Download Precept en Installation Guide

Written by: RKP
Checked by: AJC
Approved by JBJ
Control Equipment Limited
Precepten Output Expansion Module
Installation & Commissioning Manual
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 1 of 23
23/12/09
Written by: RKP
Checked by: AJC
List of Contents
1. INTRODUCTION ........................................................... 3
2. OVERVIEW OF INSTALLATION AND COMMISSIONING .. 3
3. POWER SUPPLIES ...................................................... 3
EN
4. PRECEPT – INTERNAL PANEL VIEWS ...................... 4
5. OUTPUT MODULE FIELD WIRING/TERMINAL
DIAGRAMS....................................................................... 7
6. INSTALLATION ............................................................. 8
6.1
ELECTRICAL SAFETY .................................. 8
6.2
INSTALLATION INSTRUCTIONS..................... 9
EN
6.2.1
PRECEPT 16 EXP PANEL INSTALLATION
INSTRUCTIONS ........................................................ 9
EN
6.2.2
PRECEPT 4 AND 5 EXP EXPANSION
ENCLOSURES .......................................................... 9
6.2.3
INTERCONNECTIONS BETWEEN FIRE
ALARM PANEL AND OUTPUT MODULES ............... 10
6.2.4
INSTALLATION OF THE C1630 OUTPUT
EXPANSION INTERFACE ........................................ 12
7. COMMISSIONING ....................................................... 13
7.1
SITE-SPECIFIC CONFIGURATION. ............. 13
7.1.1
C1633 8-WAY OPEN COLLECTOR OUTPUT
MODULE CONFIGURATION. .................................... 13
TABLE 5 - SETTING C1634 BOARD ADDRESS ..... 14
7.1.2
C1635 8-WAY ALARM/POWERED –
MONITORED RELAY OUTPUT MODULE
CONFIGURATION. .................................................. 15
7.1.3
C1630 OUTPUT INTERFACE
CONFIGURATION ................................................... 16
7.2
COMMISSIONING PROCEDURE.................. 16
7.2.1
SOUNDER CIRCUITS ............................. 16
7.2.2
COMMISSIONING POWERED/FAULT
MONITORED FIRE PROTECTION CONTROL SIGNALS
[C1635 MODULES CONFIGURED AS FIRE
PROTECTION O/PS] .............................................. 16
7.2.3
COMMISSIONING THE VOLT-FREE RELAY
FIRE PROTECTION CONTROL SIGNAL [C1634
MODULES CONFIGURED AS FIRE PROTECTION
O/PS] 17
7.2.4
COMMISSIONING C1633 OPEN
COLLECTOR OUTPUTS ........................................... 17
8. CONSTRUCTION PRODUCTS DIRECTIVE .................. 23
FIGURE 12 – TYPICAL INTERNAL WIRING DIAGRAM FOR
EN
PRECEPT 8/16 WITH INTERNAL O/P MODULES
AND EXP 4 OUTPUT MODULE PANEL WITH NO PSU
...............................................................................18
FIGURE 13 – TYPICAL INTERNAL WIRING DIAGRAM FOR
EN
PRECEPT 8/16 AND EXP 4 OUTPUT MODULE
PANEL WITH NO PSU ............................................19
FIGURE 14 – TYPICAL INTERNAL WIRING DIAGRAM FOR
EN
PRECEPT 32 AND EXP 5 OUTPUT MODULE
PANEL WITH 5 AMP PSU ......................................20
FIGURE 15 – TYPICAL INTERNAL WIRING DIAGRAM FOR
EN
PRECEPT 32 AND EXP 5 OUTPUT MODULE
PANEL WITH NO PSU ............................................21
FIGURE 16 – TYPICAL INTERNAL WIRING DIAGRAM FOR
EN
PRECEPT 8/16 WITH INTERNAL O/P MODULES
AND EXP 4 OUTPUT MODULE PANEL WITH PSU ..22
List of Tables
TABLE 1 – PANEL SPARES BAG CONTENTS ...................9
TABLE 2 - FIRE PANEL/OUTPUT MODULE
INTERCONNECTION INSTALLATION W ORK ............10
TABLE 3 - SETTING C1633 BOARD ADDRESS..............13
TABLE 4- SETTING C1633 ZONE RANGE .....................13
TABLE 5 - SETTING C1634 BOARD ADDRESS..............14
TABLE 6 - SETTING C1634 ZONE RANGE ....................14
TABLE 7 – SETTING C1634 TO STANDARD OR VDR
MODE.....................................................................14
TABLE 8- SETTING C1635 BOARD ADDRESS...............15
TABLE 9 – SETTING C1635 TYPE, GENERAL/ZONAL
RESPONSE AND ZONE RANGE...............................15
TABLE 10 – SETTING QUANTITY AND TYPE OF O/P
MODULES ON THE C1630 .....................................16
List Of Figures
FIGURE 1 – PRECEPT 16 INTERNAL VIEW SHOWING
OPTIONAL SINGLE O/P BOARD................................ 4
EN
FIGURE 2 - PRECEPT 16 EXP INTERNAL VIEW [32
ZONE ENCLOSURE] WITH TWO OUTPUT BOARDS ... 5
EN
FIGURE 3 – PRECEPT EXP 5 INTERNAL VIEW .............. 6
FIGURE 4 - C1633 FIELD W IRING CONNECTIONS ......... 7
FIGURE 5 - C1634 FIELD W IRING CONNECTIONS ......... 7
FIGURE 6 - C1635 FIELD W IRING CONNECTIONS ......... 7
FIGURE 7 – C1627 MOTHERBOARD PCB LAYOUT ..... 12
FIGURE 8 – C1633 PCB LAYOUT ................................ 13
FIGURE 9 - C1634 PCB LAYOUT ................................. 14
FIGURE 10 – C1635 PCB LAYOUT.............................. 15
FIGURE 11 – C1630 OUTPUT EXPANSION INTERFACE
PCB ...................................................................... 16
EN
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 2 of 23
23/12/09
Written by: RKP
1. Introduction
Checked by: AJC
en
Thank you for purchasing the Precept
conventional fire detection and alarm equipment.
en
The Precept range of panels have been designed
to meet the requirements of BSEN 54 Parts 2 & 4
and will provide the user with many years of reliable
service.
