XC1001-A

Extinguishing Control Unit

Technical manual

Building Technologies
Fire Safety & Security Products
Liefermöglichkeiten und technische Änderungen vorbehalten.
Data and design subject to change without notice. Supply subject to availability.
Sous réserve de modifications techniques et de la disponibilité.
© 2005 Copyright by
Siemens Building Technologies AG

Wir behalten uns alle Rechte an diesem Dokument und an dem in ihm dargestellten Gegenstand vor. Der Empfänger anerkennt diese
Rechte und wird dieses Dokument nicht ohne unsere vorgängige schriftliche Ermächtigung ganz oder teilweise Dritten zugänglich machen
oder außerhalb des Zweckes verwenden, zu dem es ihm übergeben worden ist.

We reserve all rights in this document and in the subject thereof. By acceptance of the document the recipient acknowledges these rights
and undertakes not to publish the document nor the subject thereof in full or in part, nor to make them available to any third party without our
prior express written authorization, nor to use it for any purpose other than for which it was delivered to him.

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à des fins autres que celles pour lesquelles il lui a été remis.
 1 About this Document..............................................................................5

2 Safety Regulations..................................................................................7
2.1 Danger Levels ...........................................................................................7
2.2 Safety-relevant Operating Instructions .....................................................7

3 System Overview ....................................................................................9

4 Structure and Function ........................................................................11

4.1 View ........................................................................................................11
4.2 Block Diagram.........................................................................................12
4.3 Connections ............................................................................................13
4.3.1 Power Supply ..........................................................................................13
4.3.2 Connections of the XCM1001-1 lower Mainboard ..................................14
4.3.3 Connections of the XCM1001-2 upper mainboard .................................16
4.4 Adjusting Elements .................................................................................18
4.4.1 Adjusting Elements of the XCM1001-1 Mainboard.................................18
4.4.2 Adjusting Elements of the XCM1001-2 Mainboard.................................19
4.5 Indicator Elements ..................................................................................20
4.6 Operating Elements ................................................................................26
4.7 Accessories.............................................................................................30
4.7.1 Z3B171 Relay Module ............................................................................30
4.7.2 GB FCA1007-B Line Card ......................................................................30
4.7.3 "Standard" XCA1001 Key Switch Kit ......................................................31
4.7.4 XCA1016 Add-on module .......................................................................31
4.7.5 FCA 1005-D RT Blocking Card...............................................................32
4.8 Technical Data ........................................................................................33

5 Planning .................................................................................................35
5.1 Typical Extinguishing Area......................................................................35
5.1.1 Detector Lines .........................................................................................36
5.1.2 Monitored Inputs .....................................................................................38
5.1.3 Monitored Control Lines..........................................................................41
5.1.4 Driver Outputs .........................................................................................44
5.1.5 Potential-free Contacts ...........................................................................45
5.2 Wiring Methods of the Detector Lines.....................................................46
5.2.1 Standard Wiring ......................................................................................46
5.2.2 Connection in Accordance with the British Standard..............................47
5.2.3 Wiring for Explosion Hazard Areas .........................................................47
5.3 Connection to a Fire Detector System ....................................................48
5.3.1 First application .......................................................................................48
5.3.2 Second Application .................................................................................50

6 Installation .............................................................................................52
6.1 Installation Location ................................................................................52
6.2 Installation Material .................................................................................52
6.3 Housing Assembly ..................................................................................53
6.4 Mounting the Accessories.......................................................................54
6.5 Connecting the Control Unit....................................................................55

7 Commissioning .....................................................................................56

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 7.1 Checking the Installation .........................................................................56
7.2 Preparing the Control Unit.......................................................................56
7.3 Switching on the control unit for the first time .........................................57
7.4 System Test ............................................................................................57
7.5 Complete Commissioning .......................................................................57

8 Service....................................................................................................58
8.1 Testing the Extinguishing System ...........................................................58
8.2 Checking the Operating Units .................................................................58
8.3 Checking the Extinguishing Control Unit.................................................58

9 Detailed Procedures .............................................................................59

9.1 Checking All Optical and Acoustic Elements of the Control Unit ............59
9.2 Enabling Access Level 2 .........................................................................60
9.3 Test the Alarm Horn ................................................................................60
9.4 Testing Illuminated Warning Panel .........................................................60
9.5 Calibrating control lines 4 and 5..............................................................61
9.6 Performing System Test..........................................................................62

10 Program User Functions ......................................................................63

10.1 Log-in in Program Mode..........................................................................64
10.2 Exit Program Mode .................................................................................64
10.3 Reset User Functions..............................................................................64
10.4 Query Check Sum...................................................................................65
10.5 Programming Steps ................................................................................66
10.5.1 Step 1, Change Pre-warning Time and Function of Control Lines 4/5 ...67
10.5.2 Step 2, Change the Flooding Time (active period) of Control Lines 4/5 .68
10.5.3 Step 3, Change the Function of the Remote Transmission ....................69
10.5.4 Step 4, Change the function of the Monitored Inputs 1 and 2 ................71
10.5.5 Step 5, Change the Active Mode of Control Lines 1 and 3.....................73
10.5.6 Step 6, Enable the "Alarm Verification" Function....................................74
10.5.7 Step 7, Define the Function of the Yellow Key 8.....................................75
10.5.8 Step 8, Change the Function of the Monitored Input 3 ...........................78
10.5.9 Step 9, Change the Parameters of the "Reset" Function .......................82
10.5.10 Step 10, Change the Indication Mode on the Operator Interface ...........84
10.5.11 Step 11, Change the Function of the Detector Zones 1 to 3 ..................85
10.5.12 Step 12, Change the Code for Access Level 2 .......................................86
10.5.13 Step 13, Change the Parameters of the Operator Interface ...................87
10.5.14 Step 14, Change the Fault Delay upon "Mains Failure"..........................88
10.5.15 Step 15, Change the Function of the Control Inputs 2 to 4.....................89
10.5.16 Step 16, Change the Function of the Driver Outputs 2 and 8.................90

11 Log Sheet of Programmed User Functions........................................91

12 Ordering Information ............................................................................92

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 About this Document

1 About this Document

Objective and Purpose
This document describes the planning, installation, commissioning and
maintenance of the XC1001-A extinguishing control unit. By consistently following
the instructions correct reliable use is ensured.

Area of Application
The information contained in this document is valid as of hardware/software
version 2.2

Target Group
This documentation and the instructions provided herein address the following
groups of people who perform activities and have the necessary qualifications
therefor.

Group Activity Qualification

Product Manager (PM) Operates local product management and is He has the technical training and has completed
responsible for information exchange between the the training courses appropriate to his function
plant supplying the equipment and its DU for his and to the product line.
product line. He co-ordinates the information flow
between the individual groups for a project.
Project Manager Responsible for local project management. Co- He has the technical training appropriate to his
ordinates on-time use of all groups and resources function and the dimensions of the project or the
involved in a project. Responsible for ongoing product line deployed in the project and has
acquisition of technical information required for attended the training courses for project
project realization. managers at the supplier's works.
Project Engineer Parameterizes the product or equipment or system Has the technical training appropriate for
in the DU for a specific country or customer. He parameterizing the products or devices or
monitors the serviceability of and releases the systems and has attended the technical training
product or equipment or system for commissioning course for Project Engineers at the plant
at the place of installation. Diagnoses and supplying the equipment.
eliminates operating faults and errors.
Installation Staff Installs and mounts the product or devices or Technical training in the area of building
system components at the place of installation. automation and electrical installations.
After installation, he conducts a general
performance check of the installation.
Commissioning Personnel Customer-specific configuration of the product or Has the technical training appropriate to the
device or system at the place of installation. function and the products or devices or systems
Checks serviceability and officially releases the to be commissioned and has attended the
product or device or system for operation by the technical training course for commissioning
operator/customer. Diagnoses and eliminates personnel.
operating faults and errors.
Maintenance Personnel Performs all maintenance procedures listed in the Has the technical training appropriate to the
product documentation and checks it for correct function and the product.
function.

