PROFILE
Addressable Fire Alarm
Control Panels and
Repeaters
PROFILE, Addressable Fire Alarm Control Panels and Repeaters, Installa-
Installation
120.515.167_PROFILE-P-I
Doc. version 6.0
2. October 2020
© 2020 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Tyco Fire & Security GmbH, Victor von Bruns-Strasse 21, 8212 Neuhausen am Rheinfall, Switzerland
PROFILE Fire detection system
Contents
Contents
1
About this Manual..................................................................................................................4
1.1
1.2
1.3
1.4
1.5
1.6
1.7
Keywords and symbols ........................................................................................................................ 4
Who this Manual is for .......................................................................................................................... 4
What this Manual Covers ..................................................................................................................... 4
What this Manual does not cover........................................................................................................ 4
Other Documentation ........................................................................................................................... 4
Control Panel Identification ................................................................................................................. 5
Installation Overview ............................................................................................................................ 5
2
Installation ..............................................................................................................................9
2.1
2.1.1
2.1.2
2.2
2.3
2.3.1
2.3.2
2.3.3
2.3.4
2.3.5
2.4
2.5
2.6
2.7
2.8
2.9
2.10
2.10.1
2.11
2.12
2.13
2.14
Note Safety Warnings........................................................................................................................... 9
Local Conformance ....................................................................................................................................9
Electrical Safety .........................................................................................................................................9
Check the Mounting Location.............................................................................................................. 9
Dismantling and Mounting.................................................................................................................16
Dismantle for Access...............................................................................................................................16
Mount the Housing - P115S, P115D, P485D and P405D ........................................................................17
Mount the Housing - PR8AS....................................................................................................................18
Dismantle for Access...............................................................................................................................19
Mount the Housing ..................................................................................................................................19
Wire for Testing ...................................................................................................................................22
Make Insulation Checks .....................................................................................................................22
Wire in Remaining Modules ...............................................................................................................23
Measure Loop Resistance ..................................................................................................................23
Reassemble..........................................................................................................................................23
Connect the Loops...............................................................................................................................23
Connect the Local Sounders ..............................................................................................................23
Field Interface Module.............................................................................................................................25
Interface to Conventional Detectors.................................................................................................26
Terminate the Supervised Input ........................................................................................................27
Terminate Ancillaries ..........................................................................................................................27
Make any other Required FIM Board Connections ..........................................................................27
3
Configuration....................................................................................................................... 28
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.9.1
3.9.2
3.10
3.11
Connect the Mains Cable and Protective Earths .............................................................................28
Fit Standard Sized Modules................................................................................................................29
Fit an IOB800 or TUD800 Module ......................................................................................................29
Fit a CCU3/CMXMB .............................................................................................................................30
Fit Mounting Plates .............................................................................................................................31
Fit an XLM800 ......................................................................................................................................32
PSU830 Power Supply Module ..........................................................................................................32
Install the Batteries .............................................................................................................................33
Connect Repeaters..............................................................................................................................34
Connect Compact Repeater (PR1DS) ......................................................................................................34
Connect AC repeater (PR8AS) .................................................................................................................34
Connect any other ancillaries ............................................................................................................35
Make Customer Records ....................................................................................................................35
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3
PROFILE Fire detection system
1
About this Manual
1.1
Keywords and symbols
In this manual symbols are used in the margin to indicate warnings, and also ‘hints and tips’ type information.
These are explained in Table 1.
Keyword
Symbol
DANGER
Explanation
Warning.
Imminent danger.
Death or severe injury
when disregarded.
WARNING
Warning.
Potentially dangerous situation.
Death or severe injury possible when disregarded.
CAUTION
Warning.
Potentially dangerous situation.
Minor injury possible
when disregarded.
NOTICE
Warning.
Potentially dangerous situation.
Material damage possible
when disregarded.
Helpful information.
Table 1: Keywords and symbols in this documentation
1.2
Who this Manual is for
This guide is aimed at suitably qualified technicians
experienced in the Installation of fire detection and
alarm systems, who have also received training.
1.3
What this Manual Covers
This document describes the procedures for installing
the PROFILE addressable range of fire alarm control
panels and repeaters.
The guide sets out the necessary steps involved. This
includes:
 Installing optional boards into the control panel
 Fitting ancillaries
 Wiring
Installation
Doc. version 6.0
1 About this Manual

Downloading the configuration
 Testing
Not all the steps are covered in detail, as this would be
beyond the scope of the guide, and these details are
provided in other documentation (see also “What this
Manual does not cover”) below. Rather, the guide provides an overall sequence and context for the installation.
1.4
What this Manual does not
cover
The guide does not provide information on the following:
 System design.
The system must already be designed and planned
for the specific site, in terms of cable routing, device
selection and layout, Mains Supply and so on.
 Local regulations.
For example cable specifications and panel siting
restrictions are expected to be covered by local regulations, and as these factors should have been
incorporated into the design, they are excluded from
the guide.
 Installation of detector bases and ancillaries.
Refer to the respective installation (wiring) instructions.
 Installation of optional modules.
These products have their own specific instructions;
however this guide does provide supplemental information for installation in the PROFILE panel where
necessary.
 Procedures covered by another of the guides available for the PROFILE fire panel range.
For example in the PROFILE Panels Commissioning
Instructions, there are various tests to be performed
using operator functions as described in the PROFILE User Guide.
1.5
Other Documentation
Other documents can be obtained as PDF files from the
web. Your usual supporting web site will provide indexing and search facilities for finding the documents as
listed below.
 PROFILE Commissioning Instructions
 PROFILE User Guide
 PROFILE Product Application and Design Information
 PROFILE Compact Repeater and Zonal Display with
Shallow Back Cover Fixing Instructions.
4
1.6 Control Panel Identification
1.6
Control Panel Identification
A typical PROFILE control panel is shown in Fig. 1. Your
panel version may not match this figure exactly, but the
PROFILE Fire detection system
same items will be present, although perhaps not in the
positions shown.
Fig. 1: PROFILE Panel (example PR1DS PROFILE Compact Network Repeater)
1.7
Installation Overview
This guide leads you through the Installation procedure
as a series of step by step instructions.
The instructions are arranged into major instruction section headings. Most of these sections contain numbered steps, some are single instructions.
5
To give you an overview, all the sections and steps are
shown in Table 2 below. You could use this as a checklist to help keep track of progress.
Note
The next section to follow is not always the
next section in the manual.
Directions are given at the ends of procedures on where to go next in the manual.