This document contains all the information
necessary for the installation, commissioning and
en
maintenance of the Precept range of output
expansion panels. Installation and commissioning
en
details for Precept fire detection and alarm panels
en
are covered in the Precept manuals mentioned
below.
NOTE: It is important to read this manual fully
before commencing installation.
The following supporting documentation is also
available:
en
 Precept
Output Expansion System
Application Guide
en
 Precept Sales Literature
en
 Precept Panel Application Guide
en
 Precept User Manual
 Wiring Recommendations
2. Overview of Installation and
Commissioning
This section lists the steps that are taken in
en
installing and commissioning a Precept output
expansion system.
1. Install all field wiring and equipment
 Refer to the Installation Guidelines in section
6.2 below
 Refer to the field device installation manuals
2. Install the panel
 Refer to the installation instructions in section
6.2 below
 Do not connect the field equipment at this
stage.
3. Commission the panel
 Refer to section 6.
3. Power Supplies
en
The Precept
8 fire alarm panel utilises the
standard 230Vac 3A PSU fitted to the C1627
en
motherboard. The Precept 16 Exp fire alarm panel
uses the C1652 230Vac 5A PSU mounted on the
internal chassis beneath the motherboard/output
en
modules. Precept Exp 4 and 5 output expansion
panels are supplied with or without a C1652
230Vac 5A PSU depending on the output load
requirement. When fitted, the PSU is located on the
chassis underneath the output modules.
For all panels, the output voltage is adjustable from
25V to 28.2V via a small trimmer potentiometer on
the PCB. As the output voltage is factory set
however, adjustment should not be necessary.
en
Details of the PSUs can be found in the Precept
manuals [Prec en inst.doc, Prec en app.doc]
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 3 of 23
23/12/09
Written by: RKP
Checked by: AJC
4. Precepten – Internal Panel Views
3 x enclosure
fixing holes
Removable
chassis
Cable clip for
incoming
mains cable
Mains
warning/primary
earth label
Secondary earth
bar for cable
screens
TB15
TB16
AUX
D.C.
24V 0V
INPUTS
TB17
TB18
OUTPUTS
TB19
REPEATER
TB20
TB21
FS6
+
11
-
+ - + - + 12
13
14
ZONE CIRCUITS
+
15
-
+
16
-
O/+
P
C/FAULT ROUTING
C/+
P
O/FIRE ROUTING
J8 J7
N/C
P
RESET
Removable
chassis
N/O
J17
N/C
J20
Motherboard
C/+
P
O/FIRE PROTECTION
I/O EXPANSION
-
J17
10
J16 J15 J14
+
J12 J11 J10
-
9
J6
+
RL8
TB14
RL7
ALARM CIRCUITS
2
3
4
+ - + - + -
RL6
-
RL5
1
RL4
+
TB12
B
+ 8-
TB10
A
+ 7-
TB9
RL3
TB8
RL2
TB7
RL1
TB6
RESET
N/O
ZONE CIRCUITS
+ 4- + 5- + 6-
+ 3-
TB5
SCN
+ 2-
TB4
BUZ.
ACTIVE
+ 1-
TB3
DIS.
4
EVAC.
3
TB2
RST.
2
EVAC
1
SIL.
ZONE OUTPUTS
TB1
CLASS
CHANGE
Mains terminal
block and primary
earth connection
4
5
ZONE EXPANSION
R1
R2
CEL C1631 ISSUE 0
R0
3
3
J20
7
+
C88
6
LED 1
LOG
2
2
S/C 0
S/C 1
LED 0
SW1
1
1
F/P 0
F/P 1
C1630 ISSUE 0
COM
SW1
BUZ1
C78
+
Mains
transformer
HS2
+
C78
BUZ1
U27
HS1
TB23
C84
BR1
J1
+
~ ~
BR1
U1
U13
DISPLAY
U28
R296A
VR1
OUTPUT
J1
R296B
R297B
VR1
4
5
6
CONFIG M/S ZONES
6
7
7
PULSE NON-ALARM ZONES
8
8
SILENT ZONE TEST
9 10
2 STAGE DELAY
9 10
LATCHED FAULTS
ALARMS ON EVAC ONLY
I1
L2
8
J18B
OUTPUT
OK
C90
ZONAL ALARMS
CONFIG DELAY ZONES
CONFIG DELAY O/PS
R297B
D52
+
C90
3
CONFIG NON-LATCH ZONES
5
2 DELAY/
MINUTES
4
4
2
3
1
L3
BAT/CHG
FAULT
L4
INTERNAL
FAULT
L5
MAINS
FAULT
D51
BUZZER DISABLE
TB11
FS1
BATTERY FUSE
-
BATT
TB13
+
THERM
C1630 O/P
expansion
interface
board
Motherboard
Figure 1 – Precept
SILENCE BEFORE RESET
CONFIG I/S ZONES
C1627 ISSUE 1
Batteries
1
DELAY ALARM SIL & RESET
DELAY ON AUTO
L1
ORIGN1
INHIBIT F/P ON NLZ
2
CONFIG
ENABLED
SW2
1
SW1
en
Output
Module
Batteries
16 internal view showing optional single O/P board
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 4 of 23
23/12/09
Written by: RKP
Checked by: AJC
Cable clip for incoming
mains cable
3x
enclosure
fixing holes
Secondary earth
bars for cable
screens
Mains warning/primary
earth label
TB6
TB7
TB14
TB15
TB16
O/C
TB21
OP8
OP7
OP6
OP5
OP4
OP3
OP2
OP1
OP8
REPEATER
TB20
OP7
OUTPUTS
TB19
OP6
INPUTS
TB18
OP5
AUX
D.C.