Brief Description of Chapter Contents

Chapter Content Overview
1. About this Document General information on documentation and notes on the target group,
for which the document was created.
2. Safety Regulations Describes the hazard levels and safety provisions that are important
for planning, installation, commissioning and maintenance of the
extinguishing control unit.
3. System Overview Provides an overview of the function, use and connection options for
peripheral devices.
4. Structure and Function Describes the structure of the control unit, electrical connections and
the function of the indicator elements, the operating elements and the
accessories; it also includes technical data.

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About this Document
Chapter Content Overview
5. Ordering Information Information on ordering components, accessories and replacement
parts.
6. Planning Describes the principle structural features of an extinguishing control
unit using descriptions of the connection of peripheral devices.
7. Installation Provides procedural instructions for mounting the control unit and any
accessories.
8. Commissioning Provides procedural instructions for connecting the peripheral devices
and commissioning of the extinguishing system.
9. Maintenance Describes the recommended maintenance work.
10. Detailed Procedures Supplements the instructions on commissioning and maintenance
using detailed, unit-specific procedures.
11. User Function Describes the programming functions for a customer-specific
Configuration configuration of the extinguishing unit.
12. Appendix Here you will find the worksheets for completion.

Reference Documents
Number/Version Name
008400 Operating Instructions

Standard Symbols
Î Result, Note
'' Quotation, reproduced identically
(...) Parentheses contain supplementary text, suggestions, etc.

Technical Terms
Term Explanation
Pre-alarm The first alarm stage. The pre-alarm time is the time between
triggering of the first and the second detector.
Pre-warning Second alarm stage. The pre-warning time is the time leading up to
triggering of the extinguishing releasing element.
Flooding time The period of time during which the extinguishing gas is discharged.
Actuator An electromagnetic or pyrotechnical releasing element for triggering
the valves.
LED An optical indicator element (light-emitting diode).

Document Identification
Location Definition
Title page Î Product type: XC1001-A extinguishing control
unit
Î Document purpose: Planning, installation,
commissioning, maintenance
Last page bottom left Î Document number
Î Issue date
Last page bottom right Î Manual
Î Register

Download
The current documentation can be found on the Intranet.

Index of Changes
Version Date Brief description
008399_a_en_-- 07.2005 First issue
008399_c_en_-- 11.2005 Updated according the new functions in V2.2

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 Safety Regulations

2 Safety Regulations
2.1 Danger Levels
The following signal words indicate danger levels; that is, the severity and
probability of a hazard and its consequences.

Imminent danger!
DANGER
z Severe physical injury or death.

Possible dangerous situation

WARNING
z Severe physical injury or death

Possible dangerous situation

CAUTION
z Slight physical injury or property damage

NOTICE Important information that requires special attention

2.2 Safety-relevant Operating Instructions

Country-specific Standards
The products are developed and produced in accordance with the relevant
international and European safety standards. If additional country-specific, local
safety standards or statutes apply to planning, mounting, installation, operation and
disposal of the product at the place of operation, then any such standards or
statutes shall be observed in addition to those safety prescriptions in the product
documentation.

Electrical Installations

Work on electrical systems must be carried out in accordance with electro-

WARNING technical rules and only by a trained electrical technician or an instructed
person under the management and supervision of an electrical technician.

When performing work in explosion-hazard areas, comply with the respective

WARNING
safety procedures.

z When performing commissioning and repair work on units, they must be voltage-
free, if possible.
z Provide connection terminals with external voltage sources with "DANGER
external voltage" signing.
z Lay mains power lines to the control unit separately. These must be fused with
their own, clearly marked fusing.
z Provide earthing in accordance with local safety regulations.
z When performing work in explosion-hazard areas, comply with the respective
safety procedures.

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Safety Regulations
Mounting, Installation, Commissioning and Maintenance
z If you require tools, you must use tools that are safe and intended for the task
such as, for example, a ladder.
z If you are activating fire controls for test purposes, there must be no damage
caused to system components.
z Release fire controls only when the test has been completed and the system is
finally turned over to the customer.
z Avoid unintended triggering of remote transmission.
z Notify the receiving station prior to a pending test-remote transmission.
z Before actuating manual activation for test purposes, mechanically block the
activation of extinguishing.
z Use or require the use of the "General Installation Instructions" as the guideline
for extinguishing systems. This guideline is available from us on request.

Test and Check Product Operability

z Notify persons in the event of mist and noise.
z Notify persons of the testing of the alarm devices and make provisions for
possible panic reactions.
z Notify the alarm and fault receiving stations connected to the system of a
pending test-remote transmission.
z When testing the extinguishing system, evacuate the extinguishing area and
block it off.

Changes to System Layout and Products

Changes to the system and to individual products may result in faults and incorrect
functioning. Request from us and the respective safety authorities written approval
for intended changes and system expansions.

Components and Replacement Parts

z Components and replacement parts procured locally must comply with the
technical requirements defined by the manufacturer. This is ensured in the case
of OEM replacement parts supplied by us.
z Use only fuses having the prescribed characteristics.
z Incorrect battery types and improper exchange of batteries result in an explosion
hazard. Use only the same battery type or an equivalent type recommended by
us.
z Batteries require environmentally appropriate disposal. Bring them to the local
collection centers.
z Note that the cylinders containing the extinguishing agent are under pressure
and must be exchanged in accordance with local safety regulations.

Non-compliance with Safety Regulations

The products are designed for proper use and have been tested for correct
function prior to delivery. We accept no liability for personal injury or property
damage occurring as the result of abuse or by noncompliance with the instructions
or danger notices listed in the documentation. This applies especially to:
z Personal injury or property damage that occurs as the result of inappropriate use
and incorrect use.
z Personal injuries or property damage that occurs as the result of non-
compliance with safety-relevant information in the documentation or on the
product.
z Personal injury or property damage that occurs as the result of deficiently
performed or non-performance of maintenance.

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 System Overview

3 System Overview
The XC1001-A extinguishing control unit with extinguishing control system and
extinguishing operation and its own fire detection system operates independently
or in conjunction with a fire alarm system. The control unit monitors and controls an
area of a small to medium-size high pressure extinguishing system. It monitors the
area to be flooded, the adjacent areas, the course of extinguishing, the control of
the optical and acoustic alarm and the stocks of extinguishing agent.

Automatic and Manual Evaluation, Display and System Operating Alarms and Controls
Activation of Extinguishing

Fire detectors in extinguishing area Audible Alarm for states

- “Pre-alarm”
Zone 1 - “Pre-warning”
- “Discharged”
Zone 2 Optical Alarm for states
Fire detectors outside extinguishing area
GAS - “Pre-warning”
GAZ - ”Discharged”
Zone 3
Manual activation of extinguishing Remote transmission
- to fire brigade or
Zone 4 - to fire detection system
Emergency hold or abort button
Fire control for
- closing fire door
- shut down air conditioner
Extinguishing “discharged”

Release equipment
Reporting other operating states - Solenoid
- Pyrotechnical actuators

Mains supply
XC10_PZ_Zentrale_en_VP
230/115 VAC

Fig. 1 XC1001-A Extinguishing control unit system overview

Use
The XC1001-A control unit can be used for:
– Gas extinguishing installations using the known extinguishing agents CO2,
FM200, NOVEC, Argon, etc.
– Deluge installations using water as extinguishing agent.
– Foam extinguishing installations using a mixture of water and foaming
substances.

Peripheral Equipment
The following peripheral equipment can be connected to the XC1001-A control
unit.
– Two detector lines with conventional detectors for automatic activation of
extinguishing (zones 1 and 2).
– One detector line with conventional detectors for monitoring areas adjacent to
the extinguishing zone (zone 3).
– Manual activation button(s) for manual activation of extinguishing (zone 4).
– Emergency hold or abort button(s) for manual blocking of extinguishing.
– Alarm horn(s) for acoustic reporting of pre-alarm and pre-warning.

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System Overview
– Illuminated warning panel(s) for optical reporting of the impending extinguishing
operation during the pre-warning time and the discharged extinguishing.
– Remote transmission device to report the states “Extinguishing Discharged” and
“Fault”.
– Relay for fire control with 230V contact.
– Field contacts to report the states "Extinguishing Discharged", "Extinguishing
Agent Loss" and "Mechanical blocking device open/closed".
– Solenoid or pyrotechnical actuators to trigger the flooding.
– Repeator indication panels for extinguishing areas with several entrances.

