C-TEC CAST XFP User manual

CAST XFP
Analogue Addressable
Fire Alarm Control Panel
1 Loop, 16 Zone Panel (Part No. XFP501E/CA)
1 Loop, 32 Zone Panel (Part No. XFP501/CA)
2 Loop, 32 Zone Panel (Part No. XFP502/CA)
Commissioning &
Programming
Quick Start Guide
Approved Document No. DFU5020010 Rev 4

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Page 2 of 16 Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4
FIG.1 - CAST XFP Menu Structure

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4 Page 3 of 16
Contents
1Commissioning/Programming Overview......................................................................4
2Pre-Commissioning Checks at the Panel .....................................................................4
3Commissioning the Panel..............................................................................................5
3.1 Auto Address ......................................................................................................................5
3.2 Loop Learn ..........................................................................................................................7
4Programming the Panel .................................................................................................9
4.1 Install the XFP Programming Tools .....................................................................................9
4.2 Connect PC Laptop to Panel................................................................................................9
4.3 Set Up the Panel ..................................................................................................................9
4.4 Load Data from the Panel to the PC Laptop ........................................................................9
4.5 Name Loop Devices...........................................................................................................10
4.6 Name Zones and Assign Devices to Zones/Groups/Sets..................................................11
4.7 Edit Group Configuration....................................................................................................14
4.8 Enter Site Details................................................................................................................15
4.9 Save Data from the PC Laptop to the Panel......................................................................16
E&OE. No responsibility can be accepted by the manufacturer or distributors of this range of fire panels for any misinterpretation
of an instruction or guidance note or for the compliance of the system as a whole. The manufacturer’s policy is one of continuous
improvement and we reserve the right to make changes to product specifications at our discretion and without prior notice.
Manufacturer: Computionics Limited (C-TEC), Challenge Way, Martland Park, Wigan, Lancashire WN5 0LD. http://www.c-tec.com
Niederlassung Deutschland: C-TEC Germany Limited, Virchowstr. 32, D-33332 Gϋtersloh. www.c-tec-germany.de

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Page 4 of 16 Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4
1 Commissioning/Programming Overview
This quick start commissioning/programming guide for the CAST XFP 16 and 32 zone panels details a
procedure for creating a named, zoned, ‘one out, all out’ fire alarm system and is summarised in
sequential order below:
Commission the panel by carrying out an auto address or loop learn.
Install the XFP Programming Tools and connect the PC laptop to the panel.
Load the auto address or loop learn data from the panel to the PC laptop.
Name the loop devices.
Name the Zones and assign loop devices to Zones/Groups/Sets.
Edit the Group configuration.
Enter the site details.
Save the ‘config data file’ from the PC laptop to the panel.
Note: Further custom configuration is possible using the XFP Programming tools but is beyond the
scope of this quick start guide.
2 Pre-Commissioning Checks at the Panel
Before commissioning, ensure the following checks have been carried out at the panel.
Check the continuity on the negative (-ve) line of the device loop(s) to ensure they are fault free.
Note: Loop isolators are in the positive (+ve) line, therefore continuity cannot be tested.
Connect all loop wiring to the panel (either 1 or 2 loops dependent on CAST XFP model).
Connect mains and standby battery supplies to the panel.
Upon powering up, the panel’s display will show a number of start-up messages detailing,
time/date, panel protocol, any faults, etc.
Investigate and rectify any faults reported on the panel’s display.
After all faults have been cleared, proceed to commission the panel.
IMPORTANT NOTE
THIS QUICK START GUIDE IS FOR AUTHORISED SYSTEM ENGINEERS FAMILIAR
WITH ANALOGUE FIRE ALARM SYSTEMS AND FIRE ALARM STANDARDS.
ENSURE YOU HAVE ATTENDED C-TEC’S AUTHORISED TRAINING COURSE
BEFORE USING THE XFP PROGRAMMING TOOLS (PART NO. XFP507).
IF YOU ARE IN ANY DOUBT WHATSOEVER ABOUT ANY DETAILS PROVIDED IN
THIS QUICK START GUIDE, REFER TO THE CAST XFP ENGINEERING MANUALS
(DFU5010000 –16 ZONE PANEL & DFU5010020 –32 ZONE PANEL).