24V 0V
TB17
OP4
ALARM CIRCUITS
2
3
4
+ - + - + -
OP3
-
OP2
1
OP1
+
TB12
TB10
B
+ 8-
TB9
A
+ 7-
TB8
RESET
N/O
ZONE CIRCUITS
+ 4- + 5- + 6-
+ 3-
TB5
SCN
+ 2-
TB4
EVAC.
+ 1-
TB3
BUZ.
ACTIVE
4
DIS.
3
TB2
RST.
2
EVAC
1
SIL.
ZONE OUTPUTS
TB1
CLASS
CHANGE
Mains terminal
block and primary
earth connection
O/C
FS6
11
-
+
-
+
-
+
12
13
14
ZONE CIRCUITS
-
+
15
-
+
16
-
O/+
P
C/FAULT ROUTING
C/+
P
O/FIRE ROUTING
-
+
-
J8 J7
+
+24V
N/C
P
RESET
+24V
Removable
chassis
J17
5
6
7
LOG
R0
R1
R2
J20
+
C88
4
LED 1
ZONE EXPANSION
3
S/C 1
LED 0
SW1
3
2
S/C 0
2
1
F/P 0
F/P 1
CEL C1631 ISSUE 0
SW1
1
LOOP
INTERFACE
BOARD
C1630 ISSUE 0
J20
LOOP IN LOOP OUT
C/+
P
O/FIRE PROTECTION
J17
+
J16 J15 J14
10
-
I/O EXPANSION
9
+
J12 J11 J10
-
J6
+
HS2
+
BUZ1
+
C78
C78
BUZ1
U27
HS1
TB23
C84
BR1
J1
+
~ ~
BR1
U13
DISPLAY
U28
R296A
VR1
OUTPUT
J1
R296B
R297B
VR1
SW2
1
2
2
3
3
4
5
5
6
6
4
CONFIG DELAY ZONES
7
8
CONFIG DELAY O/PS
8
SILENT ZONE TEST
9 10
2 STAGE DELAY
9 10
7
ORIGN1
2 DELAY/
MINUTES
4
8
BUZZER DISABLE
C1627 ISSUE 1
ALARMS ON EVAC ONLY
+
1
ZONAL ALARMS
R297B
D52
SILENCE BEFORE RESET
CONFIG NON-LATCH ZONES
CONFIG I/S ZONES
CONFIG M/S ZONES
L1
C90
INHIBIT F/P ON NLZ
DELAY ALARM SIL & RESET
DELAY ON AUTO
1
SW1
CONFIG
ENABLED
I1
L2
OUTPUT
OK
L3
BAT/CHG
FAULT
L4
INTERNAL
FAULT
L5
MAINS
FAULT
C90
PULSE NON-ALARM ZONES
TB11
LATCHED FAULTS
FS1
BATTERY FUSE
-
BATT
TB13
+
J18B
D51
THERM
2 x output
modules
Motherboard
with 5 Amp
PSU with
transformer
underneath
Figure 2 - Precept
C1630 O/P expansion
interface board
en
Batteries
16 Exp internal view [32 zone enclosure] with two Output boards
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 5 of 23
23/12/09
Written by: RKP
Secondary earth
bars for cable
screens
Checked by: AJC
Mains
warning/primary earth
label
Cable clip for incoming
mains cable
3 x enclosure
fixing holes
Mains terminal
block and primary
earth connection
Removable
chassis
Batteries
PSU and
transformer
under O/P
boards
Space for 5 x
output
modules
Figure 3 – Precept
en
Exp 5 internal view
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 6 of 23
23/12/09
Written by: RKP
Checked by: AJC
5. Output Module Field Wiring/Terminal Diagrams
Typical LED
indication wiring
2k2 0.5W
resistor
Max current sink into O/P:
60mA
Max load on 24 V [total for
both +24V O/Ps]: 0.5A
+24 +24 OP1 OP2 OP3 OP4 OP5 OP6 OP7 OP8
V V
TB1
TB2
TB3
TB4
TB5
C1633 Open collector
output module terminals
Figure 4 - C1633 Field Wiring Connections
Relay contact rating: 1A at 30 V
Do not exceed
Lower terminal tier
N/O [Relays 1-8]
Middle terminal tier
Pole [Relays 1-8]
Upper terminal tier
N/C [Relays 1-8]
OP1 OP2 OP3 OP4 OP5 OP6 OP7 OP8
TB1
TB2
TB3
TB4
[1] [2]
[3] [4]
[5] [6]
[7] [8]
[1] [2]
[3] [4]
[7] [8]
[5] [6]
C1634 Volt free relay output
module terminals [3- tier]
Figure 5 - C1634 Field Wiring Connections
Typical Alarm Typical Remote
Circuit Wiring Relay Circuit
3k9 resistor
Wiring
end-of-line
Suppression diode
I/P polarised
[All sounder
devices]
Lower
terminal tier
Upper
terminal tier
+
-
+
3k9 resistor
end-of-line
+
-
+
-
OP1
-
+
OP5
Polarising diode
OP2
+
-
OP6
OP3
-
+
OP7
OP4
+
-
OP8
- + - + - + C1635 powered/fault
monitored output module
terminals [2- tier]
+
Figure 6 - C1635 Field Wiring Connections
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 7 of 23
23/12/09
Written by: RKP
Checked by: AJC
6. Installation
The panel must be installed by suitably qualified
engineers familiar with the installation of fire
detection systems. In addition, it is recommended to
refer to the following information:

Current edition of the IEE wiring regulations.

Current edition of BS5839-1 or the installation
standards for the relevant country.

Any specific site requirements.

Any field device installation instructions.

Any data sheet provided for the installation of
Intrinsically Safe devices.
Notes:
The rating plate, containing essential electrical
information is located inside the panel on the
inside face of the door.
Any mains supply cable should be a minimum
2
of 1mm copper protected by a 5A fuse and
must include an appropriate lockable double
pole disconnect device as part of the building
installation. This device must have a minimum
contact gap of 3mm.