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 Structure and Function

4 Structure and Function

This chapter provides an introduction into the structure of the control unit,
describes the connections and provides an overview of the functions of the optical
indicators (LED), the adjusting elements and keys. Here you will also find the
description of the accessories and the technical data.

4.1 View

6
8
CL16 CL15 CL14 2
CL13 CL12 CL11 CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

PU1
CL19 CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

1
7 7 5

CL15-1

CL16-2

CL16-2
CL5-2
CN6
CN5

CLx

9 3

LINE
OUT A
LINE
OUT B

10 IN4

OUT C IN3 4
IN2
OUT D
IN1

XC10_Aufbau_Zentrale_mitZubehör_V22

Optional module

Fig. 2 Chassis with electronic components

The basic equipment of the extinguishing control unit XC1001-A consists of

components 1 to 4. Depending on requirements, the control unit can be provided
with accessory parts 5 to 10:

1 FCP1004-E power supply unit with charger

2 XCM1001-1 mainboard (lower level)
3 XCM1001-2 mainboard (upper level)
4 AX1213/AX1204 rechargeable batteries 5Ah or 72. Ah
5 2 x Z3B171 relay module for fire controls
6 XCA1016 add-on module to split the monitored input 1 into the two separate
circuits “1A” and “1B”
7 2 x FCA1007-B line card for creation of detector line monitoring according to
British Standard BS5839-Pt1
8 FCA1005-D RT isolation card for preventing remote transmission of alarms
and faults
9 XCA1001 standard key switch kit for operating access using a key
10 FDCIO222 I/O module for the connection to a fire detection system

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 Structure and Function

4.2 Block Diagram

CL16 Output 24 V
Supply for external devices
Detector lines
LIN1 CL1 CL11 Horn
1

Monitored control lines

LIN2 CL2 CL12 RT-alarm or
other application 2

LIN3 CL3 CL13 Warning panel

3

LIN4 CL4 CL14 Actuator 1

4
XCM1001-1
Contact “Discharged” and CL8 CL15 Actuator 2 or
1 5
Monitored inputs

contact “Loss of agent” other application

CL9

Control inputs
Mech. blocking device Reset
2 Contacts open/closed 1
CL6 Silence buzzer
2
Emergency hold/abort button CL10 Fault
3 Door lock contact 3
CN8 CN6
CL7 Silence horn
4

CL5 RT-alarm
1
CL10 CN1
CL6 RT-fault

Dry contacts
2
CL7 Pre-alarm
3
CL8 Autom. blocked
4
CL9 Autom. + manual blocked
5
XCM1001-2
Pre-alarm - discharged
Mains supply 1
CL1 Pre-warning/Discharged or
230 VAC (115 VAC) other application 2
Pre-alarm
3

Driver outputs
CL2 Pre-warning
4
Discharged
5
CL3 Autom. blocked
6
Autom. + manual blocked
7
CL4 Emergency hold/abort or
XC10_BS_en_VP_V22.cd other application 8

Fig. 3 Block diagram of the XC1001-A control unit

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 Structure and Function

4.3 Connections
In the following, a short overview is provided on where the connections are located.

On top of the power unit (see "Power Supply", page 13) are the mains connection
and voltage selection.

The XCM1001-1 mainboard (see "Connections of the XCM1001-1 lower

Mainboard", page 14) principally includes:
– Detector lines
– Control inputs
– Monitored inputs
– Monitored control lines

The XCM1001-2 mainboard (see "Connections of the XCM1001-2 upper

mainboard", page 16) principally includes:
– Driver outputs
– Potential-free contacts

4.3.1 Power Supply

Top view Bottom view

115VAC 230VAC

FCP1004-E FCP1004-E

N L

5 6 4
230Vac (115V) 2 3 1
Fig. 4 Components of the power unit

Ref. Function Remarks

1 Terminal block for setting mains voltage to 115V Jumper set for 115 V only (use insulated wire)
2 Terminal block for mains connection
3 2 AT/250 V mains fuse
4 Jumper for system start without mains power Remove after system start
5 LED green “mains operation” (inside but visible from outside) Not lit in the event of power failure
6 Thermosensor for temperature compensation Do not cover

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 14
-
+
-
CL16-2
4.3.2

24V
Supply for external devices

0,5A
+
CL16-1

+
CL15-2

+
5
..2A

CN8-1/2
CL15-1

-
Options Valve Control immediate
CL14-2

+
4
..2A

Building Technologies
CL16 CL15 CL14
CL14-1

-
Valve Control delayed
Structure and Function

CL13-2

Fire Safety & Security Products

-
3
..1A

EOL
Monitored Control Lines

CL13-1

+
Options Warning panel
CL12-2

-
2

XCM1001-1_AP_PCB_lowerconnection_en_VP_V22
..0.5A

EOL

CL12-1

Fig. 5
Options RT alarm
CL11-2

+ -
1

attached)
EOL
..0.5A

CL13 CL12 CL11

CL11-1

+
Alarm horn

Door lock contact Emergency Stop / Abort

CL10-2

-
3

3k3

1k2 0k68

CL10
CL10-1

+
CL9-2 Option open closed
2

-
1k2 1k2
3k3

0k68

CL9

CN6
CL9-1
Mech. blocking device
CL8-2

+ -
1
Monitored Inputs

3k3

1k2 0k68

CL8
CL8-1

+
Loss of extinguishing agent Extinguishing discharged
+

CL7-2 Silence horn or other application

CL7
CL7-1 Fault or other application
Connections of the XCM1001-1 lower Mainboard

+ +

CL6-2 Silence buzzer or other application

CL6

1
+
4 3 2 1

CL6-1 Reset
Control Inputs

CN3

Connections of the XCM1001-1 mainboard

CN5
0k820 or z-diode 5.7V
CL4-2
-
4

LIN4

CN4
3k3

CL4

CL4-1
Manual Activation
+ -

CL3-2
3

LIN3
3k3

CL3

CL3-1
+

CN1
-

CL2-2
2

SW2-4 LIN2
3k3

CL2

CL2-1
+

SW2-3
Detector Lines

Detectors to the extinguishing area

Line termination of monitored control lines 1-3: Use FCE1002 (factory side
CN2
-

CL1-2
1

LIN1
3k3

SW1-2
CL1

CL1-1
+

SW1-1

008399_c_en_--.doc
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 Structure and Function

Connection Terminal Identification Description Polarity

Detector Lines CL1-1 LIN 1 Detectors in the Extinguishing Area +
CL1-2 –
CL2-1 LIN 2 Detectors in the Extinguishing Area +
CL2-2 –
CL3-1 LIN 3 Detectors external to the extinguishing +
CL3-2 area or other application –
CL4-1 LIN 4 Manual Activation +
CL4-2 –
Control Inputs CL6-1 Control Input 1 Reset (+)
CL6-2 Control Input 2 Silence buzzer or other application (+)
CL7-1 Control Input 3 Fault or other application (+)
CL7-2 Control Input 4 Silence horn or other application (+)
Monitored Inputs CL8-1 Monitored Input 1 Extinguishing discharged and loss of +
CL8-2 extinguishing agent -
CL9-1 Monitored Input 2 Mechanical blocking device, states +
CL9-2 open and closed or other application -
CL10-1 Monitored Input 3 Emergency hold or abort button and +
CL10-2 door lock blocking contact -
Monitored Control Lines CL11-1 Monitored Control Alarm horn +
CL11-2 Line 1 –
CL12-1 Monitored Control RT Alarm device or other application +
CL12-2 Line 2 –
CL13-1 Monitored Control Warning Panel “Gas” +
CL13-2 Line 3 –
CL14-1 Monitored Control Actuator delayed (pre-warning time) –
CL14-2 Line 4 +
CL15-1 Monitored Control Actuator immediate or other –
CL15-2 Line 5 application +
24 V / 500 mA CL16-1 24 V Supply for external devices (e.g. +
CL16-2 relays) –
Other connections CN8-1 24 V plug connection to the upper +
CN8-2 mainboard –
CN1 Connector for GB line card, FCA 1007-
CN2 B, lines 1-2
CN3 Connector for GB line card, FCA 1007-
CN4 B, lines 3-4
CN5 Connector for flash programmer for
firmware update. (factory use only)
CN6 Connector for flat cable to upper
mainboard

