B

OX 

I

NSTALLATION

 .. 8

 

5.2.4

 

B

ATTERY 

I

NSTALLATION

 .......................... 8

 

5.2.5

 

B

ATTERY 

C

ONNECTION

 ........................... 8

 

5.2.5.1

 

C

ONNECTING THE BATTERY BOX TO THE 

PANEL 

PSU 9

 

5.2.6

 

I

NSTALLATION AND CONNECTION OF THE 

C1631

 

R

EPEATER 

I

NTERFACE

 ................. 9

 

5.2.7

 

I

NSTALLATION AND CONNECTION OF THE 

C1665

 

M

USTER 

I

NTERFACE

 .................... 9

 

5.3

 

M

ODIFICATIONS TO THE 

W

ATER 

M

IST 

R

ELAY 

C

ONTROL 

P

ANEL

 ......................................... 12

 

5.3.1

 

M

ODIFICATION 

1

 

[S

YSTEM 

A

BNORMAL

]: .. 12

 

5.3.2

 

M

ODIFICATION 

2

 

[S

YSTEM 

O

PERATED

]: .. 12

 

5.3.3

 

M

ODIFICATION 

3:

 

[F

AULT 

I

NPUT FROM 

T1216W-C] ......................................... 13

 

5.4

 

I

NTERCONNECTIONS WITH THE 

W

ATER 

M

IST 

R

ELAY 

C

ONTROL 

P

ANEL

 .............................. 13

 

5.4.1

 

F

INAL 

C

ONNECTIONS BETWEEN THE 

T1216W

 AND 

WMRCP ........................ 13

 

5.5

 

R

EPLACING THE 

D

ISPLAY 

I

NSERTS

 ............... 14

 

5.5.1

 

T

O CHANGE THE INSERTS

 ...................... 14

 

5.5.2

 

T

F

IT THE 

O

PTIONAL 

D

OOR 

S

TAY

 ........ 16

 

6.

 

C

OMMISSIONING

 .................................................. 17

 

6.1

 

I

NTRODUCTION

 ............................................ 17

 

6.2

 

C

OMMISSIONING 

C

HECKLIST

 ........................ 17

 

6.3

 

A

O

VERVIEW OF THE 

C

OMMISSIONING 

P

ROCEDURE

................................................ 17

 

6.4

 

P

RE

-C

OMMISSIONING 

W

IRING 

C

HECK

 .......... 17

 

6.5

 

P

OWERING UP

 ............................................. 18

 

6.6

 

C

ONFIGURATION

 .......................................... 19

 

6.6.1

 

B

ASIC 

D

EFAULT 

C

ONFIGURATION

 ........... 19

 

6.6.2

 

V

ESSEL

-S

PECIFIC 

C

ONFIGURATION

 ....... 19

 

7.

 

O

PERATING THE 

E

NGINEER

S FUNCTIONS

 ............. 19

 

7.1

 

E

NGINEER

Z

ONE

/O

UTPUT 

C

ONFIGURATION 

P

ROCESS

: ................................................... 19

 

7.2

 

Z

ONE OR 

O

UTPUT 

C

ONFIGURATION

: ............. 19

 

7.3

 

T

R

ESTORE THE 

F

ACTORY 

D

EFAULT 

C

ONFIGURATION FOR 

Z

ONES 

&

 

O

UTPUTS

: .... 20

 

7.4

 

E

NGINEER

Z

ONE

/O

UTPUT 

C

ONFIGURATION 

T

IME

-

OUT 

W

ARNING

: ................................... 20

 

7.5

 

I

NVALID 

C

ONFIGURATION CONDITIONS

: ......... 20

 

7.6

 

L

IST OF CONFIGURATION 

DIL

 SWITCHES AND 

THEIR FUNCTIONS

: ....................................... 21

 

7.7

 

L

IST OF 

L

INK 

C

ONFIGURATION FEATURES

 ...... 23

 