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PROFILE Fire detection system
1.7 Installation Overview
Step summary
Step on page
Install
-
2.1 “Note Safety Warnings”
9
2.2 “Check the Mounting Location”
9
2.3 “Dismantling and Mounting”
16
1 Disconnect the door cabling
17
2 Remove the door hinge pins
17
3 Remove the door
17
4 Temporarily re-fit the hinge pins, or store safely
17
5 Disconnect earth wires
17
6 Remove chassis plate(s)
17
7 Ensure safe component storage
17
8 Take suitable measures to prevent electrostatic discharge damage
17
9 Temporarily re-fit the chassis screws, or store them safely
17
10 Remove knockouts as required.
17
2.4 “Wire for Testing”
22
1 Run loop wires round the building
22
2 Feed cables into the housing, using appropriate glands
22
3 Connect loop wires to strip type connectors
22
4 Connect the loop cable screens (if applicable).
22
2.5 “Make Insulation Checks”
22
1 Note the hint to keep records
22
2 Ensure checks will be made at 500 V
22
3 Make usual insulation measurements
22
4 Remedy low values
22
5 Optionally investigate marginal values.
22
2.6 “Wire in Remaining Modules”
23
2.7 “Measure Loop Resistance”
23
1 Note the hint to record values
23
2 Make the usual resistance measurements
23
3 Assess measurements and remedy if necessary.
23
2.8 “Reassemble”
23
2.9 “Connect the Loops”
23
2.10 “Connect the Local Sounders”(if necessary)
23
1 Connect sounders in Loop or Spur mode
23
2 Terminate the local sounder outputs
23
3 Set the jumpers.
23
2.11 “Interface to Conventional Detectors”
26
2.12 “Terminate the Supervised Input” (if necessary)
27
Table 2: Installing Summary
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1.7 Installation Overview
PROFILE Fire detection system
Step summary
Step on page
1 Fit resistors to used Supervised Input
27
2 Fit resistor to enabled but unused Supervised Input.
27
2.14 “Make any other Required FIM Board Connections”
27
Configuration
3.1 “Connect the Mains Cable and Protective Earths”
28
1 Make sure the cable is not live
28
2 Remove the PSU Mains Connector cover (if necessary)
28
3 Connect and clamp the Mains Cable
28
4 Connect the protective earth
28
5 Install a second earth independent from the mains earth
28
6 Re-fit the Mains Connector cover
28
7 Check system 0 V is not earthed.
28
3.2 “Fit Standard Sized Modules” (if necessary)
29
1 Decide on flat or perpendicular mounting
29
2 Clip the module into DIN rail bracket
29
3 Clip the bracket into the mounting plate
29
4 Fit the mounting plate to the control panel (details below).
29
3.3 “Fit an IOB800 or TUD800 Module” (if necessary)
29
1 Fit snap pillars
29
2 Fit the module to the pillars
29
3 Secure with screws
29
4 Fit the mounting plate to the control panel (details below)
29
5 Configure and connect the module.
29
3.4 “Fit a CCU3/CMXMB” (if necessary)
30
1 Locate the mounting plate
30
2 Secure the module to the mounting plate using the screws provided
30
3 Fit the mounting plate to the control panel (details below)
30
4 Configure and connect.
30
3.5 “Fit Mounting Plates” (required if a module fitted, above)
31
1 Remove FIM mounting screws
31
2 Fit washers and spacers
31
3 Place the mounting plate on the spacers and secure.
31
3.6 “Fit an XLM800” and PSU830 (if necessary)
32
3.8 “Install the Batteries”
33
1 Remove the battery fuse
33
2 Connect the battery cables to the PSU830
33
3 Place the batteries in the bottom of the panel
34
4 Connect the battery cables to the batteries
33
5 Fit the battery retaining clamp (if supplied)
34
Table 2: Installing Summary (cont.)
7
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Step summary
1.7 Installation Overview
Step on page
6 Connect the inter-battery lead
34
7 Tape the thermistor in place
34
8 Re-fit the battery fuse
34
3.9 “Connect Repeaters”
34
3.10 “Connect any other ancillaries”
35
3.11 “Make Customer Records”
35
Table 2: Installing Summary (cont.)
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2 2 Installation
2
Installation
The installation procedure is presented as step by step
instructions.
The instructions are arranged into major instruction section headings. Most of these sections contain numbered sub-steps, some are single instructions.
Additionally, there is a summary of the process showing
all the steps – see 1.7 “Installation Overview” on
page 5. You could use this as a checklist to help keep
track of progress.
2.1
PROFILE Fire detection system
2.1.2
Electrical Safety
DANGER
The PROFILE Control Panel contains
high voltages, producing a danger of
death or serious injury while working on
the panel.
Note the dangerous voltage warning
sticker on the chassis plate.
(See item 6 in Fig. 13).
Follow all steps and note all warnings in
this guide relating to electrical safety
and earthing.
Note Safety Warnings
Please note the warnings in the next two sub-sections.
2.1.1
Local Conformance
This guide does not provide details in areas which are
covered by local regulations and practice.
Instead, the local regulations must be followed. These
are expected to cover such items as:
 Wiring specifications
 Panel siting restrictions
 Provision for Mains isolation
 Earthing arrangements
 Environmental conditions
 Qualifications of personnel.
For example there may be a stipulation that the connections for the Mains supply and protective earth
can only be made by a qualified electrician.
(This is not an exhaustive list.)
WARNING
Failing to follow the local regulations
may lead to death, serious injuries and
damage to property or prosecution.
Ensure you do not breach the local
regulations.
9
2.2
Check the Mounting
Location
The control panel is not weatherproof. Check that the
location is indoors, dry and free from excessive dust.
Although the control panel mounting position should
already have been determined, as a double check, you
can check the dimension using the drawings below.
The drawings provide guidance on the cable entry
points through the housing walls.
The PROFILE flush-mounted panels slot into a cut-out,
and are held in place using a bezel. (See Figs. 5 to 13, all
figure measurements are represented in mm).
Note that the control panel doors have their hinges on
either left or right, and swing fully open, through more
than 180o.
Additionally, check whether there is sufficient provision
for mounting any ancillary module housings.
.
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PROFILE Fire detection system
2 2.2 Check the Mounting Location
440
220
5 dia.
9.5 dia.