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 16
4.3.3

LED9
LED8
LED1
LED7
LED6
LED5
LED4
LED3
LED2
LED1

KEY 4
+BAT
To positive of battery

KEY 5
(to provide function “total loss of power”)

Building Technologies
PU7
Structure and Function

KEY 6

Fire Safety & Security Products

KEY 3 KEY 2 KEY 1

XCM1001-2_AP_PCB_upperconnection_en_VP_V22
KEY 7

Fig. 6
CL9-2
5

Automatic + manual activation blocked

CL9
CL9-1

PU6
CL8-2
4

Automatic activation blocked

CL8
CL8-1

PU5
CL7-2

PU1
3

Pre-alarm / Pre-warning

CL7

30V/1A
PU4
CL7-1

CN1
CL6-2
2

Fault

CL6
CL6-1

PU10
CL5-2
Potential-free contacts

Pre-warning / Discharged

PU9 PU8
CL5

PU3 PU2

NO or NC
KEY12 KEY11 KEY10 KEY 9 CL5-1
KEY 8
Connections of the XCM1001-2 upper mainboard

LD 1
LD 2
LD 3 CL4-2 Emergency hold/abort or other appl. +
CL4

LD 4 CL4-1 Automatic + manual activation blocked +

Connections of the XCM1001-2 Mainboard

LD 5 CL3-2 Automatic activation blocked +
LD 6
CL3

CL3-1 Discharged +
LD 7
LD 8 CL2-2 Pre-warning +
CL2

LD 9 +
24V/40mA

CL2-1 Pre-alarm
CL1-2 Pre-warning/Discharged or other appl. +
Driver outputs

CL1
8 7 6 5 4 3 2 1

CL1-1 Pre-alarm - Discharged +

KEY16 KEY15 KEY14 KEY13

008399_c_en_--.doc
11.2005
 Structure and Function

Connection Terminal Description Polarity Circuit Type

Driver outputs CL1-1 Pre-alarm until Discharged –
CL1-2 Pre-warning/Discharged or other applic. –
CL2-1 Pre-alarm –
CL2-2 Pre-warning –
CL3-1 Discharged –
CL3-2 Automatic activation blocked –
CL4-1 Automatic and manual activation blocked –
CL4-2 Emergency hold or other application –
Potential-free contacts CL5-1 Discharged to Reset, or NO or NC
CL5-2 Pre-warning/Discharged to Reset, or contact
Alarm zones 1-3
CL6-1 Fault to Reset, or NO or NC
CL6-2 Fault to Inactive contact
CL7-1 Pre-alarm to Reset, or NO or NC
CL7-2 Pre-alarm/Pre-warning to Reset contact
CL8-1 Automatic activation blocked NO or NC
CL8-2 contact
CL9-1 Automatic and manual activation blocked NO or NC
CL9-2 contact
Other connections CN1 Connector for flat cable from the lower
mainboard

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Structure and Function

4.4 Adjusting Elements

Certain functions can be parameterized using the adjusting elements.

4.4.1 Adjusting Elements of the XCM1001-1 Mainboard

This board contains parameters for:

– Disable earth short monitoring unit
– Change type of fire detector

CL16 CL15 CL14 CL13 CL12 CL11 CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1
PU1
CL16-2
CL16-2

CL15-2
CL15-1
CL14-2
CL14-1

CL13-2
CL13-1
CL12-2
CL12-1
CL11-2
CL11-1

CL10-2
CL10-1
CL9-2
CL9-1
CL8-2
CL8-1

CL7-2
CL7-1
CL6-2
CL6-1

CL4-2
CL4-1
CL3-2
CL3-1
CL2-2
CL2-1
CL1-2
CL1-1
+
F1
- F2
CN8-1/2

SW2-4

SW1-2
SW2-3

SW1-1
CN5
CN6
1 ON

XC10-PCB_lower_settings_V22

Fig. 7 Adjusting Elements of the XCM1001-1 Mainboard

Ref. Function State Parameter

PU1 Earth short monitoring unit ON Activated (factory setting)
OFF De-activated
SW1-1 Detector line 1 ON Detector "Siemens" without current limiting (factory setting)
OFF Detector "Synova" with current limiting
SW1-2 Detector line 2 ON Detector "Siemens" without current limiting (factory setting)
OFF Detector "Synova" with current limiting
SW2-3 Detector line 3 ON Detector "Siemens" without current limiting (factory setting)
OFF Detector "Synova" with current limiting
SW2-4 Detector line 4 (manual ON 1) Detector "Siemens" without current limiting (factory setting)
activation) OFF 1) Detector "Synova" with current limiting
F1 / F2 Pluggable fuse 2A - Fuse “F1” for control line 4
- Fuse “F2” for control line 5

1
) Manual activation buttons with 820 Ohm resistor or with Z-diode 5.6 V with LED
in line function on both settings correct.

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 Structure and Function

4.4.2 Adjusting Elements of the XCM1001-2 Mainboard

This board contains parameters for:

– Permanent activation of Operating Level 2 or connecting optional key switch
– Change Contact type NO/NC
– Disable activation of the buzzer
– Activation of the calibration procedure for control lines 4 and 5
– Insert optional line card FCA 1007-B

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED
PU611 PU5 PU4 PU3 Key
PU28 Key 13
Key 1
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9 LED 17 PU9 PU8 LED 31
Key 15
LED 18 Key 10
PU7
LED 19 LED 32
LED 10
PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25 LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9
Key 4 Key 5 Key 6 Key 7
XCM1001_PCB_upper_settings_V22.cdr

Fig. 8 Adjusting Elements of the XCM1001-2 Mainboard

Ref. Function Jumper pos. Parameter

PU1 Operating Access Level 2 ON Permanent access
Also used for connection for key switch OFF Access only using code (factory setting)
PU2 Potential-free contact "RT Alarm" ON Right NO contact (factory setting)
(function programmable in step 3/ option 1-3) ON Left NC contact
PU3 Potential-free contact "RT Fault" ON Right NO contact (factory setting)
(function programmable in step 3/ option 6-9) ON Left NC contact
PU4 Potential-free contact "Pre-alarm" ON Right NO contact (factory setting)
(function programmable in step 3/ option 4-5) ON Left NC contact
PU5 Potential-free contact "Automatic Activation ON Right NO contact (factory setting)
Blocked" ON Left NC contact
PU6 Potential-free contact "Automatic & Manual ON Right NO contact (factory setting)
Activation Blocked" ON Left NC contact
PU7 Temporary Disabling of Buzzer ON Activated (factory setting)
OFF Not activated (only for servicing)
PU8 Factory test OFF (factory setting)
PU9 FCA 1007-B line card equipped (supports the ON FCA1007-B mounted
diode connector according to BS 5839 Pt. 1) OFF Not used (factory setting)
PU10 Calibrating the control lines 4 and 5 ON Calibrating activated
(details see page 58) OFF Calibrating not activated (factory setting)

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Structure and Function

4.5 Indicator Elements

The indicator elements (LEDs) are on the XCM1001-2 mainboard. LEDs 1 to 34 for
operating states, alarms, faults and switching-off are visible on the front of the
housing. The Service LEDs (LD1 to LD9) provide fault information and are not
visible from the outside. The indicator functions of the LEDs are described in the
following:

Alternative Configuration Standard Configuration

Alternative 1 = step 10/option 2
Alternative 2 = step 2/option 3

Alternative options
LED3-5 = alternative 1
LED9 = alternative 2
LEDs LEDs LEDs LEDs
1 System ON 1 System ON 11 Disabled 27 ZONES
Silence Silence Detector zone 1
2 Mech. blocked 2 Mech. blocked 12 Detector test Emergency
(extinguishing) disable/
horn horn hold/abort
3 Manual only 3 13 Fault 28 enable

4 Autom.& Manual 4 Autom. blocked 14 Loss of agent 29 ZONES

Mode Mode Detector zone 2
5 Autom.& Man. blocked 5 Manual blocked 15 Earth fault Lamp test (extinguishing) det. test/
select select
6 Pre-alarm 6 Pre-alarm 16 Power fault 30 enable