6.1 Electrical Safety
WARNING: Read this section completely before
commencing installation.
Prior to commencing installation of the
panel,
ensure
that
adequate
precautions are taken to prevent
damage to the sensitive electronic
components on the PCBs due to
electrostatic discharge. You should discharge any
static electricity you may have accumulated by
touching a convenient earthed object such as an
unpainted copper radiator pipe. You should repeat
the process at regular intervals during the
installation process, especially if you are required to
walk over carpets.
The panel must be located in a clean, dry
position, which is not subject to shock or
vibration and at least 2 metres away from pager
systems or any other radio transmitting
equipment. The operating temperature range is 5ºC to 40ºC; maximum humidity is 95%.
en
en
Precept Exp 4 and Precept Exp 5 Output
Expansion panels must be located immediately
adjacent to the fire alarm panel.
IMPORTANT NOTES ON BATTERIES [when
fitted]:
DANGER: Batteries are electrically live at
all times, take great care never to short
circuit the battery terminals.
WARNING: Batteries are often heavy; take great
care when lifting and transporting batteries. For
weights above 24 kilos, lifting aids should be used.
DANGER: Do NOT attempt to remove the
battery lid or tamper with the internal
workings of the battery. Electrolyte is a
Approved by JBJ
highly corrosive substance, and presents significant
danger to yourself and to anything else it touches.
In case of accidental skin or eye contact, flush the
affected area with plenty of clean, fresh water and
seek immediate medical attention.
Valve Regulated Lead Acid (VRLA) batteries are
“low maintenance”, requiring no electrolyte topup or measurement of specific gravity.
WARNING: Only clean the battery case with a cloth
that has been soaked or dampened with distilled
water. Do not use organic solvents (such as petrol,
paint thinner, benzene or mineral spirits) or other
materials that can substantially weaken the case.
Do not use a dry cloth as this will generate static
electricity, which in turn may lead to an explosion.
WARNING: Avoid operating temperatures outside
the range of -15C/5F to +50°C/122°F for
float/standby applications.
The recommended normal operating temperature is
20°C.
HIGH TEMPERATURE will reduce battery service
life. In extreme cases this can cause Thermal
Runaway, resulting in high oxygen/hydrogen gas
production 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
placed in a fire, the batteries may rupture,
with the potential to release hazardous
gases and electrolyte. VRLA batteries
contain substances harmful to the
environment.
Exhausted batteries must be recycled. Return them
to the battery manufacturer or take them to your
Council waste disposal site for appropriate disposal.
ELECTRICAL SAFETY:
The volt-free relay contacts provided within the
panel must not be used to directly switch any
voltage that exceeds 50VAC or 75VDC. (Please
also refer to relay rating data).
Equipment requiring a 230V AC supply. [See
Rating Plate inside equipment. See also 1.
above.] All installation work should be carried
out in accordance with the recommendations of
BS5839 Part 1 and the current edition of the IEE
regulations by suitably qualified and trained
personnel.
Doc Number: Prec en Output exp mod installation & commissioning
THIS PANEL MUST BE
EARTHED
Rev: 2 Page 8 of 23
23/12/09
Written by: RKP
Checked by: AJC
6.2 Installation Instructions
en
The flexibility of the Precept Output Expansion
System allows many different combinations of
enclosure/PSU/output modules. As such these
instructions cannot cover every single variation and
so provide general instructions only.
1. Carefully remove the panel from the packing and
lay the panel on a flat surface.
2. Open the door of the panel.
3. Locate the spares bag[s] and check contents,
which should comply with Table 1 – Panel
Spares Bag Contents.
6.2.1 Precepten 16 Exp Panel
Installation Instructions
See Precept en panel installation manual – [Prec en
inst.doc]
6.2.2 Precepten 4 and 5 Exp Expansion
Enclosures
Matching 25mm knock-outs are provided on the
en
right hand face of the Precept 8/16 fire alarm
panel enclosure and the left hand face of the
en
Precept 4 Exp output expansion enclosure to
allow the panels to be coupled together with the
expansion panel on the right. A similar arrangement
en
is provided for connecting Precept 32 control
en
panels to the Precept 5 Expansion enclosure.
Mount and fix the fire alarm panel enclosure in
accordance with the instructions provided in the
en
Precept panel installation manual – [Prec en inst].
After fitting the fire alarm control panel, remove the
chassis from the output expansion panel generally
en
as described in the Precept panel installation
manual – [Prec en inst], carefully remove the 25mm
knock-outs in the adjoining faces of both fire panel
and expansion enclosures [by knocking out from
the inside of the enclosure to the outside] and fit a
25mm coupler to one panel. Offer up the expansion
box, aligning the two enclosures via the coupler
then mark. Fix the expansion enclosure to the wall
en
as described in the Precept panel installation
manual – [Prec en inst]. Tighten up the coupler.
Continue to install in accordance with the relevant
en
guidelines provided in the Precept
panel
installation manual – Prec en inst] as appropriate to
the output expansion module system provided.
Table 1 – Panel Spares Bag Contents
Spares Bag
Panel
en
Precept 8/16
panel with
optional O/P
module
en
Precept 8/16
Exp
Exp 4 or 5
[no PSU]
en
See Precept installation and
commissioning manual.
[Prec en inst]
None
required
None
required
8 x 3k9 0.25W
None
required
None
required
8 x 3k9 0.25W
None
required
None
required
8 x 3k9 0.25W
None
required
None
required
8 x 3k9 0.25W
en
See Precept installation and
commissioning manual.
[Prec en inst]
Engineer’s door keys. Key Ref.:
801 [Flat key type]
T3.15AH250V
Mains Fuse:
20mm
Battery Fuse:
Exp 4 or 5
[C1652 PSU]
Expansion Modules [as fitted]
C1635
C1633
C1634
[1 x bag/module]
Panel
Engineer’s door
keys:
F6.3AL250V
20mm
Key Ref.:
801 [Flat key
type]
Positive battery
lead:
Red
Negative battery
lead:
Black
Battery coupling
lead:
Blue
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 9 of 23
23/12/09
Written by: RKP
Checked by: AJC
6.2.3 Interconnections between Fire Alarm Panel and Output Modules
The standard output expansion panel combinations are listed below [see Table 2] along with their respective
requirements for interconnection for the 3 types of O/P modules.