320
200
6.4 DIA.
55
55
100
100
20
140
1
2
1
Fig. 2: ANC800 Ancillary Housing - Overall and Fixing Dimensions
1– On Top Only
2– Not on Top
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2 2.2 Check the Mounting Location
240.0
149.5
140.0
85.0
27.0
378.0
480.0
85.0
PROFILE Fire detection system
40.0
330.0
40.0
410.0
Fig. 3: Overall and Fixing Dimensions- PR8AS
1– Knockouts
2– Mounting hole Ø 5.5 mm
11
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2 2.2 Check the Mounting Location
1
209
205
205
205
40
2
2
4
3
3
480
400
320
3
170
3
3
40
40
330
40
410
Fig. 4: Overall and Fixing Dimensions- P115D Profile single loop panel deep, P405D and P485D Profile 2-4 loop panel deep
1– Knockouts Ø 20 mm (13x)
2– Knockouts
3– Mounting holes Ø 5.5 mm
4– Mounting hole Ø 7.5 mm
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2 2.2 Check the Mounting Location
PROFILE Fire detection system
441
1
198.2
A
557.6
A = 20
B = 25
A
390
117.6
2
A
50
B
150
150
220.5
220.5
3
B
A
Fig. 5: P805D and P885D PROFILE 2-8 loop Panel Deep - Overall and Fixing Dimensions
1– Use for Internal Ancillary Modules
2– Use for Incoming Mains Supply
3– Use for Coupling to Expansion Box
13
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2 2.2 Check the Mounting Location
1
144
140
205
205
40
2
2
2
480
400
3
3
40
40
330
40
410
4
Fig. 6: P115S PROFILE Single Loop Panel Shallow - Overall and Fixing Dimensions
1– Knockouts Ø 20 mm (13x)
2– Knockouts
3– Mounting hole Ø 5.5 mm
4– Knockouts Ø 20 mm
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2 2.2 Check the Mounting Location
PROFILE Fire detection system
441
198.2
B
A
A
557.6
A = 20
B = 25
280
A
50
B
150
150
220.5
220.5
1
B
A
Fig. 7: PROFILE P805D and P885D Battery and Expansion Housing - Overall and Fixing Dimensions
1– Use for Coupling to PROFILE Controller
15
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2 2.3 Dismantling and Mounting
1
Fig. 8: PR1DS PROFILE Compact DC Repeater Shallow-Overall and Fixing Dimensions
1– Slots
2.3
Dismantling and Mounting
Note
Depending upon the PROFILE variants, different set of instructions are to be followed.
For P115S, P115D, P485D, P405D and PR8AS,
follow the below procedures.
2.3.1
Dismantle for Access
Note
Dismantling is NOT required if the holes are
accessible as, in the case of PR8AS.
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2 2.3 Dismantling and Mounting
You will need access to the rear wall of the panel housing, for fixing screws and dismantling.
In most cases, dismantling is preferred. The dismantling
involves removing the housing door, and the chassis
plate (that holds the PCBs).
How to dismantle the panel
1 From the door and door mounted PCBs, first disconnect the following cables:
– Earth cable (Fig. 9, Item 3)
– 20-way ribbon cable attached to the FIM80X
(Fig. 9, Item 6).
– Ethernet cable from CPU card to the User Interface PCBA (Fig. 9, Item 5).
Then, disconnect any cable clips or ties. Note the
details for re-connection.
2 Unscrew the bottom door hinge pin
(Fig. 9, Item 2) as follows:
– Reach a long screwdriver into the channel formed
by the edge of the door pressing.
3 Remove the door as follows:
– First pull out the bottom of the door clear.
– Then, drop the door clear of the top hinge pin
(Fig. 9, Item 1).
4 Take steps for the safe keeping of the hinge pin. Perhaps re-fit this temporarily.
5 Disconnect the earth wires as follows:
– First, pull off the earth wire spade terminals from
the chassis tags (Fig. 10, Item 3).
– Then, disconnect the wires from the housing
earth connector.
6 Remove the chassis plates (Fig. 10, Item 1) as follows:
– First remove the lower two securing screws
(Fig. 10, Item 2).
– Then slacken the upper screws, slide the plate
upwards to clear the keyholes, and remove.
7 While disassembled, ensure safe storage of the
component parts.
8 Take suitable measures to prevent electrostatic discharge damage (such as keeping handling to a minimum).
Store the components safely in a dry environment,
preferably in their original packaging.
17
PROFILE Fire detection system
9 Temporarily re-fit the chassis screws for safe keeping (Fig. 10, Item 2).
10 Remove the knockouts from the backbox as necessary.
1
5
6
4
3
2
Fig. 9: Inside the door
1– Top Door Hinge
2– Bottom Door Hinge
3– Earth Cable
4– Holder for Ribbon Cable
5– Ethernet Cable
6– 20-way Ribbon Cable
2.3.2
Mount the Housing - P115S, P115D,
P485D and P405D
How to mount the housing
1 Decide on a wall mounting method (typically screws
into rawl plugs), and assess the required sizes of the
fastenings.
– Take into account the type of wall (solid brick,
wood and so on), and the weight of the assembled control panel housing.
– Typically the size of the batteries will have a large
influence on the housing weight.
2 For the upper (centre) mounting hole, mark on the
wall the drill hole position. This mounting hole is
shown as Fig. 11, Item 1. Now drill and plug this
hole.
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PROFILE Fire detection system
3 Insert a screw to suspend the housing from the
upper hole.
This allows you to insert the screw into the bare
wall, and then drop the housing onto the screw
(rather than screwing with the housing in position,
through the back wall).
4 Ensure the housing is horizontal, then for the lower
mounting holes, mark on the wall the drill hole positions.
– Drill and plug the bottom fixing holes.
– Insert screws to complete fixing the housing to
the wall.
For “deep” housings with the larger capacity batteries, it may be necessary to additionally use the upper
fixing holes, because of the extra weight.
5 Check the housing is physically secure.
6 Remove debris from the housing.
2.3.3
– Tighten all of the screws and check that the
mounting plate is secure.
3 Remove knockouts from the unit housings where
necessary, as required by the cabling runs. Fit cable
glands if necessary.
4 Hang and fix the panel on the mounting plate.
– Loosely screw the top two bolts on the mounting
plate already on the wall.
– Hang the panel on the loose screws and screw
the bottom two bolts.
– Tighten the four screws until the panel is fitted
securely.
– Remove any debris from the housing.
2
4
Mount the Housing - PR8AS
How to mount the housing
After checking that the mounting location is suitable,
you attach the mounting plate of the unit to the wall,
then attach the panel to this plate.
1 Check the mounting location.
– The housing is not weatherproof. Check that the
location is indoors, dry and free from excessive
dust.
– Determine the mounting positions and as a double check, use the dimensions in Fig. 3.