7 Pre-warning 7 Pre-warning 17 Mech. block. device 31

8 8 System test Detector zone 3 Silence
Discharged Discharged 18 System fault
(external) buzzer
9 Alarm zone 1-3 9 Remote transmission 19 System test 32

10 Operating access 10 Operating access 20 Horn / actuator 33

Disable / Manual
21 disabled / fault Enable release Reset
22 Fire control 34

23 RT-fault
1 2 3 4 1 2 3 4 24
25
disabled / fault
RT-alarm
Disable /
Enable

XC10_AF_PMILeds_standGB_en_VP.cdr

Fig. 9 Indicator Elements, housing cover view

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED 11 PU5 PU4 PU3PU2 Key 13
Key 1 Key 8
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9
LED 17 PU9 PU8 LED 31
LED 18 Key 10 Key 15
PU7
LED 19 LED 32
LED 10 PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25
LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9

Key 4 Key 5 Key 6 Key 7

XCM1001-2_AP_PCBupperLEDs_--_VP

Fig. 10 Indicator Elements, XCM1001-2 upper main board view

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 Structure and Function

LED 1 to LED 34
Ref. Color Identification State Function
LED 1 Green System ON Lit System Operating (microcomputer is running)
LED 2 Yellow Mech. blocked Lit Mechanical blocking device is in the "closed" position (monitored
Input 2)
LED 3 Green - - Not used
Manual only Lit Alternative (step 10 = option 2): Triggering by fire detector is
blocked
Initialized by:
– Key 2 "Mode Select "
– Disabling of detector zone 1 or 2
– Switch-over of detector zone 1 or 2 in the state "Detector Test"
– monitored Inputs 2 and 3 (dependent on programming)
– Press key 8 (dependent on programming)
LED 4 Yellow Automatically Lit Triggering by fire detector is blocked
blocked Initialized by:
– Key 2 "Mode Select"
– Disabling of detector zone 1 or 2
– Block "Manual Activation" (dependent programming)
– Switch-over of detector zone 1 or 2 in the state "Detector Test"
– monitored Inputs 2 and 3 (dependent on programming)
– Press key 8 (dependent on programming)
Autom. & Manual Lit Alternatives (step 10 = option 2): Extinguishing ready
Automatic and Manual activation of extinguishing is possible
LED 5 Yellow Manually blocked Lit Triggering by fire detector and Manual activation button is
blocked
Initialized by:
– Key 2 "Mode Select"
– Block "Manual Activation"
– monitored Inputs 2 and 3 (dependent on programming)
– Press key 8 (dependent on programming)
A & M blocked Lit Alternative (step 10 = option 2): Triggering by fire detector and
Manual activation button is blocked
Initialized by:
– Key 2 "Mode Select"
– Block "Manual Activation "
– monitored Inputs 2 and 3 (dependent on programming)
Press key 8 (dependent on programming)
LED 6 Red Pre-alarm Lit Basic function: One of detector zones 1 or 2 reports alarm
Variant: One or two zones of detector zones 1 to 3 report(s)
alarm
Special situation: Manual activation is activated and at the same
time "Automatic & Manual Activation" is blocked.

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Structure and Function

Ref. Color Identification State Function

LED 7 Red Pre-warning Fast 1) The extinguishing process is started and the pre-warning time is
running
Lit Flooding of extinguishing agent is started (pre-warning time is
elapsed)
Î Control line 4 is activated
or
Pre-warning time is stopped (as long as hold button is pressed)
Î The alarm horn changes its tonality
LED 8 Red Discharged Fast 1) Extinguishing agent is discharged
Reporting by state "Active" (680 Ohm) of the monitored Input 1
Alternative (step 4 = option 3 ): Control line 4 is activated
(simulation of the state "Discharged")
LED 9 Red Remote Lit Contact 1 "RT Alarm" is in state"Active"
transmission Function may be inoperable
In addition (step 3 = option 11): Contact 2 "RT Fault" is in
state "Active"
- Alternative (step 3 = option 12 ): Facility “Remote
transmission” is not used
LED 10 Yellow Operating Lit Operating access level 2 is provided either by code or key switch
Access Timeout if access is provided by code: Void 3 minutes after the
last button was pressed
Fast System is in "System Test" mode
LED 11 Yellow Disabled Lit A system component is disabled. Initialized by:
– detector zones 1 to 3 are disabled or on "Detector Test"
– Manual activation (zone 4) is disabled or on "Detector Test"
– Alarm horn/valve control is disabled
– Fire control is disabled
– RT alarm is disabled
– RT fault is disabled
– State "Autom. Blocked" or "Manual Only" is activated
– State "A & M Blocked" is activated
– Control input 2 is active, depending on programming
LED 12 Yellow Detector Test Slow A detector zone is in state "Detector Test". Initialized by:
– detector zones 1 to 3 are in state "Detector Test"
– Manual activation (zone 4) is in state "Detector Test"
LED 13 Yellow Fault Fast A system component is in state "Fault". Buzzer pulsating.
Initialized by:
– detector line 1 to 3 are open or shorted
– Manual activation is open or shorted
– monitored inputs 1 to 3 are open or shorted
– Control lines 1 to 5 are open or shorted or fuse blown
– Earth fault
– Battery is disconnected or very low charge
– Mains power off (after elapse of the mains delay time)
– Control Input 3 or 4 is active, depending on programming
– State discharged not reported with 30sec upon release 2)
Lit The microcomputer is failed (the control unit is not operating)
1
) Alternative (step 10 = option 4): Activated LED is always in mode “lit”
2
) Release = after control line 4 has been activated (can be suppressed if step 4 = option 5)

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 Structure and Function

LED 14 Yellow Loss of agent Fast Monitored Input 1 is in state "Active 1" (1.2 kOhm)
Alternative (step 4 = option 2 ): Monitored Input 1 is in state
"normal" (NC contact)
Alternative (step 4 = option 10 ): Monitored Input 2 is in state
"Active 1" (680 Ohm) or in state "normal" (NC contact)
LED 15 Yellow Earth fault Fast A system component has an earth fault
LED 16 Yellow Fault Supply Fast Battery is disconnected or very low charge
Slow Mains power supply is off or too low (after elapse of the mains
delay time)
LED 17 Yellow Blocking device Fast Blocking device in wrong position
Monitored input 2 on state "Active 1" and "Active 2"
simultaneously or in state "normal"
LED 18 Yellow System fault Lit The microcomputer is failed (the control unit is not operating)
LED 19 Yellow System Test Lit The unit is in "System Test Mode 1" (for details see "Performing
System Test", page 62)
Slow The unit is in "System Test Mode 2" (for details see "Performing
System Test", page 62)
LED 20 Yellow Horn/Actuator Lit The control lines 1 and 4 are disabled
disabled/fault Depending on programming, also control line 2 or 5
Fast Control lines 1 and 4 are open or shorted or fuse blown
Depending on programming, also control line 2 or 5
Slow Control line 1 is in state "Horn Test"
Depending on programming, also control line 2 or 5
In "System Test Mode 2" control line 1 is in state active (for
details see "Performing System Test", page 62)
LED 21 Red - Slow In "System Test Mode" control line 4 is in state "Active" (for
details see "Performing System Test", page 62)
LED 22 Yellow Controls Lit Driver outputs 1 and 2 disabled. Depending on programming,
disabled/fault also driver output 8 control line 2 or 5
Fast Control line 2 or 5 is open or shorted, but only if programmed as
"fire control"
Slow Control line 3 is in state "Illuminated Warning Panel Test". Also
applies for control line 2 or 5 if programmed as "Warning Panel"
Also in "System Test mode 2" if control line 3 is in state "Active"
(for details see "Performing System Test", page 62)
LED 23 Yellow RT fault Lit Contact 2 is disabled
disabled/fault Alternative (step 13 = option 10 ): Automatically activated if
state Operating Access 2 is provided
- Alternative (step 3 = option 12 ): Inoperable, if facility "Remote
transmission" not used
Fast Control Input 3 or 4 with option "RT Fault" is "Active"
LED 24 Red - Slow In "System Test" mode control line 5 is in state "Active" (for
details see "Performing System Test", page 62)
LED 25 Yellow RT alarm Lit Contact 1 is disabled, depending on programming, also control
OFF/Fault line 2
- Alternative (step 3 = option 12 ): Inoperable, if facility "Remote
transmission" not used
Fast Control line 2 is open or shorted but only if programmed as "RT-
alarm"