Table 2 - Fire Panel/Output Module Interconnection Installation Work
Fire Alarm Control Panel Expansion Panel
Internal
Internal
Description
O/P
Description
Cable
Modules
en
No
Exp 4 [or Exp5]
no power supply.
en
32
No
Exp 4 [or Exp5]
no power supply.
Fire panel
Aux DC motherboard
power [C1627] power
cable out connector
J24
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Fire panel
motherboard
[C1627]
connector J17.
Connector J2 on O/P module
1[left hand most module]
Fire panel
Aux DC motherboard
power [C1627] power
cable out connector
J24
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Fire panel
motherboard
[C1627]
connector J17.
Connector J2 on O/P module
1[left hand most module]
Data
Ribbon
en
Precept 8
en
Precept 16
en
Precept 32
No
In Expansion Panel
Connector J2 on O/P module
1[left hand most module]
Data
Ribbon
Precept
In Precept
Panel
Exp 4 [or Exp5]
with C1652 power
supply.
Aux DC
power
cable
Doc Number: Prec en Output exp mod installation & commissioning
Schematic
en
Fire panel
motherboard
[C1627]
connector J17.
Data
Ribbon
Precept 8
en
Precept 16
Internal Connections
Factory fitted.
From:
C1652 power supply board
28V, 0V and fault signals from
J1.
To:
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Figure 13
Figure 15
Figure 14
Rev: 2 Page 10 of 23 23/12/09
Written by: RKP
Checked by: AJC
Fire Alarm Control Panel Expansion Panel
Internal
Internal
Description
O/P
Description
Cable
Modules
Data
Ribbon
en
Precept 8
with a single
O/P module
1
Exp 4 [or Exp5]
no power supply.
Aux DC
power
cable
Data
Ribbon
en
Precept 16
Exp
2
Exp 4 [or Exp5]
no power supply.
Aux DC
power
cable
Data
Ribbon
en
Precept 8
with a single
O/P module
1
Internal Connections
In Precept
Panel
Schematic
en
Data out
connector on
the O/P
module.
J6 on C1633
and C1635
“Power out”
connector on
the
C1633/C1635
module.
J3 on the
C1633/J5 on
the C1635.
Data out
connector on
the last
C1633/C1635
[right-handmost] module .
J6 on C1633
and C1635.
“Power out”
connector on
the last
C1633/C1635
[right-handmost] module
J3 on the
C1633/J5 on
the C1635.
Data out
connector on
the O/P
module.
J6 on C1633
and C1635
Exp 4 [or Exp5]
with power
supply.
Aux DC
power
cable
Doc Number: Prec en Output exp mod installation & commissioning
In Expansion Panel
Connector J2 on O/P module
1[left hand most module]
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Figure 12
[showing 2
x O/P
modules]
Connector J2 on O/P module
1[left hand most module].
Figure 12
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Connector J2 on O/P module
1[left hand most module]
Factory fitted.
From:
C1652 power supply board
28V, 0V and fault signals from
J1.
To:
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Figure 16
Rev: 2 Page 11 of 23 23/12/09
Written by: RKP
Checked by: AJC
Fire Alarm Control Panel Expansion Panel
Internal
Internal
Description
O/P
Description
Cable
Modules
Data
Ribbon
en
Precept 16
Exp
2
Internal Connections
In Precept
Panel
Data out
connector on
the last
C1633/C1635
[right-handmost] module
J6 on C1633
and C1635.
Aux DC
power
cable
6.2.4 Installation of the C1630 Output
Expansion Interface
Warning: Observe anti-static precautions
1. Ensure that the panel is powered down and the
main and standby supplies are disconnected.
2. On the fire alarm panel, remove the jumper link
at J23 located in the upper right hand quarter of
the C1627 motherboard and fit a C1630 output
expansion interface to connectors J4 and J5
located below the fault routing relay. [J23 must
In Expansion Panel
Connector J2 on O/P module
1[left hand most module].
Factory fitted.
From:
C1652 power supply board
28V, 0V and fault signals from
J1.
To:
“Power in” connector on the
first C1633/C1635 module
[from the left hand side of the
expansion panel].
J4 on the C1633/J3 on the
C1635.
Exp 4 [or Exp5]
with power
supply.
Schematic
en
Figure 16
be removed before the interface board can be
fitted]. The board should be held in place by the
12mm high plastic spacer provided. See Figure
7 – C1627 Motherboard PCB Layout.
3. Connect the output expansion ribbon cable to
header J17 located on the centre right hand
edge of the C1627 motherboard as shown in
Figure 7 – C1627 Motherboard PCB Layout.
Connector J5 for C1630
Expansion Interface PCB
J17 output expansion
ribbon cable header
Connector J4 for C1630
Expansion Interface PCB
Jumper link J21
Figure 7 – C1627 Motherboard PCB Layout
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 12 of 23 23/12/09
Written by: RKP
Checked by: AJC
Table 4- Setting C1633 Zone Range
7. Commissioning
The commissioning guidelines provided in the
en
Precept panel installation manual – Prec en inst.
adequately cover the requirements for the output
modules and should be read and understood before
proceeding.
7.1 Site-Specific Configuration.
DIL switches are provided on the C1630 interface to
set up the quantity of each type of output expansion
module to be connected to the fire panel and on
each output module to set the module address and
configure its function.
7.1.1 C1633 8-way open collector
output module configuration.
Table 3 - Setting C1633 Board Address
SW1
AD0 AD1
Off
Off
On
Off
Off
On
On
On
Function
Board Address
1
2
3
4
SW1
Function
O/P 1-8 zone
Zonal
ZN0
ZN1
range
All O/Ps
Not
Not
Off
operate on
functional functional
any zonal fire
On
Off
Off
Z 1-8
On
On
Off
Z9-16
On
Off
On
Z17- 24
On
On
On
Z25 -32
C1633 Connectors:
J1 – Programming header.