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
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3 Commissioning the Panel
SEE FIG.1, PAGE 2 FOR THE PANEL’S AL3 MENU OPTIONS
CAUTION: USING THE AUTO ADDRESS OR LOOP LEARN FUNCTIONS DETAILED
BELOW MAY COMPLETLEY ERASE THE PANEL’S DATABASE OF STORED LOOP
DEVICE INFORMATION.
THESE FUNCTIONS MUST BE USED WITH EXTREME CARE.
All the loop devices connected to the panel need to have a unique address assigning to them. In addition,
the panel needs to read all the loop devices and identify their address.
There are two options to do this: Auto Address and Loop Learn.
3.1 Auto Address
During an auto address the panel automatically assigns an address to each loop device in sequentially
wired order.
At the panel, enter AL3 (4444) > Commissioning Functions > Address Functions > Auto Address.
When the AUTO ADDRESS prompt appears, press the Accept  button to continue.
Press the scroll ▲ button to select ‘Yes’ then press the Accept  button shown below:
When requested by the panel fit the NVM link shown below:
You now have two options: ‘Continue from last address? No’, or ‘Continue from last address? Yes’, as
detailed below :
Option 1: Select ‘Continue from last address? No’
CAUTION: USING THIS OPTION WILL COMPLETELY ERASE THE PANEL’S DATABASE OF
STORED LOOP DEVICE INFORMATION INCLUDING ERASING ALL EXISTING DEVICE
ADDRESSESAND DEVICEADDRESSES ASSIGNEDBYACAPROGPROGRAMMER.THISIS
DIFFERENTTOTHE LOOP LEARN FUNCTION. USE THIS OPTION WITH EXTREME CARE .
Use this option if the panel has not previously been programmed, or if you want to program an existing
system as if it were a new system, and you are confident to proceed.
Press the scroll ▲ button to select ‘No’ then press the Accept  button shown below:
The panel will perform an auto address. Wait for the process to complete and a brief summary window
will appear, similar to the one shown below:
Please fit the NVM Link now
or press ESCape to abort
Continue from last address? No

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Press the Accept  button then press Escape  button x 4 to return the panel to a normal condition.
When requested by the panel remove the NVM link shown below:
AFTER A SUCCESSFUL AUTO ADDRESS YOU WILL HAVE A ‘ONE OUT, ALL OUT’ FIRE
ALARM SYSTEM.
See Table 1 below for the default device assignment following an auto address.
Table 1 : Default Device Assignment
Option 2: Select ‘Continue from last address? Yes’
Use this option if you do not want to erase the stored loop device data. The panel will start to learn
the loop from the last known address in its memory. Existing data will not be overwritten, e.g. zone
and group allocation, device names, etc., will remain unchanged. The only data that will be
overwritten is device type and whether or not it is fitted.
Press the scroll ▲ button to select ‘Yes’ then press the Accept  button shown below:
The panel will perform an auto address. Wait for the process to complete anda brief summary
window will appear, similar to the one shown below:
Press the Accept  button then press Escape  button x 4 toreturn the panel to a normal condition.
When requested by the panel remove the NVM link shown below:
DEVICE
DEFAULT ASSIGNMENT
Loop Smoke/Heat Detectors
Zone 1
Loop Manual Call Points
Zone 1
Loop I/O Unit Inputs
Zone 1
Loop I/O Unit Outputs
Set 1
Loop Sounders/VADs
Group 1
Panel Conv. Sounder Circuit 1
Group 1
Panel Conv. Sounder Circuit 2
Group 2
112 devices found
Auto learn complete, Press Accept
Continue from last address? Yes
112 devices found
Auto learn complete, Press Accept
Assignment Terms:
Input devices such as detectors, MCPs and the
input channels of I/O units are programmed to
be members of a Zone.
Output devices such as loop powered sounders
and the panel’s conventional sounder circuits
are programmed to be members of a Group.
The output channels of I/O units and panel
relays are programmed to be members of a Set.
Default Cause & Effects (C&E):
Zone 1 triggers Group 1 and Set 1.