7.8

 

DIL

 SWITCH SETTINGS ON THE 

R

EPEATER 

I

NTERFACE 

B

OARD

: ..................................... 24

 

7.8.1

 

C1630

 

O

UTPUT 

I

NTERFACE 

C

ONFIGURATION

 ................................... 24

 

7.8.2

 

C1634

 

8

 WAY VOLT FREE RELAY OUTPUT 

MODULE CONFIGURATION

 ...................... 24

 

7.9

 

C

OMMISSIONING 

P

ROCEDURE

 ...................... 25

 

7.9.1

 

A

LARM 

C

IRCUITS

 .................................. 25

 

7.9.2

 

Z

ONES

 ................................................. 25

 

7.9.3

 

C

LASS 

C

HANGE 

I

NPUT

 .......................... 26

 

7.9.4

 

F

IRE 

[R

OUTING

]

 

O

UTPUT

....................... 26

 

7.9.5

 

F

AULT 

[R

OUTING

]

 

O

UTPUT

 .................... 26

 

7.9.6

 

F

IRE 

P

ROTECTION 

O

UTPUT

 ................... 26

 

7.9.7

 

A

NCILLARY INPUTS

................................ 26

 

7.9.8

 

A

NCILLARY OUTPUTS

 ............................ 26

 

7.9.9

 

R

EPEATERS 

[

WHEN SUPPLIED

] ............... 26

 

7.9.10

 

R

EPEATER 

M

USTER LINK 

[

IF FITTED

] ...... 27

 

7.9.11

 

P

OWER 

S

UPPLY 

U

NIT

. .......................... 27

 

7.9.12

 

T1216W-C

 

 

WMRCP

 

I

NTERFACE

. ...... 27

 

7.9.13

 

F

INAL 

D

RESSING OF THE 

C

ABLES

 .......... 27

 

8.

 

U

SER 

I

NDICATIONS

 .............................................. 29

 

9.

 

U

SER 

C

ONTROLS

 ................................................ 30

 

10.

 

PCB

 

L

AYOUTS

 ................................................. 31

 

11.

 

I

NSTALLATION 

D

ETAILS

 ..................................... 34

 

12.

 

W

IRING 

D

IAGRAMS

 ........................................... 35

 

13.

 

W

IRING 

D

IAGRAM 

N

OTES

 .................................. 39

 

 
 

 

Содержание TYCO T1216W-C

Страница 1: ...12 2012 Thorn Security Ltd PAGE 1 of 39 Registered Company Thorn Security Ltd Registered Office Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE TYCO T1216W C Marine Fire Detection Alarm Con...

Страница 2: ...EW OF THE COMMISSIONING PROCEDURE 17 6 4 PRE COMMISSIONING WIRING CHECK 17 6 5 POWERING UP 18 6 6 CONFIGURATION 19 6 6 1 BASIC DEFAULT CONFIGURATION 19 6 6 2 VESSEL SPECIFIC CONFIGURATION 19 7 OPERATI...

Страница 3: ...D SIDE OF DISPLAY PCB 32 FIGURE 12 C1634 RELAY OUTPUT MODULE 32 FIGURE 13 C1630 OUTPUT EXPANSION INTERFACE 33 FIGURE 14 C1631 REPEATER INTERFACE BOARD 33 FIGURE 15 C1665 MUSTER INTERFACE BOARD 33 FIGU...

Страница 4: ...plicable Refer to the installation instructions in section 5 2 4 Commission the panel Refer to section 6 Commissioning 5 Installation The control panel must be installed by suitably qualified technici...

Страница 5: ...and battery swelling Batteries are irrecoverable from this condition and should be replaced LOW TEMPERATURE will prolong battery life but reduce output capacity DANGER Do not incinerate batteries If...

Страница 6: ...secure the door shut The screws will remain attached to the door 4 Open the door Note that the door will open past 180 degrees and will put tension on the hinges if no support is provided underneath...