J2 – Comms to panel motherboard.
J3 – Power out.
J4 – Power in [from panel motherboard or aux PSU]
+ Aux PSU fault I/P.
C1633 Link Configuration:
J5 – Fit link to enable Aux PSU fault monitoring.
Open
collector
outputs 1-8
24 V DC Aux
supply
J2 Comms in/out
J6 Comms out/in
J4 – Power in [from panel
motherboard or aux PSU] +
Aux PSU fault I/P.
J5 – Fit link to
enable Aux PSU
fault monitoring.
J3 – Power out.
SW1Config switch
Top to bottom:
AD0
AD1
ZN0
ZN1
Zonal
[See Table 3 and
Table 4]
SW 2 – Processor
fault reset button
Comms fault LED
Processor fault LED
Power supply on LED
Figure 8 – C1633 PCB Layout
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 13 of 23 23/12/09
Written by: RKP
Checked by: AJC
Table 5 - Setting C1634 Board Address
SW1
AD0
Off
On
Off
On
AD1
Off
Off
On
On
Function
Board Address
1
2
3
4
Table 6 - Setting C1634 Zone Range
SW1
Zonal ZN0
ZN1
Off
On
Function
O/P 1-8 zone
range
Not
Not
All O/Ps
functional functional operate on
any zonal fire
Off
Off
Z 1-8
On
On
On
On
Off
On
Off
On
On
Z9-16
Z17- 24
Z25 -32
Table 7 – Setting C1634 to Standard or VDR
Mode
SW1
Off
On
Function
Fire Protection module
Voyage Data Recorder [Marine
Panels only]
C1634 Connectors:
J1 – Programming header.
J2 – Comms and power from panel motherboard.
Relay outputs 1-8 [left
to right]
N/O - top row
Pole – middle row
N/C – lower row.
J2 Comms
in/out
J3 Comms out/in
SW1 Config switch
Top to bottom:
AD0
AD1
ZN0
ZN1
Zonal
VDR [Not used]
[See
Table 5, Table 6 and
Table 7]
SW2 – Processor
fault reset
Power supply on LED
Comms fault LED
Processor fault LED
Figure 9 - C1634 PCB Layout
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 14 of 23 23/12/09
Written by: RKP
Checked by: AJC
7.1.2 C1635 8-way alarm/powered –
monitored relay output module
configuration.
Table 8- Setting C1635 Board Address
SW1
AD0
AD1
Off
Off
On
Off
Off
On
On
On
Function
Board Address
1
2
3
4
C1635 Connectors:
J1 – Programming header.
J2 – Comms to panel motherboard.
J3 – Power in [from panel motherboard or aux PSU]
+ Aux PSU fault I/P.
J5 – Power out.
C1635 Link Configuration:
J4 – Fit link to enable Aux PSU fault monitoring.
Table 9 – Setting C1635 Type, General/Zonal
Response and Zone range
Panel
SW1/6
SW1 SW1 SW1
Mode Board
[FP]
Zonal ZN0 ZN1
SW2/6
O/P 1-8
zone
range
General
alarm (all
O/Ps
operate on
any fire)
Off
SNDR
Off
N/A
N/A
N/A
Off
SNDR
On
On
Off
Off
Off
SNDR
On
On
On
Off
Z9-16
Off
SNDR
On
On
Off
On
Z17- 24
Off
SNDR
On
On
On
On
Z1-8
Z25 -32
All O/Ps
On
FP
N/A
Off
N/A N/A operate on
any fire
On
FP
N/A
On
Off
Off
Z1-8
On
FP
N/A
On
On
Off
Z9-16
On
FP
N/A
On
Off
On
Z17- 24
On
FP
N/A
On
On
On
Z25 -32
Notes: SNDR = Sounders, FP = Fire Protection
When panel SW 2/6 is on:
If panel SW2-7 is off, non-alarm zones are
silent.
If panel SW2-7 is on, non-alarm zones pulse
en
[See Precept panel manuals]
J2 Comms in/out
Outputs 1-8
[1-4 top row, 5-8 lower row,
left to right]
J6 Comms out/in
J3 – Power in [from panel
motherboard or aux PSU]
+ Aux PSU fault I/P.
J5 – Power out.
J4 – Fit link to
enable Aux PSU
fault monitoring.
SW1Config switch
Top to bottom:
AD0
AD1
ZN0
ZN1
Zonal
FP
See Table 8 and
Table 9
Output fault LEDs
for O/Ps 1 to 8
[left to right]
SW 2 Reset
processor
Power supply on LED
Processor fault LED
Comms fault LED
Figure 10 – C1635 PCB Layout
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 15 of 23 23/12/09
Written by: RKP
Checked by: AJC
7.1.3 C1630 Output Interface
Configuration
Table 10 – Setting Quantity and Type of O/P
Modules on the C1630
DIL Switch
Number
Type of board
setting
of boards
F/P0
F/P1
C1634 or C1635
Off
Off
0
configured to FP
On
Off
1
[Fire protection
Output]. See C1635
Off
On
2
configuration details.
On
On
4
S/C0 S/C1
C1635 configured as
Off
Off
0
sounder module.
On
Off
1
See C1635
Off
On
2
configuration details.
On
On
4
LED0 LED1
Off
Off
0
C1633 open
On
Off
1
collector output
module
Off
On
2
On
On
4
VDR
Not used on
Off
0
en
Precept
On
1
[Note: Select switch to left hand side for OFF and
right-hand side for ON]
Configuration switch
to set qty and type of
O/P modules
connected
From top to bottom:
F/P0
F/P1
S/C0
S/C1
LED0
LED1
VDR [Not used]
[See Table 10]
Figure 11 – C1630 output expansion interface
PCB
7.2 Commissioning Procedure
sounders. Check that all sounders connected to
the alarm circuit operate.