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Structure and Function

LED 26 Yellow Emergency Lit State "Emergency Hold or Abort" is active, depending on
Hold/Abort programming, either:
– Monitored Input 3 is in state "active 1" or
– Key 8 is pressed or
– Control input 2-4 is active
Fast Monitored Input 3 is on open or shorted
LED 27 Red Detector zone 1 Lit Zone 1 is in alarm (or test alarm)
Slow Zone 1 is in first alarm (only possible after "Buzzer OFF")
Fast Zone 1 is in alarm, not "Buzzer OFF"
LED 28 Yellow Detector zone 1 Lit Zone 1 is disabled
Slow Zone 1 is in "Detector Test" mode
Fast Zone 1 is open or shorted (fault)
LED 29 Red Detector zone 2 Lit Zone 2 is in alarm (or test alarm)
Slow Zone 2 is in first alarm
Fast Zone 2 is in alarm, not "Buzzer OFF"
LED 30 Yellow Detector zone 2 Lit Zone 2 is disabled
Slow Zone 2 is in "Detector Test" mode
Fast Zone 2 is open or shorted (fault)
LED 31 Red Detector zone 3 Lit Zone 3 is in alarm (or test alarm)
Slow Zone 3 is in first alarm
Fast Zone 3 is in alarm, not "Buzzer OFF"
LED 32 Yellow Detector zone 3 Lit Zone 3 is disabled
Slow Zone 3 is in "Detector Test" mode
Fast Zone 3 is open or shorted (fault)
LED 33 Red Manual Lit Manual activation (zone 4) is in alarm (or test alarm)
Activation Slow Manual activation (zone 4) is in first alarm
Zone 4 Fast Manual activation (zone 4) is in alarm, not "Buzzer OFF"
LED 34 Yellow Manual Lit Manual activation (zone 4) is OFF
Activation Slow Manual activation (zone 4) is in "Detector Test" mode
Zone 4 Fast Manual activation (zone 4) is open or shorted (fault)

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 Structure and Function

Service LEDs (LD 1 to LD 9)

Ref. Color Identification State Fault Information
LD 1 Yellow Control line 1 Lit Short circuit
Fast Open circuit
LD 2 Yellow Control line 2 Lit Short circuit
Fast Open circuit
LD 3 Yellow Control line 3 Lit Short circuit
Fast Open circuit
LD 4 Yellow Control line 4 Lit Short circuit
Fast Open circuit or fuse blown
Slow Calibration out of tolerance
LD 5 Yellow Control line 5 Lit Short circuit
Fast Open circuit or fuse blown
Slow Calibration out of tolerance
LD 6 Yellow Monitored Input 1 Lit Short circuit
Fast Open circuit
LD 7 Yellow Monitored Input 2 Lit Short circuit
Fast Open circuit
LD 8 Yellow Monitored Input 3 Lit Short circuit
Fast Open circuit
LD 9 Yellow Mains power Lit No mains voltage
supply Fast Battery fault
Slow Battery very low

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Structure and Function

4.6 Operating Elements

The operating elements (keys) are on the mainboard, upper level. The keys can be
pressed on the mainboard and, when the housing is closed, by using the
membrane keypad. Basically, the function assigned to the key is labeled on the
left, next to the membrane key. Different keys have several functions.

System ON Disabled ZONES

Silence Key Key Detector zone 1 Key
Mech. blocked Detector test Emergency
(extinguishing) disable/
horn 1 hold/abort 8 13
Fault enable

Autom. blocked Loss of agent ZONES

Mode Key Key Detector zone 2 Key
Manual blocked Earth fault Lamp test (extinguishing) det. test/
select 2 9 14
Pre-alarm Power fault enable

Pre-warning Mech. block. device

System test Key Detector zone 3 Silence
Discharged System fault Key
(external) buzzer
Remote transmission System test 10 15

Operating access Horn / actuator Manual

disabled / fault Disable / Key Key
Enable release Reset
Fire control 11 16
Key 4 Key 5 Key 6 Key 7
RT-fault
1 2 3 4 disabled / fault
RT-alarm
Disable /
Enable
Key
12

Fig. 11 Operating elements, housing cover view

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED 11 PU5 PU4 PU3PU2
Key 8 Key 13
Key 1
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9 LED 17 PU9 PU8 LED 31
Key 15
PU7 LED 18 Key 10
LED 19 LED 32
LED 10 PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25
LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9

Key 4 Key 5 Key 6 Key 7

XCM1001--2_AP_PCBupperTasten_en_VP

Fig. 12 Operating elements, XCM1001-2 upper main board view

Keys 4 to 7 are digit keys. These are used for entering the access codes for
release of operation, for the system test and for configuring user functions.

By factory, no function is assigned to the yellow key 8 "Emergency hold/abort".

This key can, however, be programmed as internal Emergency Hold button or
Emergency Abort button or for other blocking functions.

The key functions are described in the following.

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 Structure and Function

Ref. Identification Access Function

level
Key 1 Silence horn 2 Deactivation of the monitored control line 1 and, depending on
programming also control line 2 or 5
Î Blocked in state "Pre-warning" until state "Discharged" occurs
and as long as timer is running (step 5 = option 11 or 12)
Also used to select the programming steps (see "Programming
Steps", page 66)
Key 2 Mode Select 2 Switching mode between:
– Not blocked or "Autom. & Manual" (ready to operate)
– Autom. blocked or "Only Manual"
– Autom. and manually blocked
Also used to select the programming steps (see "Programming
Steps", page 66)
Alternative (step 10 = option 6): Switching mode between:
– Not blocked or "Autom. & Manual" (ready to operate)
– Autom. blocked or "Only Manual"
– Manually blocked
– Autom. and manually blocked
Keys Operating Access 1 Enabling of Access Level 2 (enter digits "4233")
4 to 7 Also used for:
– Trigger "Horn Test" (see "Test the Alarm Horn", page 60)
– Trigger "Illuminated Warning Panel Test" (see "Test the Alarm
Horn", page 60)
– Trigger "Zone Alarm"
– Switch to "Program User Functions" mode (see "Program User
Functions", page 63)
Key 8 1) - - Not used (factory setting)
Emergency 1 or 2 Variant "Emergency Hold" (step 7 = option 2 or 3): Stopping
2
Hold/Abort ) the pre-warning time. Effective only in state "Pre-warning" or
always, depending on programming
Î Pre-warning time is stopped, as long as the key is pressed or
Î the first pressing of the key stops the pre-warning time and a
second press interrupts it.
If "Emergency Hold" is cancelled, the pre-warning time is
restarted in both cases.
Block/deblock 1 or 2 Other variants (step 7 = option 4-6): Temporary blocking of
2
) extinguishing or stopping the pre-warning time (dependent on
programming)
always effective.
1
) For details see: "Configure User Functions" "Step 7, Define the Function of the Yellow Key 8", page 75
2
) the operating level is dependent on programming step 7, options 7 to 10,

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Structure and Function

Ref. Identification Access Function

Level
Key 9 Lamp Test 1 Pressing the key activates all LEDs and buzzer for 5 seconds 1)
Also used for:
– Trigger "Horn Test" (see "Test the Alarm Horn", page 60)
– Trigger "Illuminated Warning Panel Test" (see "Testing
Illuminated Warning Panel", page 60)
Key 10 System Test 2 Temporary system setting in mode "System Test" 2)
Possible only after previous input of a code (details see
"Performing System Test", page 62)
Key 11 Disable/Enable 2 Temporary disabling of horn, valve control and fire control.
– First pressing disables the horn and the actuator (control lines
1, 4, and possibly 5. 3)
– Pressing a second time disables fire controls (driver outputs 1,
2 and possibly 8 and possibly control line 2 or 5. 4)
– Pressing it a third time turns everything off.
– Pressing it a fourth time turns everything on.
Not used - Alternative (step 3 = option 12): Inoperable, if no remote
transmission device is used
1
) See "Checking All Optical and Acoustic Elements of the Control Unit", page 59
2
) control line 5 only when in programming step 1 Options 14 and 15 are set (see "Step 1, Change Pre-warning Time and Function of
Control Lines 4/5", page 67)
3
) Driver Output 8 only when in programming step 16 Option 15 is set (see "Step 16, Change the Function of the Driver Outputs 2 and 8",
page 90)
4
) control line 5 only, when in programming step 1 Option 17 is set (see "Step 1, Change Pre-warning Time and Function of Control Lines
4/5", page 67)

