Honeywell 13270-01LB, 75585-01NMB, 75585-02NMB, 13270-04LB, 75585-04NMB Data, Installation And Commissioning Manual

...

This manual covers a range of conventional fire panel and include system design, installation and configuration information.

The fire panels covered are designed in accordance with the requirements of EN54 Part 2:1997 + AMD 1 (and include optional clauses 7.8, 7.10 & 7.11), plus the requirements of EN54 Part 4:1997 + AMD 1 and AMD 2. This publication covers the Conventional fire alarm panels:

q 1 zone panel:- 13270-01LB and

75585-01NMB

q 2 zone panel:- 13270-02LB and

75585-02NMB

q 4 zone panel:- 13270-04LB and

75585-04NMB

q 8 zone panel:- 13270-08LB and

75585-08NMB

q Fire alarm repeat panel:

13271-08LB and 75586-08NMB.

The panels are supplied without batteries.

This manual is intended for use by installers and commissioning engineers.

A separate Operating instructions and Log book has been supplied along with this booklet which must be forwarded on to the End User.

4188-424 issue 4_Part 1_10-09

Data, Installation and Commissioning guide

Fire Control and Repeat panels

(Conventional 1, 2, 4 and 8 Zone panel range)

Content Page

System design · · . . . . . 2

Cables - · · · · · . . . . . 4

Notes to installers . . . . . 5

Panel fixing· · · · . . . . . 6

Terminals · · · · . . . . . 8

Controls & indicators . . . . 9

Power up tests · · . . . . . 10

Installed system tests . . . 11 Config. considerations . . . 11

Access levels 2 · . . . . . 12

Operating instructions for

Access level 2 functions . . 12 Programming Options . . . 14 Operating instructions for

Access level 3 functions . . 14 Operating instructions for

Access level 4 functions . . 15

Fault indications · . . . . . 16

Fault finding · · · . . . . . 17

Specification for the

Control panel· · · . . . . . 20

Specification for the

Repeat panel· · · . . . . . 22

Parts list · · · · · . . . . . 23

System design

The fire system design should be to

BS 5839:Part 1:2002 + A2:2006 Code of Practice for system design installation and servicing.

Supplemented with customer requirements.

Mains Supply

The control panel mains supply must be via a fused spur unit rated:

5A - 1 & 2 Zone panel/Repeat

panel

7A - 4 & 8 Zone panel

Standby Supply

With the recommended batteries the control panel will provide a standby supply under mains failure conditions. A period of 72 hours followed by 30 minutes of alarm load is possible and is dependent on the system loading.

24V power supply

The power supply terminals ‘24+ and 0’ may drive external ancillary equipment and is designed to be used in conjunction with auxiliary contacts and common fire and fault outputs. The maximum currents are 250mA (1 & 2 zone) and 500mA (4 & 8 zone). The supply is monitored for faulty 24V supply level or fuse blowing.

NOTE: The use of the 24V supply will affect the panel standby capability.

Fire Detection (Zone Circuits)

Each zone circuit can have up to

3.0mA load. An end-of-line capacitor unit or bipolar capacitor is required for zone circuit monitoring, which must be fitted after the last detector or manual call point on the circuit. All

manual call points used must have a 470 ohms series resistor.

Where a zone circuit is not being used, the

end-of-line

capacitor unit or bipolar capacitor must be fitted across its terminals in the panel.

System design Fire Panels

2 4188-424 issue 4_Part 1_10-09

Un-used Zone circuits mus

be terminated with an end-of-line Capacitor unit or bipolar capacitor

End-of-line Capacitor unit or bipolar capacitor

RED

BLACK

FIRE DETECTION (ZONE) CIRCUIT

fire detector head may be fitted to a diode-base for continuity when a detector head is removed and there can be a maximum of up to 20 diode-bases per zone circuit.

MANUAL CALL POINT

NOTE: Spur wiring is not permitted off zone circuits.

Zone

Circuit

Zone

Circuit

Control panel

Z1+ Z2+Z1- Z2-

BLACK

RED

FIRE DETECTOR

Figure 1 Zone circuit - used and unused

OUT

NC/NO

OUT

LED unit

Base showing End of Line device fitted

Base with LED connection

Base with Relay connection

Standard base shown. Diode base connection is identical.

Standard base

MCP

Zone Circuit

Zn+

Zn-

NOTE: LED unit is supplied with LED module

NOTE: End of line unit is supplied with panel

Zone

Circuit

Control panel

Zn+ Zn-

Earth continuity

Control panel

Connection to 17800 range of detector bases are shown here.