2 Fix the mounting plate to the wall.
Note
Ensure that the wall fixings are strong enough
to support the weight of the mounting plate
and panel. Note that the battery size has
an impact on the housing weight.
– Hold the mounting plate up to the wall and mark
on the wall a position for the upper mounting
hole. Make sure that the plate is the right way up.
See the arrow pointing upwards on the mounting
plate.Refer to Fig. 3.
– Drill a hole to accept the supplied wall plug and
insert the plug.
– Fix the plate into the upper drill positions just
enough to allow you to mark drill positions on the
wall for the two lower holes.
– Move the mounting plate out of the way and drill
the two lower holes.
– Insert the wall plugs and fix the mounting plate to
the wall with the screws.
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2 2.3 Dismantling and Mounting
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1
3
2
Fig. 10: Housing with Chassis Plate
1– Chassis Plate
2– Chassis Plate Mounting Screws
3– Earth Connector
4– Housing Earth
Reverse the above procedure to re-assemble the components in the housing.
18
2 2.3 Dismantling and Mounting
PROFILE Fire detection system
– Ethernet cable from CPU card to the User Interface PCBA (Fig. 12, Item 3).
4 Disconnect the earth lead connecting to chassis
plate as follows:
– First disconnect the earth lead between the CPU
card and the housing.
Then disconnect the earth lead between the chassis and the housing (Fig. 12, Item 1).
– Disconnect the Power Supply from the Mains
Cable.
– Remove the secured chassis plate screws, nuts/
bolts that are used to prevent the chassis plate
from being dislodged (Fig. 12, Items 5 and 6).
– Move the entire chassis plate upward and lift
away from the housing (Fig. 12, Item 4).
– Finally, store the chassis plate inside the packing
carton.
1
1
2.3.5
Fig. 11: Empty control panel housing (example P115S)
1– Lower mounting holes
For P885D and P805D, follow the below procedures.
CAUTION
Observe correct anti-static precautions while
handling electronic assemblies.
2.3.4
Dismantle for Access
How to dismantle the panel
1 Remove the complete assembly from the packaging.
2 Loosen the front cover fixing screws by using the
hexagonal key (on key fob).
Note that the screws are captive to the front cover.
3 From the door and door mounted PCBs, disconnect
the following cables:
– Earth Lead.
– 20-way ribbon cable attached to the user interface
PCBA on the inside of the door (Fig. 12, Item 2).
19
Mount the Housing
How to mount the housing
1 Determine position for the housing on the wall.
– Insert the top centre fixing into the wall by using
the No. 10 masonry drill.
(If in brick wall, a No. 8 x 1½ screw and rawl plug
is recommended.)
2 Remove appropriate cable entry knockouts and hang
the housing on the top centre fixing (keyhole slot)
(Fig. 12, Items 7 and 8).
3 Align with a spirit level and drill bottom fixings.
(These fixing holes have enough clearance to allow
a rawl plug to suit a No. 8 screw to be inserted without removal of the housing from the wall).
4 Securely mount the housing to the wall. Remove
debris from the housing.
5 Terminate cables into housing, leaving adequate
free end tails. These tails should be brought forward
and up to allow access for the chassis plate assembly.
Reverse the above procedure to re-assemble the components in the housing.
See Fig. 13 for the diagrammatic sketch of the housing
for all the PROFILE variants except P805D, P885D, AC
and DC repeaters.
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2 2.3 Dismantling and Mounting
8
7
1
4
3
1
5
2
6
Fig. 12: P885D/P805D- Internal View
1– Earth Lead
2– 20-way Ribbon Cable
3– Ethernet Cable
4– Chassis Plate
5– Chassis Plate Screw
6– Chassis Plate Nut/Bolt
7– Cable Knockouts
8– Keyhole Slot
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2 2.3 Dismantling and Mounting
PROFILE Fire detection system
6
2
4
5
3
AC IN
NL
REMOTE BUS
L
B-
B+
N/O C N/C
FAULT
N/O C N/C
ALARM
LOOP
POWER
SUPERVISED
INPUTS
ALARM I/P
SDR1
PL4
FB4
SDR2
AL+ AL- AR+ ARLOOP A
BL+ BL- BR+ BRLOOP B
JP10
EXPANSION I/O
IC14
LOOP EXPANSION
FB3
PL12
IC25
IC15
PL3
IC29
FRONT COVER
COM3
PL10
COM2
PL8
COM1
H11
LOOP B
PROGRAM
H10
LOOP A
PROGRAM
W/DOG
LOOP B
PL9
PL6
JP11
W/DOG
LOOP A
PL14
CPU INTERFACE
X3
JP12
NETWORK
POWER
IC22
PL11
GND
IC6
FB2
JP9
X2
TB2
RL13
RV2
RV1
IC21
+V
7
PL2
JP2
JP3
JP4
JP5
JP6
JP7
JP8
SVR1
POWER
PL15
NTC
FRONT
COVER
RL11
JP1
RL4
+V GND
H9
+RBUS
RL3
-RBUS
RL2
H8
RL1
H7
H6
H5
PL5
H4
H2
H3
H1
SUPERVISED UNSUPER/ EMERGENCY
ALARM
INPUT
/VISED
- INPUT +
- INPUT +
FAULT
ALARM
FAULT
EARTH
W/DOG
I/O
PL13
8
1
Fig. 13: Housing with Chassis Plate – all PROFILE panels except P805D, P885D, AC and DC Repeaters
1– Lower chassis plate securing screws
2– Upper chassis plate securing screws
3– Mains connector
4– Protective earth wires
5– Housing earth connector block (either a single stud or a multi-terminal bar, depending on the panel variant)
6– Dangerous voltage warning label
7– PMM800 (mounted on top of PSU)
8– Battery Fuse
21
Installation
Doc. version 6.0
PROFILE Fire detection system
2.4
2 2.4 Wire for Testing
Wire for Testing
R+ R-
It is mandatory to make temporary connections, so that
you can test the wiring for continuity, insulation and
other relevant procedures.
Depending on the model of the PROFILE panel and
options fitted, there may be addressable loops
(between one and eight) to be fitted.
How to wire for testing
1 Run the loop wiring around the building, and wire in
the bases, according to the system plan. Similarly,
run any other wiring required for ancillary modules.
Clearly label the + and - conductors. Connect these
to the matching terminals of the detector bases.
At this stage, do not wire in any isolator bases, or
any other modules, or fit the detectors. The reason
for not doing it is; because these items will be damaged by the high voltage insulation checks. Use strip
connectors (see Fig 14 on page 22) for any temporary connections, to preserve continuity.