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 Structure and Function

Ref. Identification Access Function

Level
Key 12 Disable/Enable 2 Temporary disabling of "RT Alarm" and "RT Fault"
(inoperable, if no remote transmission device is used)
– First pressing disables contact 2 (RT fault)
– Second pressing disables contact 1 (RT alarm) and possibly
control line 2
– Third pressing disables both
– Fourth pressing enables both
Not used - Alternative (step 3 = option 12): Inoperable, if no remote
transmission device is not used
Key 13 Zone 2 Temporary disabling of detector zones
Disable/Enable – First pressing disables detector zone 1
– Second pressing disables detector zone 2
– Third pressing disables detector zone 1 and 2
– Fourth pressing disables detector zone 3
– Fifth pressing disables detector zone 4 (manual activation)
– Sixth pressing disables all four detector zones
– Seventh pressing enables all four detector zones
Not used - Alternative (step 11 = option 3): Inoperable, if disable/enable
function is suppressed
Key 14 Zone 2 Temporary setting of the zones in "Detector Test" mode
Detector Test/Cancel – First pressing sets zone 1 to Detector Test
– Second pressing sets zone 2 to Detector Test
– Third pressing sets zones 1 and 2 to Detector Test
– Fourth pressing sets zone 3 to Detector Test
– Fifth pressing sets zone 1 to 3 to Detector Test
– Sixth pressing sets zone 4 (man. activation) to Detector Test
– Seventh pressing sets all four zones to Detector Test
– Eighth pressing sets all detector zones to Normal mode
Not used - Alternative (step 11 = option 3): Inoperable, if detector test
function is suppressed
Key 15 Silence buzzer 1 Silencing the buzzer upon alarm and fault
Î also deactivates the contact "RT Fault" (if step 3 = option 6)
Alternative (step 13 = option 4): Silencing the buzzer upon
alarm and fault and silencing horn upon pre-alarm
2 Alternative (step 12 = option 5): Only accessible on access
level 2

Key 16 Reset 2 Reset of the system upon alarm

Î not available in the state "Pre-warning" and as long as the
control 4 is active (flooding time)
Alternative (step 9 = option 12): Reset als not available as long
as zone 4 is an alarm or monitored input 1 is in state "active 1" or
control line 1 (horn) activated
Alternative (step 13 = option 8): Also to reset fault

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Structure and Function

4.7 Accessories
This Chapter describes optional accessories that you can use.

4.7.1 Z3B171 Relay Module

Relay unit for switching the fire protection devices. The extinguishing control unit
provides space for two relays. Contact rating 230V max. 10A.

A1
A2 A1 I4 I2 I1

A2

I1 I4
I2

4.7.2 GB FCA1007-B Line Card

The GB line card makes it possible to wire the detector line according to BS 5839-
Pt1 requirement. To do this, additional elements are required:
– Special detector base with Schottky diode such as, for example, 1N5819 (see
"Connection in Accordance with the British Standard", page 47 and
corresponding documentation of the fire detector used).
– FCE1003-B line termination element

GB FCA1007-B GB line termination element

line card FCE1003-B
Wire colors:
+ = red / - = black

Note:
Set jumper PU9 to position ON if the two line cards FCA1007-B are mounted. It is
not possible to mount only one FCA1007-B.

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4.7.3 "Standard" XCA1001 Key Switch Kit

The key switch serves in releasing operation (Access Level 2) and can be used
optionally. It is supplied as a kit complete with mounting brackets, screws and
connection cable. The port for the connection cable is the PU1 adjusting element
on the XCM1001-2 mainboard.

4.7.4 XCA1016 Add-on module

The XCA1016 splits the two functions on the monitored input 1 onto two
independent monitored input lines “1A” and “1B”. This module is only required for
installations in which both states “loss of agent” and “mech. blocking device
open/closed” have to be reported.

3k3 3k3

Monitored input 1A
Monitored input 1B
(Monitored input 3)

680
loss of agent
680

discharged
NO NO
NC

24V
power output
- + - + - + - + - +
DL1 3 2 1B 1A
DL2

PU1

Element Function
PU1 Jumper Applies for the monitored input 1B (reporting “Loss of agent”)
OFF = contact type NO used
ON = contact type NC used
DL1 LED yellow Flashing = state “open line” on monitored input 1A
Steady = state “short” on monitored input 1A
DL2 LED yellow Flashing = state “open line” on monitored input 1B
Steady = state “short” on monitored input 1B

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4.7.5 FCA 1005-D RT Blocking Card

Using the optional RT blocking card an undesired remote transmission of alarms

and faults can be prevented by means of a switch. The switch is located on the
card and consequently is accessible only when the control unit is opened.
The control unit has no influence on the RT blocking card.

Function
The switch on the card has the same function as Key 12 "Disable/Enable" of
operation (temporary switching off of the "RT alarm" and/or "RT fault" contacts).
When the switch is locked in, the yellow LEDs 23 "RT fault" and/or 25 "RT alarm"
and the LED on the RT blocking card light up.
The control unit software has no influence on the RT blocking card.

Settings
Through jumpers, the selection is made on the RT blocking card as to whether the
output is to operate as normally open (NO) or normally closed (NC) contact. The
setting is dependent on the remote transmission device connected.

PU1 PU2

RT Alarm RT out
– 24 V
RT Fault + 24 V

PU3

PU4

Ref. Function Jumper Parameter

PU1 and PU2 RT alarm terminal Plugged in Contact NC
Not plugged in Contact NO
PU3 and PU4 RT fault terminal Plugged in Contact NC
Not plugged in Contact NO
RT alarm Input, RT alarm
RT fault Input, RT fault
RT out Output for "RT Blocked"
indication

The FCA1005-D is mounted directly onto the connecting terminals of the contacts
CL5/CL6. It needs a 24 V supply. The output 'RT out' has to be wired to one of the
control inputs CL6/CL7 which is set to option 'RT.. disabled' in order to indicate the
blocking state at the control unit.

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4.8 Technical Data

Supply Mains Supply 115/230 VA.C.; +10 % / -15 %
Power consumption 20 ... 110 VA
Secondary supply max. 3.5 A
(current on low voltage side)
System supply voltage 21 ... 28 VD.C.
Ripple max. 400 mV
Indication after total loss of power yes, optical and acoustic for 1 h (selectable)

Emergency power supply Operating time max. 30 h

Battery capacity 2 x 12 V / 5 Ah or
2 x 12 V / 7.2 Ah gas tight
Quiescent current, nominal 132 mA (after fault relay dropped)
(battery operation)
Additional power consumption on approx. 50 mA (without power for peripheral
alarm devices)
Battery low charge shut-off <19.8 VD.C.
Temperature compensation of Yes
charging voltage

Detector lines Detector lines

– 'LIN 1', 'LIN 2' for detectors within extinguishing area
– 'LIN 3' for detectors outside of extinguishing area
– 'LIN 4' for manual activation button
Line type for conventional detectors
Number of detectors per line max. 32
Compatible detector series Siemens (AlgoRex DS1100, Sinteso
FDOOT241-9, FDL241-9, FDF221-9,
FDF241-9)
Standard (SynoLINE 300C)
Operating voltage/quiescent current 18 … 22 V / max. 3.2 mA
Line resistor/line capacity
– Siemens type ≤ 80 Ω / ≤1 µF 1)
– Standard type ≤ 100 Ω / ≤ 1 µF 1)
Alarm criteria
– Siemens type 17.5 … 39 mA and > 5.1 V
– Standard type 17…83.6 mA
Alarm activation
– Siemens type Resistor 820 Ω
– Standard type Resistor 820 Ω
Line termination element Resistor 3k3
Line termination element according FCE1003-B
to British Standard (optional)

Inputs Monitored Inputs 1 to 3

– Alarm resistor Resistor 680 Ω or Z diode (Active Level 1)
and Resistor 1k2 (Active Level 2)
– Line termination Resistor 3k3
– Line resistor max. 100 Ω
Control Inputs 1 to 4 (not monitored)
– Activation 24 V positive potential switched via contact

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Outputs Monitored control lines 1 and 2
– Voltage/current in active state 24 V/max. 500 mA (principle of reverse
polarity)
– Line termination Termination element FCE1002
Monitored control line 3
– Voltage/current in active state 24 V/max. 1 A (principle of reverse polarity)
– Line termination Termination element FCE1002
Monitored control lines 4 and 5
– Voltage/current in active state 24 V/max. 2 A
– Line termination None
– Line monitoring Resistance of external load is monitored
– Admissible external load Pyrotechnical actuators >1 Ω
Solenoid 15…900 Ω
Potential-free contacts
– Number 5
– Contact rating max. 1 A/30 VD.C.
Driver outputs
– Number 8
– Rating max. 40 mA/24 VD.C.
Relay module Z3B171 for fire
controls (optional)
– Number of relays 2 (luggable on DIN rails)
– Contact rating max. 10 A/230 VA.C.