Figure 2 Connection to detectors, call points and panel

Alarm (Sounder circuits)

To comply with the requirements of

BS 5839: Part 1:2002 +

A2:2008,

two or more alarm sounder circuits should be used on all installations.

NOTE: All sounder circuits (sectors) will operate together in the event of a fire condition.

NOTE: Each sounder output is

0.5A maximum protected by

0.75A fuse.

1 & 2 Zone Panels

4 & 8 Zone Panels

1A maximum Alarm sounder load per panel

1.5A maximum Alarm sounder load per panel

The load must be shared between the sounder circuits. The alarm sounder circuits are regularly pulse monitored for failure. It is important that the last alarm sounder is fitted with a 10K Ohm end-of-line resistor.

The sounder outputs are monitored in alarm for loss of supply or multiple sounder output overloads

Where a sounder circuit is not being used, the

end-of-line

resistor must be fitted across its terminals in the control panel.

Class Change

A pair of unmonitored terminals allow only the system alarm sounders to be activated from a remote position. It is considered that the major use for these will be for class change functions in schools and colleges.

Auxiliary Contacts

These are normally open (NO) and normally closed (NC) contacts that change over when the panel goes into a fire condition. The contacts are rated at 24V dc 1A for a resistive load and should not be used to switch voltages in excess of 50V. The auxiliary circuits should be powered from an independent power supply.

NOTE:There is no indication given at the panel of class change push button operation.

Fire Panels System design

4188-424 issue 4_Part 1_10-09 3

NOTE: Spur wiring is not permitted off circuits.alarm sounder

Sounder

Control panel

Alarm sounders

be polarised

and suppressed.

must

S1+

Sn+S1- Sn-

Alarm sounder

must have a

series blocking

diode

Sounder circuit that is not used is terminated with an end-of line resistor

ALARM SOUNDER CIRCUIT

End ofline Resistor 10k Ohms

Control panel

Sn+

Sn-

Earth continuity

Sounder

Figure 3 Alarm sounder circuit used and unused

Class change

100m max.

Cable

distance

Pushb

utton switc

or relay pulsed

at 1 second

interval (minimum)

for class change

application

CC1

C2C

Control panel

Figure 4 Class change circuit

Contacts rated 1A@24Vdc

Contacts change over occur with a fire condition

Auxiliary

contacts

Control panel

100m maximum cable distance

Figure 5 Auxiliary contacts

Common Fire and fault

The common fire output is a normally open electronic switch that closes with a fire condition.

The common fault output is a normally closed electronic switch, which opens with a fault condition, this is for a fail safe operation.

Each electronic switch is current limited, see specification.

Use a relay to provide volt free contacts.

The +24V & 0V is a power supply for use with auxiliary contacts, common fire and common fault circuits, see specification.

Repeat Panel

A Repeat panel can be connected in series to the control panel. A repeat panel duplicates fire and fault indications together with system controls.

Cables Fire Panels

4 4188-424 issue 4_Part 1_10-09

24+

CFT

CFR

Control panel

Current limited

Normally closed

electronic switch

Normally open electronic switch

NOTE: The maximum 24V relay load is 280mW (Common Fire) and 500mW (Common Fault). Use a relay to provide volt free contacts.

24V+ - 24V+ supply CFT - Common fault CFR - Common fire 0V - 0V supply

The Indicator and Relay

shown connected here are typical examples of external circuit

Figure 6 Fire fault & 24V outputs

Length per circuit Type of circuit Recommended cables, also see BS5839:Part 1 guidance

2m Mains power supply cord see power supply cord

1Km Zone circuit

See BS5839:Part 1:2002 + A2:2008 for guidance

1Km Sounder circuits

100m Auxiliary circuit

100m Common fire and fault circuit

100m Class change circuit

500m total circuit Repeat panel link Belden type -screened 2-core twisted pair

Cables

The guidance of BS5839:Part 1:2002 + A2:2008, should be followed.

Generally available electrical installation cable may be used, providing the cable is:

BS6387

with no more than 2 - cores

q each core having no less than

1.5mm

cross section area

(maximum 2.5mm

with an inherent or through metal conduit screen for earth continuity in order to produce electrical protection and screening.

having protection from heat and mechanical damage.

Power supply cord

The mains supply to the panel should be wired in 0.75mm

cable with a effective connection to building service earth continuity conductor.

R+

R-

Control panel

Repeat panel

Screen must be connected to panel

R+ R-

Figure 7 Control to repeat panel connections

Notes to installers

Check

The power-up and commissioning is done by the servicing organisation.