Details of wiring individual items are provided with
the items respectively. For example, the wiring
details for detector bases are included as part of the
base packaging labelling.
At this stage, do not make final connections at the
control panel, as you will be testing the wiring, for
which free ends of the wires are needed.
2 At the control panel, feed cables through the appropriate knockouts. Use the glands as needed. Leave
generous tails of wire (approximately 600 mm
length).
3 Connect the loop wiring tails to a strip type connector block, with screw terminals, as shown in Fig. 14.
Consequently, place this loosely in the housing.
4 Connect the loop cable screen (if applicable). It is
recommended to electrically join the screens from
each section of the loop cable, making connections
within the loop devices. For example, connecting
this to the housing earth connector (item 5 in Fig. 13
on page 21).
Installation
Doc. version 6.0
L+ L-
1
Fig. 14: Loop Wiring for Testing
1– Dashed lines represent loop wiring
2.5
Make Insulation Checks
NOTICE
Danger of damage to equipment.
Before using a high-voltage insulation
tester, ensure that no devices liable to be
damaged are fitted to the circuit. This
includes isolator bases and ancillary
modules.
How to check the loop wiring insulation
1 Note that a record should be made of the measurements below, to be handed over to the customer.
2 Ensure your insulation checks will be at 500 V (set
your meter accordingly).
3 Make the usual insulation measurements. For example measure the resistance between the two wires
of the loops, and the resistance between the loop
wires and earth.
4 If any values are indicated as less than 1 MOhm, it is
identified as a failure; as the control panel will not
operate. In such a scenario, investigate and perform
the necessary remedial measures to rectify it.
5 For values that are indicated as more than 1 MOhm,
but less than 30 MOhm, investigate and try to
increase the resistance value to 30 MOhm.
22
2 2.6 Wire in Remaining Modules
2.6
Wire in Remaining Modules
At this stage, wire the remaining modules and isolator
bases into the loops.
2.7
Measure Loop Resistance
How to measure the loop resistance
1 Note that a record should be made of the measurements below, to be handed over to the customer.
2 Make the usual loop resistance measurements.
3 Check whether the values are acceptably close to
the anticipated values calculated at the design stage.
Check that the resistances of the loop positive and
negative wires are the same (within acceptable limits). If there is a problem, rectify it.
4 Remove the temporary connections that you had
made to the connector block, (See Fig. 14).
2.8
Reassemble
Now re-assemble the boards and modules into the
housing, following the reverse of the procedure “Dismantling and Mounting” on page 16.
2.9
Connect the Loops
At this stage, wire the addressable loop wires into their
connectors. (See Fig. 15 for a connector illustration).
For the pinout details, use labelling for the loop connections on the board. (The loops are connected to the FIM
board, and the XLM800 board; if fitted). For an FIM
board to quickly locate these labels, use Fig. 17 on
page 26.
Do not plug the connectors to their board sockets at this
stage. This will be covered in the PROFILE Panels Commissioning Instructions.
PROFILE Fire detection system
Note that the local sounders may not be configured into
your system.
How to connect the local sounders
1 Connect the sounders in Loop mode or Spur mode,
as shown in Fig. 17.
For the positions and pinout details of the connectors, use the labelling on the FIM circuit board.
To quickly locate these, refer to Fig. 17 on page 26.
2 For Spur mode, ensure that you have fitted the
2.7 KOhms terminating EOL resistors. These must
be fitted to the furthest sounder on the spur from
the control panel.
If a control panel sounder output is not required, but
the output is enabled in the configuration, connect
an EOL resistor directly across the sounder output
(that is between the SDR1 + and SDR1 – terminals).
If you are not sure about the configuration, it is safest to fit the resistor(s), as this will always result in
normal operation.
3 Set the jumpers as appropriate for Spur or Loop
mode, as shown in table 3.
Jumper
Spur Mode
Loop Mode
JP6
Not fitted
Fitted
JP5
Fitted
Not fitted
JP4
Fitted
Not fitted
JP3
Not fitted
Fitted
JP2
Not fitted
Fitted
JP8
Not fitted
Fitted (doubles
overcurrent shut
down limit)
JP9
Not fitted
Fitted (doubles
overcurrent shut
down limit)
Table 3: Sounder mode jumper settings
Fig. 15: Loop Wire Connector
NOTICE
JP9 (above) is partially covered by the
CPU801 board. However you are not
recommended to remove the CPU801 due
to the difficulties in re-fitting (it is easy to
mis-align the 64-way board to board
connector).
2.10 Connect the Local
Sounders
The “local sounders” are the sounders connected
directly to the FIM board, as opposed to sounders on an
addressable loop.
23
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PROFILE Fire detection system
2 2.10 Connect the Local Sounders
N/O
C
ALAR M
R E MOT E BUS
+R B US
N/C N/O
C
FAULT
A L A R M I/P
N/C
S UP E R V IS E D E A R T H F LT
INP UT S
S DR 1
B L+
S DR 2
B L-
BR+
LB OOP
B
R-
L OOP A A L +
AL-
AR +
AR -
ALAR M
-R B US
FAULT
INP UT
S UP E R V IS E D E ME R G E NC Y
INP UT
ALAR M
F R ONT
C OV E R
R L 11
R L1
R L2
R L3
R L4
P OWE R
P L 15
PL2
2
H17
R L 12
3
R L 13
1
H16
H15
H14
H12
H13
H18
IC 6
RV2
RV1
FB 2
PL4
H20
FB 4
L OOP E XPA NS ION
FB 3
IC 22
X2
P L 14
C P U INT E R FAC E
X3
P L 11
P L 12
PL9
PL3
IC 25
IC 15
NE T WOR K
P OWE R
IC 21
E XPA NS ION I/O
H32
IC 29
C OM3
C OM2
W/DOG
L OOP B
C OM1
L OOP B
P R OG R A M
L OOP A
P R OG R A M
W/DOG
L OOP A
F R ONT C OV E R
H31
H30
W/DOG
I/O
P L 13
4
5
6
7
8
9
10
Fig. 16: CPU801 Mounting to FIM
1– CPU801
2– USB
3– Earth Tagging Point (X401)
4– Connector to FIM (Under the CPU Board - Mates To FIM Pl14)
5– CPU PCB
6– StandOFF
7– Nut
8– FIM PCB
9– Pillar
10–Chassis Plate
Installation
Doc. version 6.0
24
2 2.10 Connect the Local Sounders
USB Port
The USB port is used to transfer firmware and configuration data.