Страница 7: ...eck that neoprene seals have been fitted as shown in Figure 1 then fully tighten all of the fixing nuts bolts e Check that the enclosure is firmly seated against the bulk head and is not deformed in a...

Страница 8: ...s in the back of the enclosure that are used to mount the enclosure b Mark the location of one of the upper fixing holes on the wall bulkhead Drill and fix with a suitably plated or stainless steel M5...

Страница 9: ...to the repeater You can use two cores in the data cable for this purpose only if the voltage drop between the panel and repeater is not more than 2Vdc Notes One repeater will draw up to 75mA which me...

Страница 10: ...t St an da rd s A pp ro va l 00 86 0 9 K M 95 74 4 F ir e A la rm S y s te m Is ol at e Su pp ly B ef or e 00 86 C PD 5 55 92 1 O pe ni ng C ov er TH IS U N IT M U ST B E EA R TH ED RATING LABEL T h...

Страница 11: ...ff Top right hand corner of C1626 motherboard Figure 3 Repeater connection diagram M in Sin GND GND M out S out C1665 Muster Interface in Fire Panel M in Sin GND GND M out S out C1665 Muster Interface...

Страница 12: ...in series with R50 2 6k8 Resistor TB5 3 TB5 4 313 314 R50 2 De energised fault condition Before Modification 10k Resistor TB5 3 TB5 4 313 314 R50 2 De energised fault condition After Modification Wir...

Страница 13: ...necessary permits to work are in place The Engineer responsible for the commissioning of the WMRCP system is available and a procedure is in place which includes the allocation of the various tasks a...

Страница 14: ...rm the other side identifies this switch as Muster Additional double sided inserts may be supplied for Chinese or Japanese applications 5 5 1 To change the inserts 1 Isolate the mains supply to the pa...

Страница 15: ...nut by turning the nut a quarter of a turn Press the frame against the enclosure door using fingers only and check for any slack 22 Repeat step 21 until the frame is firmly seated Note Over tightenin...

Страница 16: ...hinge These are used to secure the door stay enclosure mounting bracket 6 Offer the door stay door mounting bracket up to the studs on the display frame as shown in Figure 9 and fit one M6 washer and...

Страница 17: ...basic wiring continuity is proven 6 3 An Overview of the Commissioning Procedure Commissioning is broken in to 3 sections 1 Pre commissioning wiring check 2 Powering the panel up with no field wiring...

Страница 18: ...between the IS barrier and the end of line resistor will support open circuit fault monitoring only short circuit fault will raise a detector fire It will not support detector MCP discrimination all...

Страница 19: ...tively Charts are provided in the System Log Book for planning recording the actual configuration This configuration is not lost when the panel is powered down 7 Operating the Engineer s functions 7 1...

Страница 20: ...Any current alarms disablements will be re indicated along with any active status indications Delay on etc o Close and lock the panel door o Return the ACCESS keyswitch to the 0 position to disable th...

Страница 21: ...Zones o OFF Configuration mode disabled o ON Enables selected zones to be configured to non latching fire mode via the Engineer s Select feature Not EN54 compliant function SW 1 5 Config I S Zones o...

Страница 22: ...immediately if there is a fire in a machinery space zone but will be delayed for 2 minutes for a fire on any other zone Sounder circuits 3 4 on the control board and any output board sounder circuits...

Страница 23: ...lt Output Fault monitored powered O P J6 J7 J8 Fitted C1627 motherboard to the right of the Fault Routing Output relay Volt Free C O relay O P Removed Fire Protection Output Fault monitored powered O...

Страница 24: ...d type of output expansion boards are set on DIL switches on the C1630 For the standard T1216W C panel the C1630 will be configured at works prior to dispatch If further output expansion modules are t...