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4 Page 7 of 16
3.2 Loop Learn
NB! LOOP LEARN WILL NOT AUTO ADDRESS DEVICES.
Loop learn requires all devices to be pre-addressed, e.g. using the CAPROG handheld
programmer . New addresses will not be assigned.
During a loop learn, the panel interrogates every pre-addressed device on the loop to see if an addressable
unit is present and, if so, find out what type of device it is.
At the panel, enter AL3 (4444) > Commissioning Functions > Loop Learn.
When the LOOP LEARN prompt appears, press the Accept  button to continue.
Press the scroll ▲ button to select ‘Yes’ then press the Accept  button shown below:
When requested by the panel fit the NVM link shown below:
As the panel may already have loop device data stored in its memory from a previous loop learn or PC
upload, you will be asked if you want to erase this information before the loop learn begins.
You now have two options, ‘ Erase Loop 1 device data first? No’, or ‘Erase Loop 1 device data first? Yes ’, as
detailed below:
Option 1: Select ‘Erase Loop 1 device data first? No’
U se this option if you do not want to erase the stored loop device data. The panel will learn the loop without
overwriting existing data, e.g. zone and group allocation, device names, etc., which will remain unchanged.
The only data that will be overwritten is device type and whether or not it is fitted.
Press the scroll ▲ button to select ‘No’ then press the Accept  button shown below:
The panel will start a loop learn. Wait for the process to complete and a summary window will appear, similar
to the one shownbelow:
Press the Accept  button then press Escape  button x 3 toreturn the paneltoa normal condition.
When requested by the panel remove the NVM link shown below:
112 devices found
Auto learn complete, Press Accept
Please fit the NVM Link now
or press ESCape to abort

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Option 2: Select ‘Erase Loop 1 device data first? Yes’
CAUTION: USING THIS OPTION WILL COMPLETELY ERASE THE PANEL’S DATABASE OF
STORED LOOP DEVICE INFORMATION EXCLUDING DEVICE ADDRESSES PREVIOUSLY
ASSIGNED BY A CAPROG PROGRAMMER, WHICH IS RETAINED. THIS IS DIFFERENT TO
THE AUTO ADDRESS FUNCTION. USE THIS OPTION WITH EXTREME CARE .
Usethis option if the panel has not previously beenprogrammed, orif you want toprogram an existing system
as if it were a new system.
Press the scroll ▲ button to select ‘Yes’ then press the Accept  button shown below:
The following message will appear:
Only if you are confident to proceed, press the scroll ▲button to select ‘Yes’, then press the Accept button.
Thepanelwilleraseits database,updateits flashmemory andstartaloop learn.
Wait for the process to complete and a summary window will appear, similar to the one shown below:
Press the Accept  button then press Escape  button x 3 toreturn the paneltoanormal condition.
When requested by the panel remove the NVM link shown below:
AFTER A SUCCESSFUL LOOP LEARN YOU WILL HAVE A ‘ONE OUT, ALL OUT’ FIRE ALARM SYSTEM.
See Table 1 (page 6) for the default device assignment following a loop learn.
Are you sure you want to erase
the Database? No
112 devices found
Auto learn complete, Press Accept