Reference Document
For information on downloading configuration
data using the USB drive inserted into the
CPU801 board, refer to the latest version of
the PROFILE Panels Commissioning Instructions.
The CPU801 has the following connectors:
 Serial port
 USB port
 Ethernet port
The CPU801 has the following header configurations:
Headers
Configuration
H1, H2 and H3 not
fitted
Boots firmware on power up
or MX Consys download
H2 only fitted
Boots firmware default configuration on power up.
Clears battery backup RAM
H3 only fitted
To download panel firmware
PROFILE Fire detection system
2.10.1 Field Interface Module
The FIM has 3 RS232 serial ports which are used for
communicating with the following:
 COM1 - Serial printer.
 COM2 - Configuration PC/Modem.
 COM3 - ‘ThornNet’ and ‘FILNet’ communications
networks.
The FIM has the following Jumpers settings as shown
in Table 5.
Jumper
Description
Fitted
Not Fitted
JP1
Ground Fault link
ON
Ground Fault link
OFF
JP7
Emergency Alarm
will turn on
sounders
Emergency Alarm
has no effect on
sounders
(standard setting).
Table 5: Jumper settings
Table 4: CPU801 Header Configurations
25
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PROFILE Fire detection system
2 2.11 Interface to Conventional Detectors
N/O
1
ALARM
C
N/C
N/O
2
FAULT
C
N/C
+
-
ALARM
INPUT
+
UNSUPER/
/VISED
INPUT
-
FIM
+
SUPER/
/VISED
INPUT
-
10 kOhms
2 kOhms
+
5
SDR1
2.7 kOhms
SDR2
2.7 kOhms
+
5
-
3
4
Fig. 17: FIM Local Input and Output (the labels match those on the FIM board)
1– Shown in “normal” position (no alarm)
2– Shown in “normal” position (no fault)
3– Spur sounder mode
4– Loop sounder mode
5– Note that sounders must be polarised and suppressed
2.11 Interface to Conventional
Detectors
It may be necessary to interface with existing conventional detectors in the building.
In such a scenario, a DIM800 or DDM800 interface unit
will be inserted into the loop. The conventional detec-
Installation
Doc. version 6.0
tors will then be connected to the interface unit, to form
a spur to the loop.
Reference Document
For additional information, refer to the
DIM800 or DDM800 Fixing Instructions.
26
2 2.12 Terminate the Supervised Input
2.12 Terminate the Supervised
Input
The Supervised Input is active when the resistance
applied between the input + and - input terminals goes
low (when a shorting switch closes for example). Resistors are used to enable short and open circuit detection
in the switch wiring.
How to fit terminate the Supervised Input
1 If the Supervised Input is to be used, fit the supplied
resistors to Supervised Input wiring. This is illustrated in Fig. 17 on page 26. You need to place a
2 KOhm resistor in series with the shorting switch.
Then across this resistor and the switch, place a
10 KOhm resistor in parallel. Fit the resistors as
close to the switch as possible.
2 If the Supervised Input is not going to be used, but it
is enabled in the configuration, you need to connect
the 10 KOhms EOL resistor directly across the
Supervised Input + and – terminals of the FIM board.
27
PROFILE Fire detection system
To check the configuration, you need to open it using
MX Consys on a PC.
If you cannot establish whether the Supervised
Input is enabled or not, it is safest to fit the EOL
resistor, as this will always ensure normal operation.
2.13 Terminate Ancillaries
At this stage fit the required EOL resistors to the ancillaries. For details, refer to the documentation on the particular ancillary.
2.14 Make any other Required
FIM Board Connections
There may be other optional ancillaries and modules in
the system that requires to be connected. Connect
these at this stage.
For a general overview of the possible connections, see
Fig. 17 on page 26.
Installation
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PROFILE Fire detection system
3
Configuration
The following sections provide information on mounting, wiring and configuration of the different components of the PROFILE panels.
This chapter guides you through the procedure to be followed; from initially connecting the Mains to finally connecting any other ancillaries required before Commissioning.
Additionally, there is a summary of the configuration
process showing all the steps – see 1.7 “Installation
Overview” on page 5. You could use this as a checklist
to help keep track of progress.
3.1
Connect the Mains Cable
and Protective Earths
DANGER
Danger of death or serious injury.
Before working on the Mains
connection, verify that the cabling is not
live. Ensure the cabling is not connected
to the supply, or that the supply is
isolated.
DANGER
The PROFILE Control Panel contains
high voltages, producing a danger of
death or serious injury.
You must ensure adequate earthing of
the system.
In addition to any earthing requirements
in the local regulations, additionally you
must, also follow these stipulations:
 All exposed metalwork and cabling
conduits must be returned to earth at
the control panel.
 The control panel housing must be
earthed, following the procedures as
mentioned in this guide.
WARNING
To ensure proper operation of the
control panel a second earth, separate
from the mains lead earth, must be
installed. This is described below.
How to connect the Mains cable and protective
earth
1 Make sure the Mains cable is not connected to the
supply, or that the supply is isolated.
Installation
3 Configuration
Doc. version 6.0
2 On the PSU, locate the Mains connector at the top
of the unit. If the protective cover is fitted to this connector, remove it. For details of the cover and connector see Fig. 18 on page 28.
3 Connect the Mains cable to its connector (for reference see Fig. 12 on page 20 or Fig. 13 on page 21).
Fix the Mains cable using the clip near the Mains
connector.
4 Connect the protective earth conductor of the Mains
to a terminal of the housing earthing point.This point
is shown in Fig. 12 or Fig. 13, marked with an earth
symbol.
5 Connect a second earth wire (separate from the
mains lead earth) to a terminal of the housing earthing point. This must be 2.5 mm2 or greater in cross
sectional area. Connect this to a suitable earth bonding point.
NOTE: Most AC power distribution systems will
include a low impedance protective earth; however
IT power distribution systems either have no earth
or high impedance to earth. In these cases, a local
low impedance protective earth is required.
6 Re-fit the PSU Mains connector cover.
7 Make sure system 0 V is not connected to the earth,
as there is an earth fault monitoring circuit.
1
2
Fig. 18: PSU Mains Connector Cover (detail)
1– Cover
2– PSU Mains connector
28
3.2 Fit Standard Sized Modules
3.2
PROFILE Fire detection system
Fit Standard Sized Modules
At this stage, fit any standard size modules (such as a
LIM800 isolator) that may be required.