The wires between the termination point and terminals should be short and straight as possible.

The cables of the fire detection and alarm system and other systems should usually be separated by at least 160mm, unless dedicated conduit or ducting is used.

Do not use any part of building structure for earthing.

The cable length between the Repeat LED unit and respective fire detector where used , should not exceed 10m.

q Cable Glands should be used

on the equipment for the mains supply cable.

q Unused knockouts on product

enclosure that have been removed, should not be left open.

Requirements

It is recommended that the installer follow the general requirements of:

BS5839:Part 1:2002 + A2:2008

which is the

code of practice relating to the fire detection and alarm systems for buildings

the relevant parts of the

BS 7671 Requirements for Electrical Installation

Second fix

To prevent the possibility of damage or dirt degrading the performance or appearance of the System products, the installation of second fix items should be delayed until all major building work in the area is complete.

Fixtures and fittings

It is the installers responsibility to provide:

· adequate fixtures and fittings

for the type of construction surface onto which a product is to be installed.

· as an aid to this decision, the

weight and overall size of each full assembly together with implications on cable entries and routing should be taken into consideration.

NOTE: All these procedures assume that the cable, gland, steel box (BESA box) and other related accessories are provided by the installer.

As fitted wiring drawings

The installer should acquire:

site specific information from the interested parties, for details on the location of products for installation

the acquired information together with this guide and the relevant standards should be used to assist the work.

Earth continuity

To maintain earth continuity, the cable screen must be continued through each system device, whether the earth is connected to a device or not.

NOTE: The cable from the main panel to repeat panels if fitted must be a screened cable. Refer to Figure 8.

Fire Panels Notes to installers

4188-424 issue 4_Part 1_10-09 5

4-off earth points

Mains input terminal

block c/w mains fuse

Mains supply

to panel

13-back 13-top

cable entry points

Gland

Earth drain

Cable

Zone Cable termination

TE: Repeat panel link cable entries are located at the opposite end to the mains cable entries, ie on the Right Hand Side.

Panel backbox

Electronic assembly

Figure 8 Panel cable entry and earth points

Panel fixing

a) Remove panel from its

packing.

b) Store the front panel (including

the electronic assembly) and the metal plates in a safe place until later.

c) Check the spare parts supplied

with those listed in

Table 1.

d) Remove the appropriate

knock-in on the panel case for cable entry.

e) Hold the panel on the wall in

the desired mounting position and mark the positions of the fixing holes. See

Figure 9

for

case fixing details.

f) Secure the panel to the wall

using suitable fixings. A top centre keyhole fixing is provided on the case to allow the panel to be hooked whilst the bottom two fixing points are located.

NOTE: For details on flush fixing the panel, see Figure 11.

g) Connect the mains supply

cable to the panel. The cable:

· must be fed through one of the dedicated mains cable entry points into the panel.

must be via an unswitched fused spur unit, rated 5A for

the 1&2 Zone Control and Repeat panels and 7A for 4&8 Zone panels.

The fused spur isolator cover should be red and marked:

FIRE ALARM - DO NOT SWITCH OFF

The fused spur units must be fed from a dedicated isolation switch used for the fire alarm system only.

h) Wire the system. With the

exception of mains cable, all other cables should remain unconnected at the panel. For the unconnected cable leave 300mm tail wire length and mark each core identifying its final point of connection. The system wiring can be tested whilst not connected to the respective terminals at each system device.

CAUTION: DO NOT undertake high voltage insulation tests WITH THE CABLES CONNECTED to their terminals. This may damage the electronic circuitry in the product.

I) Refit the front panel

(including

the electronic assembly

) into the panel using four M3 screws and connect the transformer cable and earth cable, see

Figure 10

j) Attach the top and bottom

metal plates using four M3 screws,

see Figure 11

NOTE: Each terminal in a panel will accept a maximum conductor size of 2.5mm

NOTE: The installation of all outstanding parts is usually carried out during Commissioning of the System.

Panel fixing Fire Panels

6 4188-424 issue 4_Part 1_10-09

Description

For fuse location see Figure 12

Quantity supplied with control panel

Repeat panel

1 zone 2 zone 4 zone 8 zone

10K end-of-line resistor 2 2 4 8

Capacitor unit or bipolar capacitor

12 4 8

End of line label 3 4 8 16

Fuse 3.15A 20mm x 5mm AS (mains terminal block )

11 1 1 1

Fuse 3.15A 20mm x 5mm QB (battery FS2)

11 1 1 1

Fuse 0.5A 20mm x 5mm QB (24V) UL Rated FS11

11 1 1

Battery link 1 1 1 1 1

Zone designation label 1 1 1 1 1

M3 screws 8 8 8 8 8

Table 1 Spare parts supplied with each panel

Dedicated mains

cable entry points

Panel size

395mm wide x 274mm high x 87mm deep

89mm 89mm

19mm

197mm

111mm

4-off earth points

How to knock-in a cable entry point

Knock here to open the entry point

Panel Backbox

Transformer

cables

to electronic

assembly

Earth connection

to the electronic

assembly

Figure 9 Panel fixings

Store all spare parts and loose components including the batteries inside the panel carton and keep in a safe place until required.