Страница 25: ...Engine Top Zone 2 O P 2 Main Engine Top Zone 3 O P 3 Generator Sets 1 2 3 Zone 4 O P 4 Generator Sets 1 2 3 Zone 5 O P 5 Generator Engine 4 Zone 6 O P 6 Generator Engine 4 Zone 7 O P 7 Purifier Space...

Страница 26: ...ate a fire condition on a zone to operate the output Check that the fire signal operates the interface relay adjacent to the fire protection equipment 4 Open circuit the field wiring and confirm that...

Страница 27: ...he primary supply Note The battery requires a period in excess of 24hrs to achieve a fully charged condition 7 9 12 T1216W C WMRCP Interface This work must be carried out in conjunction with the Engin...

Страница 28: ...enclosure Check that all Earth leads are correctly firmly connected Check that End Of Line resistors in unused circuits are positioned in a safe manner and are unlikely to create short circuit faults...

Страница 29: ...led Yellow Flashes for a fault on the Fire Output Steady when Fire Output is disabled Fault Output Fault Disabled Yellow Flashes for a fault on the Fault Output Steady when Fault Output is disabled 1...

Страница 30: ...When controls are unlocked Reset Resets any standing fire and or fault conditions When controls are unlocked and panel has fire and or fault conditions Silence Buzzer Press to stop the buzzer soundin...

Страница 31: ...SW1 1 to SW1 10 J18 Earth Fault Monitoring Link Connector for C1632 Zone Expansion Board Alarm Circuits Marked with Active Polarity Aux DC Supply 24V 0V Remote Inputs Silence Alarms Evacuate Reset Aux...

Страница 32: ...osition Muster mode Link removed Evacuate Muster modes disabled Figure 11 Rear Right Hand Side of Display PCB SW1Config switch Top to bottom AD0 AD1 ZN0 ZN1 ZONAL VDR OFF Comms Fault LED J2 Comms In o...

Страница 33: ...ity and type of O P modules connected From top to bottom F P0 Fire Protection F P1 Fire Protection S C0 Sounder Controller S C1 Sounder controller LED0 LED driver LED1 LED driver VDR Voyage Data Recor...

Страница 34: ...DIMENSIONS SHOWN WITH BOTTOM ENTRY CABLE GLAND PLATE IF TOP ENTRY REQUIRED REVERSE DIMENSIONS ENCLOSURE ENCLOSED SPACES SUBJECT TO TEMPERATURE HUMIDITY VIBRATION TECHNICAL DATA DIMENSIONS 400mm WIDE x...

Страница 35: ...PPLY INCOMING PRIMARY AC MAINS SUPPLY OUTGOING AC MAINS SUPPLY TO PANEL INCOMING 24Vdc SUPPLY FROM PANEL 24V 0V AUX D C 24V 0V 4 SIL EVAC RST Panel Motherboard Auxiliary 24Vdc Terminals Mains Terminal...

Страница 36: ...erminals C1634 Relay O P module address 2 zonal outputs 9 14 to Watermist panel C1634 Relay O P module address 1 zonal outputs 1 8 to Watermist panel Gland Plate Earth Wiring Screen Earth Terminal Blo...

Страница 37: ...ect return to Aux 24V Zones 2 8 10k end of line resistor Zones 9 16 10k end of line resistor Field wiring terminals on panel PCB Detector base Manual Call Point Sounder 3k9 end of line resistor Aux 24...

Страница 38: ...80R 1W activation resistor Z15 Z16 Z15 Z16 Wire Links Zones 15 16 from T1216W C panel 9 10 7 8 5 6 TB2 RL FLT I F Fault Signal from from T1216W C panel Watermist Control Panel Modification Note 1 Mods...

Страница 39: ...with a suppression diode as shown in Figure 20 4 Remote Inputs Silence Alarms Evacuate Reset Class Change Connections Connect to 0V AUX DC via the Normally Open contact inactive condition 5 Remote Ou...

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