How to fit a standard sized module
1 Decide whether to mount the module “flat” or “perpendicular”. For “perpendicular” (up to four modules), jump to Step 2 now. For “flat” (one or two
modules), mount the modules as shown in Fig. 19
on page 29. Jump to Step 4 now.
2 Clip the module into the DIN rail mounting bracket,
as shown in Fig. 20. Do this by pressing the module
over the nylon pegs.
3 Clip the DIN rail mounting bracket to the mounting
plate as shown in Fig. 21.
4 Follow the procedure as described in the section
3.5 “Fit Mounting Plates” on page 31.
Fig. 21: LIM800s on Ancillary Mounting Plate
3.3
Fit an IOB800 or TUD800
Module
At this stage fit the IOB800 or TUD800 module, if
required.
Fig. 19: Standard sized module flat on mounting plate
How to fit an IOB800 or TUD800
1 Locate the mounting plate, part number
557.201.503.
To this mounting plate fit 8 mm snap-in pillars. Fit
the pillars in the locations shown as item 1 in Fig. 22
(the positions are the same for the TUD800).
2 Fit the IOB800 or TUD800 to the pillars.
3 Secure using an M3 x 6 mm screw, at Item 2 in
Fig. 22 on page 30.
4 Follow the procedure as described under the section
3.5 “Fit Mounting Plates” on page 31.
5 Configure and connect the module.
Reference Document
For information on installation of the
module, refer to the latest version of
IOB800/TUD800 Installation instructions.
Fig. 20: LIM800 fitted to DIN Rail Mounting Bracket
29
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PROFILE Fire detection system
3.4 Fit a CCU3/CMXMB
XP3
RE8
1 2 3 4 5 6 7 8
RE7
RE6
RE4
RE3
RE5
2
RE2
RE1
FU2
FU1
1 2
ON
XP5
ON
XP4
S2
S1
XP2
XP1
XP7
XP6
1
XT1
XT2
XT4
XT3
IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8Power 24V OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8
1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 + + - - C NC NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC NO
Fig. 22: IOB800 on Ancillary Mounting Plate
1– Snap-in pillar locations (4 similar)
2– Fixing screw location
3.4
Fit a CCU3/CMXMB
At this stage fit any required CCU3/C (MODBUS
interface), MOXA (BACnet converter) or RS800
(Webway interface) modules.
How to fit a CCU3/CMXMB Module
1 Locate the mounting plate.
The plate common to all units, and is shown in
Fig. 23. The mounting plate is ordered separately under the order code 557.201.509.
2 Secure the module to the mounting plate using
the screws provided.
Installation
Doc. version 6.0
The mounting hole positions are shown in
Fig. 23. For the MOXA module, use the inner
set of holes in the plate. For the CCU3/CMXMB
use the outer set of holes.
3 Follow the procedure as described under the
section 3.5 “Fit Mounting Plates”.
4 Configure and connect the module as
described in the respective module’s Fixing
Instructions.
30
3.5 Fit Mounting Plates
PROFILE Fire detection system
3.5
2
Fit Mounting Plates
Optional modules fitted within the control panel housing
are fitted using an intermediate mounting plate.
Follow the steps described in this section on fitting the
mounting plate, only if you have been directed from one
of the previous sections on fitting an optional module.
Before following the steps described below, the module should have already been assembled on the plate.
The mounting plates differ, depending on the particular
module; however the procedure remains the same.
1
How to fit a mounting plate
1 Remove the FIM mounting screws at the locations
shown in Fig. 24 on page 32.
2 In place of the screws, fit six M3 washers and
30 mm male/female spacers.
3 Place the mounting plate on the spacers and secure
using six M3 washers and M3 x 6 mm screws.
The next step is to configure and connect the module,
as described in the respective module’s Fixing Instructions.
2
Fig. 23: CCU3/CMXMB Mounting Plate
1– MOXA mounting holes
2– CCU3/CMXMB mounting holes
31
Installation
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3.6 Fit an XLM800
N/O C N/C
ALARM
S/VISED
INPUTS
ALARM I/P
N/O C N/C
FAULT
LOOP
POWER
SDR1
BL+ BL- BR+ BRLOOP B
SDR2
AL+ AL- AR+ ARLOOP A
FAULT
RL11
JP1
RL4
POWER
PL15
PL2
RESET
H1 H2 H3
RL3
ALARM
FRONT
COVER
FAULT
EARTH
RL2
RL1
UNSUPER/ EMERGENCY
ALARM
/VISED
- INPUT +
- INPUT +
H9
H8
SUPER/
/VISED
INPUT
BR- BR+ BL- BL+
LOOP
B
AR- AR+ AL- AL+
LOOP A
REMOTE BUS
PROFILE Fire detection system
JP2
JP3
JP4
IC6
JP5
RV2
RV1
JP6
JP7
JP8
JP9
FB2
FB4
1
JP10
EXPANSION I/O
IC14
IC22
PL11
CPU INTERFACE
X3
PL12
COM3
PL10
COM2
P L8
W/DOG
LOOP B
COM1
LOOP B
PROGRAM
H11
H10
LOOP A
PROGRAM
W/DOG
LOOP A
P L6
JP11
FRONT COVER
JP12
W/DOG I/O
X2
NETWORK
POWER
IC21
17A-03-5B
FB3
PL13
Fig. 24: Ancillary Mounting Plate Hole Locations on FIM (in black - re-use screw holes)
1– CPU801
3.6
Fit an XLM800
The XLM800 loop expansion board is mounted over the
FIM board, using stand-off pillars. On the FIM board the
same hole locations are used as for ancillary mounting
plates. These are shown in Fig. 24 on page 32.
If required, fit the PMM840 loop power supply module.
For full details refer to the installation instructions supplied with the products.
3.7
PSU830 Power Supply
Module
Note
PSU830 is used only for the PROFILE P805D
and P885D panels.
Installation
Doc. version 6.0
The PSU830 Power Supply Module supplies power to
all the PCBs and other devices that are fitted in the
P805D and the P885D panels. It contains an integral battery charger which continuously charges back-up batteries. These are required to supply the system in the
event of a mains failure, in order to comply with the
requirements of BS 5839: Part 1 and the requirements
of EN54-2 and EN54-4.