3. Deselect the Alarms Test condition or if
“Evacuate” was used, press silence alarms to
stop the sounders operating.
4. Repeat steps 1 to 3 for the second and any
subsequent sounder circuits.
7.2.2 Commissioning
powered/fault
monitored Fire Protection control
signals
[C1635
modules
configured as Fire Protection
O/Ps]
1. Ensure any fire protection equipment to be
controlled via the Fire Protection output is locked
off/safe before attempting any connection,
testing or commissioning.
2. Remove the resistor from the C1635 output
circuit terminal and connect the field wiring to
the terminals, observing correct polarity. Check
that any fault indications clear after a few
seconds.
3. Initiate a fire condition on a zone to operate the
output. Check that the fire signal operates the
remote interface relay adjacent the fire
protection equipment.
4. Reset the panel and confirm that the remote
interface relay deactivates.
5. Open-circuit the field wiring and confirm that the
fire alarm panel indicates Fire Protection output
fault.
6. Reconnect the cabling and confirm the faults
clear.
7. Disable the Fire Protection Outputs via the
en
en
Precept
panel [see Precept
Operating
Instructions]. Initiate a fire condition on a zone to
operate the output and check that the output
does not operate. Reset the panel and re –
enable the Fire Protection O/Ps after the test.
8. Final testing and commissioning of the loop
through to the fire protection equipment,
including test [simulated] activation of the
equipment, should be carried out at the
appropriate time in conjunction with the engineer
responsible for the fire protection system.
9. Repeat steps 1 to 7 for the second and any
subsequent fire protection signal outputs.
After completion of the pre-commissioning wiring
check, power-up and configuration, commission the
circuits in line with the following guide.
7.2.1 Sounder Circuits
1. Remove the resistor from the first alarm circuit
terminal and connect the first alarm circuit wiring
to the terminals, observing correct polarity.
Check that any alarm fault indications clear after
a few seconds.
en
2. Use the Alarm Test facility [see Precept User
Manual] or press Evacuate to operate the
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 16 of 23 23/12/09
Written by: RKP
Checked by: AJC
7.2.3 Commissioning the volt-free relay
Fire Protection control signal
[C1634 modules configured as
Fire Protection O/Ps]
1. Ensure any fire protection equipment to be
controlled via the Fire Protection output is
locked off/safe before attempting any
connection, testing or commissioning.
2. Connect the field wiring to the appropriate
terminals [N/O, P, N/C]
3. Initiate a fire condition on a zone to operate
the output. Use a test meter set to
continuity or Ohms to confirm the correct
relay contact condition can be measured at
the remote end of the installation wiring
adjacent the fire protection equipment to be
controlled.
4. Reset the fire alarm panel and with the test
meter, confirm that the relay contacts have
retruned to the deactivated condition.
5. Disable the Fire Protection Outputs via the
en
en
Precept panel [see Precept Operating
Instructions]. Initiate a fire condition on a
zone to operate the output and check that
the output does not operate. Reset the
panel and re –enable the Fire Protection
O/Ps after the test.
6. Final testing and commissioning of the loop
through to the fire protection equipment,
including test [simulated] activation of the
equipment, should be carried out at the
appropriate time in conjunction with the
engineer responsible for the fire protection
system.
7. Repeat steps 1 to 6 for the second and any
subsequent volt free relay fire protection
signal outputs.
7.2.4 Commissioning
collector outputs
C1633
open
1. Connect the field signal wires and the
common return to the appropriate terminals
observing the correct polarity.
2. The correct operation of equipment
connected to these outputs should be
verified in turn by initiating a fire condition
on each of the appropriate zones and
observing the operation of the equipment
connected to the outputs in the field.
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 17 of 23 23/12/09
Doc Number: Prec en Output exp mod installation & commissioning
Aux DC
Data
ribbon
J3
J4
Aux DC
J5
J3
J6
J2
J2
J6
C1635
J3
J2
C1634
C1633
1] Precept 8 with 1 off O/P module.
2] Precepten 8 with 2 off O/P modules.
3] Precepten 16 Exp with 2 off O/P modules.
4] Precepten 16 with Exp 4 [4 way O/P enclosure with max 4 O/P
modules, with or without optional 5 Amp PSU and batteries].
5] Precepten 32 with Exp 5 [5 way O/P enclosure with max 5 O/P
modules, with or without optional 5 Amp PSU and batteries].
en
Standard Panel Expansion Systems.
J24
C1627
Precepten
Motherboard
J17
Data
ribbon
Precepten 8 or 16 Panel with internal Output
Module[s]
C1627 J17
Precepten
Motherboard
with 3Amp
PSU
J24
Data ribbon
Precepten 8 or 16 fire panel with 1 x C1634 V/F Relay
O/P module [using standard 3 Amp PSU]
Aux DC
Data
ribbon
C1633
Aux DC
Data
ribbon
J5
J3
J6
J2
C1634
J3
J2
PSU load calculation must be
carried out for each application
Data
ribbon
J5
J3
J6
Data
ribbon
Note: All C1634
modules must be
connected at the end
of the sequence
Precepten Exp 4 [4 way O/P expansion enclosure with 4
modules power from the Precept en panel
C1635
Aux DC
Data
ribbon
J2
C1635
J3
J2
C1634
PSU load calculation must be
carried out for each application
J5
J3
J6
J2
C1635
Note: To reduce the quantity of standard cable looms, any modules that are to be powered from the
fire alarm panel need to be located in the left hand side of the output expansion enclosure.
J3
J4
J6
J2
Aux DC
Max current for O/P modules = 2.5A
[156mA/output for 2 x modules]
C1627 J17
Precepten
Motherboard
with 3Amp
PSU
J24
Data ribbon
Precepten 8 or 16 with 2 x C1635 Sounder O/P
module [using standard 3 Amp PSU]
Written by: RKP
Checked by: AJC
Figure 12 – Typical internal wiring diagram for Precept 8/16 with internal O/P Modules and Exp 4
Output Module Panel with no PSU
en
Rev: 2 Page 18 of 23 23/12/09
Figure 13 – Typical internal wiring diagram for Precept
PSU
Aux DC
en
Doc Number: Prec en Output exp mod installation & commissioning
1] Precepten 8 with 1 off O/P module.