Fire Panels Panel fixing

4188-424 issue 4_Part 1_10-09 7

Dedi

catedmains

cable entry points

4-off earth points

Red

Battery connections

Fixing points for the electronic assembly

Electronic assembly

To To

Transformer Earth

T1A T1B E

Panel Backbox

Transformer

cables

to electronic

assembly

Earth connection

to the electronic

assembly

+ve

-ve

Bottom Plate (instructions printed onto plate)

Ribs

NOTE: The metal plates are to be located under the ribs on the front panel and fixed in place using M3 screws.

Figure 10 Refitting electronic assembly

378mm wide

245mm high

60mm deep

cross section of the wall to which the panel is to be flush mounted

Control or Repeat panel

perture

Flush shroud

4.5 mm

diameter holes

12 h

oles

Figure 11 Installing a flush shroud

Terminals

Terminals Fire Panels

8 4188-424 issue 4_Part 1_10-09

Zones

FIRE

Faults

System

Power

Earth

Sounder

Disabled

Sound Alarms

Silence Alarms

Test

Access/ Function

1 2 3 4 5 6 7 8

Cancel Buzzer

Reset System

CN5 CN6 CN7 CN8 CN9 CN10 CN11 CN12 CN13 CN14 CN15 CN16 CN17 CN18 CN19 CN20 CN21 CN22 CN23 CN24 CN25CN26 CN27 CN28CN29 CN30

F1 F2 F3 F4 F5 F6 F7 F8

F9 F10 F11

SECTOR1 SECTOR2 SECTOR3 SECTOR4 SECTOR5 SECTOR6 SECTOR7 SECTOR8BATTERIES

T1AT1B T2BT2AENCNCNONOZ1+Z1-S1-S1+ Z2+ Z2- S2-S2+ Z3+ Z3- S3-S3+ Z4-Z4+ S4+ S4- Z5+Z5- S5-S5+ Z6+ Z6- S6-S6+ Z7+ Z7- S7-S7+ Z8-Z8+ S8+ S8- CC1CC2 24+ 0CFTCFR R+ R-

POWER1 POWER2

FS2 QB

3.15A

FS3 750mA

750mA

FS11 QB - UL Rated 500mA

500mA

FS5

750mA

FS7

750mA

FS9

750mA

FS4 750mA

750mA

FS6

750mA

FS8

750mA

FS10

750mA

Fuse 1-Zone panel

2-Zone panel

4-Zone panel

8- Zone panel

Repeat panel

SECTOR 1

SECTOR 2

SECTOR 3

SECTOR 4

SECTOR 5

SECTOR 6

SECTOR 7

SECTOR 8BATTERIES

24V

All other fuses, ie FS1, FS2 and FS11

are 20mm x 5mm diameter

QB - Quick Blow AS - Anti-Surge

Fuses

T1A

T1B

CFR

24+

CFT

CC1

CC2

R+

R-

Zn+

Zn-

To Zone and Sounder

Circuits, where `n' signifies

circuit number 1 to 8

Sn-

Sn+

Auxiliary contacts

1A at 24Vdc resistive

To transformer

Mains input supply

Software

version

label

P3 to P6

Class change, connect to XEN-FFR

Common fault,

Common Fire

Repeat panel

Panel

EEPROM Protection fitted across pins 1 and 2

Power

Shift

Display

NE L

The terminal blocks are not fitted on the

shaded

Repeat panel.

FS1 (MAINS) AS

3.15A

All sector outputs have resettable 0.75A fuses which do not need replacing. The individual outputs will recover after removing the fault. The recovery time is 30 seconds minimum and it is recommended that the sectors be switched off (Silence Alarms).

Delay

Figure 12 Panel terminals and fuses

+ 16 hidden pages

Honeywell 13270-01LB, 75585-01NMB, 75585-02NMB, 13270-04LB, 75585-04NMB Data, Installation And Commissioning Manual

Specifications and Main Features

Frequently Asked Questions

User Manual