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4 Page 9 of 16
4 Programming the Panel
This section details a procedure for creating a basic configuration (config) data file, using the XFP
Programming Tools, resulting in a named, zoned ‘one out, all out’ fire alarm system.
4.1 Install the XFP Programming Tools
Install the PC laptop with the latest version of the XFP Programming Tools (XFP507). There is a free
download of the tools available on the C-TEC website via the following link:
http://www.c-tec.com/info/software-downloads.html.
Note: The tools are Windows XP/Vista/10 compatible and supplied with a 2m long programming lead.
4.2 Connect PC Laptop to Panel
Using the supplied programming lead, connect the PC laptop to the RS232 port on the CAST XFP panel.
Note: Application Note 0001.0 details setting up a Serial Comms Port on a PC laptop to connect to
C-TEC control panels. App Note 001.00 is available under ‘Support’ @ www.c-tec.com.
4.3 Set Up the Panel
At the panel, enter AL3 (4444) > Connect to PC.
When the CONNECT TO PC prompt appears, press the Accept button. If all connections are correct the
following message will appear:
4.4 Load Data from the Panel to the PC Laptop
Open the tools by clicking on the desktop icon, or ‘XFP Programming
Tools’in the PC’s Start menu (shown right).
Load the auto address or loop learn data from the panel to the PC laptop by clicking on
the toolbar icon (shown right).
The CAST protocol settings will be automatically recognised by the tools when the data is loaded.
The following message will appear at the panel:
Create a suitable filename for the ‘config data file’and save the file on the PC laptop. The default
filename extension for data files is ‘.xfp’.

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4.5 Name Loop Devices
To make the system understandable to the user, you should create ‘device names’ (specific areas within
a Zone) for the loop devices.
The following example uses the Loop Summary tab option to edit device names.
The Loop Summary window below (see FIG.2) shows the typical results after the auto address or loop
learn data has been loaded from a CAST XFP panel into the XFP Programming Tools.
The tools have automatically allocated loop addresses and device types and assigned all smoke/heat
detectors and MCPs to Zone 1, all sounder/VADs to Group 1 and all I/O units to ‘Click for I/O
Configuration’.
To change a device name, simplyclick in the Device Name column and type the name you require.
The device name is limited to 24 characters (including spaces) and there are a maximum of 255 devices
per loop (dependent on CAST XFP model).
FIG.2 –Loop Summary Window

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4 Page 11 of 16
4.6 Name Zones and Assign Devices to Zones/Groups/Sets
4.6.1 Name the Zones
A Zone is a geographical location of the protected premises and may also be a fire compartment.
To make the system understandable to the user, you should name all the Zones.
The following example uses the Zone Config tab option to show the results of editing Zone names.
Enter the desired name in the Zones Description column in the Zone Config window (see FIG.3).
The Zone name is limited to a maximum of 14 characters (including spaces) and there are a maximum
of 16 or 32 Zones (dependant on CAST XFP panel model).
FIG.3 –Zone Config Window

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4.6.2 Assign an Input Device to a Zone
An input device is any device that can signal an event such as ‘fire’, ‘fault’, etc. to the fire alarm panel,
e.g. smoke/heat detectors, MCPs and the input channels of I/O units.
Click on the Loop Summary tab to open the Loop Summary window.
For each input device, click on the drop-down menu in the Zone/Group/Set column to assign a
device to a Zone (see FIG.4).
Note: In order to make any changes to the Zone/Group/Set data in the Loop Summary window,
click on the Enable Type/Zone Changes box.
FIG.4 –Loop Summary Window

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4.6.3 Assign a Sounder/VAD to a Group
A Group comprises of loop sounder/VADs and the panel’s conventional sounders.
In the Loop Summary window, for each sounder/VAD, click on the drop-down menu in the
Zone/Group/Set column to assign a device to a Group (see FIG.5).
Note: In order to make any changes to the Zone/Group/Set data in the Loop Summary window,
click on the Enable Type/Zone Changes box.
There are a maximum of 16 Groups (which cannot be re-named), see ‘Edit Group Configuration’.
Normally, after a ‘One Out, All Out’ auto address or loop learn the I/O unit inputs are assigned to
Zone 1 and I/O units outputs to Set 1. If required, click on the ‘Click for I/O Configuration’ in the
Zone/Group/Set column to configure the I/O unit. See Table 1 (page 6) for default device
assignment.
FIG.5 –Loop Summary Window