2] Precepten 8 with 2 off O/P modules.
3] Precepten 16 Exp with 2 off O/P modules.
4] Precepten 16 with Exp 4 [4 way O/P enclosure with max 4 O/P
modules, with or without optional 5 Amp PSU and batteries].
5] Precepten 32 with Exp 5 [5 way O/P enclosure with max 5 O/P
modules, with or without optional 5 Amp PSU and batteries].
Standard Panel Expansion Systems.
J24
J17
C1627
Precepten
Motherboard
Data
ribbon
Precepten 8 or 16 Panel [no internal Output
Modules]
J3
J4
J6
J2
C1633
J5
J3
J6
J3
J2
C1634
PSU load calculation must be
carried out for each application
Data
ribbon
Note: All C1634
modules must be
connected at the end
of the sequence
Data
ribbon
J3
J2
C1634
Note: To reduce the quantity of standard cable looms, any modules that are to be
powered from the fire alarm panel need to be located in the left hand side of the output
expansion enclosure.
Aux DC
Data
ribbon
J2
C1635
Precepten Exp 4 [4 way O/P expansion enclosure with 4
modules powered from Precept en panel]
Written by: RKP
Checked by: AJC
8/16 and Exp 4 Output Module Panel with no
Rev: 2 Page 19 of 23 23/12/09
J24
C1627 J17
Precepten
Motherboard
Data
ribbon
Precepten 8, 16 or 32
Figure 14 – Typical internal wiring diagram for Precept
PSU
en
Doc Number: Prec en Output exp mod installation & commissioning
Aux DC
Data
ribbon
J5
J3
J6
J2
Aux DC
Data
ribbon
J5
J3
J6
J2
0V
28V
J1
PWR
& Flt
O/Ps
J5
J3
J6
J2
C1635
C1652
5 Amp
PSU
Aux DC
Data
ribbon
CFlt
MFlt
TB1
TB5
C1635
Aux DC, Mains Flt &
Comm PSU Flt
C1635
J5
J3
J6
J2
C1635
Aux DC
Data
ribbon
Aux DC or use
additional PSU
Further expansion
modules
Note: All C1634
modules must be
connected at the end
of the sequence
PSU load calculation must be
carried out for each application
Aux DC
Data
ribbon
Note: To reduce the quantity of standard cable looms, any modules that are to be powered from the
fire alarm panel need to be located in the left hand side of the output expansion enclosure.
C1652 Power
lead
J3
J4
J6
J2
C1633
Precepten Exp 5 [5 way O/P expansion enclosure with 5 modules c/w 5 Amp PSU ]
Written by: RKP
Checked by: AJC
32 and Exp 5 Output Module Panel with 5 Amp
Rev: 2 Page 20 of 23 23/12/09
Figure 15 – Typical internal wiring diagram for Precept
C1652
5 Amp
PSU
en
Doc Number: Prec en Output exp mod installation & commissioning
J1
MFlt
CFlt
28V
0V
TB5
TB1
PWR
& Flt
O/Ps
J19
J17
C1627
en
Precept
Motherboard J24
Precepten 32
with 5 Amp PSU
Aux DC
Data
ribbon
J3
J4
J6
J2
C1633
Aux DC
Data ribbon
J5
J3
J6
J2
C1635
J5
J3
J6
J2
Aux DC
Data ribbon
PSU load calculation must be
carried out for each application
Aux DC
Data ribbon
C1635
J5
J3
J6
J2
C1635
Precepten Exp 5 [5 way O/P expansion enclosure ]
Aux DC
Data ribbon
J5
J3
J6
J2
C1635
Aux DC
Data
ribbon
Further expansion
modules
Aux DC or use
additional PSU
Note: All C1634
modules must be
connected at the end
of the sequence
Written by: RKP
Checked by: AJC
32 and Exp 5 Output Module Panel with no PSU
Rev: 2 Page 21 of 23 23/12/09
J24
J17
C1627
Precepten
Motherboard
Aux DC
Data
ribbon
J3
J4
J6
Aux DC
J5
J3
J6
J2
J2
Data
ribbon
C1635
C1633
Precepten 8 or 16 Panel with internal Output
Module[s]
Data
ribbon
Doc Number: Prec en Output exp mod installation & commissioning
Aux DC
Data
ribbon
J5
J3
J6
J2
C1635
Data
ribbon
J3
J2
Aux DC, Mains Flt &
Comm PSU Flt
Data J3
ribbon
J2
C1634
0V
28V
J1
PWR
& Flt
O/Ps
TB1
TB5
CFlt
MFlt
C1652
5 Amp
PSU
Note: All C1634
modules must be
connected at the end
of the sequence
C1634
PSU load calculation must be
carried out for each application
C1652
Power lead
J3
J4
J6
J2
C1633
Precepten Exp 4 [4 way O/P expansion enclosure with 4
modules power from the Precept en panel
Written by: RKP
Checked by: AJC
Figure 16 – Typical internal wiring diagram for Precept 8/16 with internal O/P Modules and Exp 4
Output Module Panel with PSU
en
Rev: 2 Page 22 of 23 23/12/09
Written by: RKP
Checked by: AJC
8. Construction Products Directive
0086
Control Equipment Ltd
Hillcrest Business Park
Cinder Bank
Dudley
West Midlands
DY2 9AP
United Kingdom.
09
0086-CPD-555921
EN54-2
Control and indicating equipment for fire detection and fire alarm systems for
buildings
Provided options:

Outputs to fire alarm devices.

Outputs to Fire Protection Equipment – Output type B

Test condition.

Delays to Outputs
EN54-4
Power supply equipment for fire detection and fire alarm systems for buildings
Doc Number: Prec en Output exp mod installation & commissioning
Rev: 2 Page 23 of 23 23/12/09