The Power Supply Module provides the following features:
 Nominal 27.3 VDC for charging 24 VDC lead acid
batteries
 Battery charger monitors for:
– Low battery voltage
– Missing or reverse battery
– Shorted battery wiring
– High battery resistance
32
PROFILE Fire detection system
>0.3 Ω
F2
F3
2A
F6
Table 6: Battery Resistance Values

Diagnostic LEDs for:
– AC OK
– Charger
– Battery
– Earth Faults
 Battery charger has fused output (7.5 A)
 Temperature compensation for battery charging
 Fault output relay
 Resettable +27 V output
 27.3 VDC CIE supply
 5 VDC CIE supply
 In addition the PSU830 provides 40 VDC @ 2.2 A for
loop supply
The PSU830 has the following connectors:
Connector
Description
CON3/1
DC Common
CON3/2
27.3 V DC (resettable)
CON3/3
DC Common
CON3/4
27.3 V DC (non-resettable)
CON3/5
Battery -ve
CON3/6
Battery -ve
CON3/7
Battery +ve
CON3/8
Battery +ve
CON3/9
Fault Relay - Common
CON3/10
Fault Relay - Normally
Closed (Open - Fault)
Table 7: PSU830 Connectors
CON1 connects power to FIM PL2.CON6 connects the
fault outputs of 2 x PSU830s and provides synchronisation for battery monitoring. (See section 8-loop full
power for details).
It is recommended that the FB800 Fuse Board is always
used with the PSU830 whenever 27.3 VDC is required
to be distributed outside of the CIE.
7.5A
0V +27
65 Ah
with dual power supply
2A
1
RLNC RLC +BT +BT -BT -BT +27
>0.6 Ω
RESET
17 Ah
38 Ah
LK-2
E - FLT
DIS EN
Resistance
LK3
Battery
0V
3.8 Install the Batteries
DC COMMON
27.3V DC (RESETTABLE)
DC COMMON
27.3V DC (NON-RESETTABLE)
BATTERY -VE
BATTERY -VE
BATTERY +VE
BATTERY +VE
COMMON FAULT RELAY (RLNC)
COMMON FAULT RELAY (RLC)
THERMIST0R
CON1 TO FIM PL2
Fig. 25: PSU830 Connectors
3.8
Install the Batteries
WARNING
The standby batteries can deliver high
current, producing a danger of injury and
equipment damage while working on the
panel.
Take care not to accidentally short the
battery terminals, especially when fitting
the retaining bracket.
The batteries are supplied charged.
Note
 The battery must be of the VRLA type
(valve regulated lead acid)
 The battery must have an enclosure with
flammability class UL94V-1 or better
 The battery must comply with all applicable standards indicated in paragraph M.2.1
of standard EN 62368-1 : 2014 “Requirements (safety of batteries and their elements)”; in this case the standards: IEC
60896-21: 2004 and IEC 60896-22: 2004.
 The battery must be replaced by a skilled
person
How to install batteries for P115S, P115D, P405D
and P485D Panels and AC Repeaters
1 Remove the battery fuse from the PMM800 board
(Item 8 in Fig. 13).
2 Connect the battery cables to the terminals marked
BATT+ and BATT- on the PMM800 board (the PSU
33
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PROFILE Fire detection system
3
4
5
6
7
8
9
is Item 7 in Fig. 13 on page 21, mounted on top of
the PSU). There are two of each terminal – use either
one. Connect the red cable to positive and the black
cable to negative.
Place the batteries at bottom of the control panel
housing.
Connect the battery cables to the battery +ve to -ve
terminals.
If supplied, fit the battery retaining clamp. For details
refer to the instruction leaflet provided with the
clamp.
Connect the inter-battery lead between the batteries
(+ve to -ve terminals). Note that the control panel
will not start to power up from the batteries without
the Mains being powered up.
Identify the temperature compensation thermistor
lead. This is from the connector marked THERMISTOR J3 on the PMM800 board mounted to the
power supply. Tape the thermistor at the end of the
lead at a convenient location on the side of a battery.
Re-fit the battery fuse.
Label the batteries with the current date.
3.9 Connect Repeaters
6 Connect the inter-battery lead between the batteries
(+ve to -ve terminals).
7 Fit the thermistor, ensuring that the end of the thermistor is in contact with the top of the battery (use
double sided tape to secure the thermistor to the
battery).
8 Label the batteries with the current date.
NOTICE
Ensure that the batteries are embedded in a
U-shaped metal sheath to prevent it from
dislocating.
3.9
This section describes in detail the procedures to be followed for connecting the compact and the AC repeaters.
3.9.1
1 Place shock absorbers at the bottom of the control
panel.
2 Connect the battery cables to the battery terminals
(+BT and -BT on the PSU830).
You can use either one of the two BT-terminals.
Ensure that the red cable is connected to BT+ and
the black cable to BT- terminal respectively.
3 Place the batteries at bottom of the control panel
housing.
4 Connect the battery cables to the battery +ve to -ve
terminals.
5 If supplied, fit the battery retaining kit. For additional
information, refer to the instruction leaflet provided
with the kit.
Installation
Doc. version 6.0
Connect Compact Repeater
(PR1DS)
Reference Document
Refer to the PROFILE Compact Repeater and
Zonal Display with Shallow Back Cover Fixing
Instructions.
Note
Batteries are not required for DC repeaters.
How to install batteries for P805D and P885D
Panels
Note
As a standard, the batteries do not need to be
restrained. If it is a specific customer requirement a battery retaining kits are available.
Connect Repeaters
1 Connect the Ethernet cable from the controller to
the compact repeater.
If necessary install the RDS800 Repeater Distribution Switch kit in the panel before connecting the repeater.
2 Connect the mains earth lead to the earth tag.
3 Connect the 24 VDC and 0 VDC to the compact
repeater.
3.9.2
Connect AC repeater (PR8AS)
1 Connect the Ethernet cable from the controller to
the AC repeater. Please use plastic clamp for fixing
the ethernet cable to the \ repeater door.
If necessary install the RDS800 Repeater Distribution Switch kit in the panel before connecting the repeater.
2 Connect the mains earth lead to the mains earth
stud/box.
3 Connect the mains leads to the mains terminal block
on the housing.
4 Ensure that the protective earth lead from the front
cover is connected to the earthing stud/box of the
housing.
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3.10 Connect any other ancillaries
3.10 Connect any other ancillaries
At this stage connect any other ancillaries of the system.
After the installation procedure has been completed,
follow the Commissioning method as described in the
PROFILE Panels Commissioning Instructions.
35
PROFILE Fire detection system
3.11 Make Customer Records
At this stage make copies of the cable routing diagrams
and the wiring test results to be handed over to the customer.
Installation
Doc. version 6.0
120.515.167_PROFILE-P-I, doc. version 6.0, 2. October
2020
Further information about ZETTLER can be found on the
Internet at www.zettlerfire.com
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