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4.7 Edit Group Configuration
Clicking the Group Config tab displays the Group Config window which deals with how loop
sounder/VADs and the panel’s conventional sounders interact with Zones. The intersection of the
rows and columns clearly show the settings (see FIG.6).
There are a maximum of 16 or 32 Zones (dependent on CAST XFP model) and a maximum of 16 Groups.
By default, Groups 1 to 5 are set to continuous (Evacuation) operation if a fire event occurs in any
Zone and Groups 6 to 16 are not configured.
There are two conventional sounders circuits in the CAST XFP panel, i.e. Panel Sounder 1 & Panel
Sounder 2. By default, Panel Sounder 1 assigns to Group 1 and Panel Sounder 2 assigns to Group 2.
Combined loop sounder/VAD devices can be assigned to different Groups in the Loop Summary
window, see ‘Assign a Sounder/VAD to a Group’.
To change the status of a Group for a specific Zone, simply click on the desired state button (Off, Alert or
Evac), then click on the individual field to change the status, as shown below.
- The grey bell indicates the Group is set to OFF for that Zone.
- The yellow bell indicates the Group is set to the Alert Tone/Message for that Zone.
- The red bell indicates the Group is set to the Evac Tone/Message for that Zone.
Zones
(max. 16/32)
Groups
(max. 16)
FIG.6 –Group Config Window

CAST XFP ANALOGUE ADDRESSABLE FIRE ALARM PANEL
Commissioning/Programming Quick Start Guide Approved Document No. DFU5020010 Rev 4 Page 15 of 16
4.8 Enter Site Details
Clicking the Site Config tab displays the Site Config window, which is used to enter the site details
(see FIG.7).
Note: The client and installer details entered in the window are saved in the ‘config data file’on the PC
laptop but not saved in the panel’s memory.
However, the following lower sections of the window, containing programming data, are saved in
the panel’s memory.
The Normal String is the text normally shown on the panel’s display. This string is limited to 40
characters (including spaces). By default, ‘C-TEC CAST XFP Fire Panel’ is entered.
The Maintenance String is the text shown on the panel’s display when the Maintenance Date
is reached. By default, ‘Service Required, Call Engineer’ is entered. Typically, set the
maintenance date to 12 months after the commissioning date.
Tick the Send to Panel? box to send these settings when data is saved to the panel.
An Auto Adjust DST (Daylight Saving Time) option is also selectable.
Tick the Send to Panel? box to send the DST setting and the time/date on the PC laptop when
data is saved to the panel.
The default entry codes for Access Level 2 and 3 can be modified. These codes are
automatically sent when data is saved to the panel.
Day and Night times alter the time the panel enters day (building occupied) and night (building
unoccupied) mode. These settings are automatically sent when data is saved to the panel.
Blink Polling LED gives the option to turn the loop devices’polling LED ON/OFF.
Real Time Output of Events option is for future use.
FIG.7 –Site Config Window

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4.9 Save Data from the PC Laptop to the Panel
After the site details have been entered, save the completed ‘config data file’to the PC laptop.
Using the XFP Programming Tools, save the ‘config data file’ from the PC laptop to the
panel by clicking on the toolbar icon (shown right).
When requested by the panel fit the NVM link shown below:
The following message will appear at the panel:
Wait for the data transfer to complete.
P ress Escape  button.
The panel will update its flash database.
P ress Escape  button x 2.
When requested by the panel remove the NVM link shown below:
AFTER SAVING THE DATA TO THE PANEL, YOU WILL HAVE A NAMED,
ZONED, ‘ONE OUT, ALL OUT’ FIRE ALARM SYSTEM.
Please fit the NVM Link now
or press ESCape to abort