Connections Detector lines, Inputs, Outputs

– Design Screw-type terminals
– Wire cross-section 0,2 ... 1.5 mm2
Mains voltage
– Design Screw-type terminals
– Wire cross-section 1 ... 2.5 mm2

Environmental conditions Operating temperature 0 ... +40 °C

Storage temperature
Humidity Max. 95%, no condensation
Protection rating IP 40

Mechanical data Housing type Metal chassis with plastic cover

Color Cover RAL 9003 white
Dimensions (W x H x D) 370 x 286 x 90 mm
Weight 4.080 kg

Standards and Approvals Standards EN 12094-1, EN 54-2, EN 54-4

Approvals

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5 Planning
This Chapter includes an example that shows how you can build an extinguishing
system using the XC1001-A extinguishing control unit. It illustrates all facilities
presented by the control unit together with references to connection schemes,
configuration and user functions. How you build your system depends essentially
on the respective circumstances, the local conditions, customer expectations and
the regulations and statutes of the respective country.

5.1 Typical Extinguishing Area

Extinguishing area Surrounding area

Cylinder bank
Detector line 4 (Manual activation button)

Contact "Discharged" (pressure switch

Emergency hold or abort button
Ventilation system (shut down)

Release element (actuators)

Mechanical blocking device
Repeator indication panel

Contact "Loss of agent"

and door lock contact

Door close device

Detector line 1

Detector line 2

Detector line 3
Warning panel
Alarm horn

Detector lines
Monitored inputs
Monitored control lines
Driver outputs

Remote transmission to the fire

brigade or to the fire control unit

Extinguishing system
XC10_PZ_Löschbereich_en_PP_V22.cdr control unit XC1001-A

Fig. 13 Principle structure of an extinguishing system

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5.1.1 Detector Lines

Detector Lines 1, 2 and 3

The fire detector of detector lines 1 and 2 are used for automatic activation.
The fire detectors of detector line 3 are intended for monitoring of the surrounding
areas. They can be used, if required, for automatic extinguishing.
Connectable detector types:
– Conventional detectors without "Siemens" current limiting
– Conventional "Synova" detectors with current limiting

For configuration of the type selection, please see settings "Adjusting Elements of
the XCM1001-1 Mainboard", page 18

Linking Detector Lines 1, 2 and 3

In the basic setting of the control unit, the fire detectors of zones 1 and 2 monitor
the extinguishing area and are wired in cross-zoning.
Î One detector of zone 1 or 2 triggers a pre-alarm.
Î One detector each of zones 1 and 2 (simultaneously) trigger pre-warning.
Fire detectors of zone 3 monitor the area outside the extinguishing area.

Fig. 14 Detector lines (zones) 1 to 3, programming step 11

In programming step 11, you can select the following functions.

– Option 1 (basic programming):
– "Alarm" zone 1 and zone 2 trigger "Pre-warning" and
– "Alarm" zone 1 or zone 2 trigger "Pre-alarm"
– Option 2:
– "Alarm" zone 1 triggers "Pre-alarm"
– "Alarm" zone 2 triggers "Pre-warning"
– Option 3: same as option 1 but "Enable/Disable" and "Detector Test" functions
are suppressed.
– Option 4: "Alarm" zone 1 and/or zone 2 triggers "Pre-warning"
– Option 5: zone 1 and zone 2 are not used
– Option 9 (basic setting): on "Alarm" zone 3, the buzzer sounds
– Option 10: on "Alarm" zone 3 the buzzer sounds and "Pre-alarm" is triggered

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– Option 11: zone 3 is not used
– Option 12:
– "Alarm" zone 1 and zone 2 and zone 3 trigger "Pre-warning" and
– "Alarm" zone 1 or zone 2 or zone 3 or "Alarm" from any two zones trigger
"Pre-alarm"

Details on programming see "Step 11, Change the Function of the Detector Zones
1 to 3", page 85.

Detector Line 4
Detector line 4 is provided for connecting a manual activation button. This button is
used for manual activation of extinguishing.
Connectable manual activation buttons:
– Conventional manual activation buttons with 5.6 V Z-diode and LED in line
– Conventional manual activation buttons with 820 Ω resistor
As a rule, manual activation buttons with a yellow housing are used (EN12094-3).

For configuration of the type selection, please see settings "Adjusting Elements of
the XCM1001-1 Mainboard", page 18

Fig. 15 Detector Line 4 for manual activation

Connections
The connections for the detector lines can be found in chapter "Connections of the
XCM1001-1 lower Mainboard", page 14

See also:
Î 4.8 Technical Data, page 33

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5.1.2 Monitored Inputs

Monitored Input 1
The monitored input 1 has two active switching levels. The following are provided
for its connection:
– a contact of the pressure switch located at the end of the manifold for reporting
the activation of extinguishing and
– a contact that reports to the control unit any gas leakage from the extinguishing
agent cylinders. The extinguishing agent cylinders are checked using bottle
scales or a manometer for weight or pressure, respectively.

Option 3 Option 2 Option 1

+

680

680
1k2

1k2

1k2

3k3
-
2 1 2 2 3

Fig. 16 Programming step 4

1 Contact 1 "Discharged"
2 Contact 2 "Loss of agent"
3 End-of-line resistor

Select in programming step 4:

– Option 1 (basic programming), if contact 1 and contact 2 are normally open (NO)
contacts
– Option 2, if contact 1 is a normally open (NO) contact and contact 2 is a normally
closed (NC) contact
– Option 3, if contact 1 is not available and contact 2 is a normally open (NO)
contact.

Details on programming see "Step 4, Change the function of the Monitored Inputs
1 and 2", page 71.

Note:
The two reporting contacts "Discharged" and "Loss of agent" can be put onto two
separate monitored inputs with the XCA1016 add-on module.

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Monitored Input 2
The monitored input 2 has two active switching levels. It is provided for connecting
two contacts that report to the extinguishing control unit the states "Open" and
"Closed" of a mechanical shut-off valve.

Option 10 Option 9 Option 8 Option 7 Option 6

+

680
680

680

1k2

680

1k2
1k2
680

1k2

3k3
-
7 6 5 3 4 1 2 1 2 8

Fig. 17 Programming step 4

1 Contact mechanical blocking device "Closed"

2 Contact mechanical blocking device "Open"
3 Contact blocking device for state "Autom. & Manual Blocked"
4 Contact blocking device for state "Autom. Blocked"
5 Contact for the initiation of the extinguishing release from external
6 Contact "Leakage" NO
7 Contact "Leakage" NC
8 End-of-ine resistor

Select in programming step 4:

– Option 6 (basic programming), to be used for mechanical blocking device,
reports the state "Mech. blocked" upon contact "Closed" activated and "normal"
upon contact "Open" activated.
– Option 7, same as option 6, but reports the state "Mech. Blocked" and "Autom.
& Manual Blocked" upon contact "Closed" activated
– Option 8, when blocking devices for state "Autom. & Manual Blocked" and
"Autom. Blocked" are available.
– Option 9, if state "Pre-warning" is to be initiated from external.
– Option 10, if state "Leakage" has to be reported

Details on programming see "Step 4, Change the function of the Monitored Inputs
1 and 2", page 71.

Contacts "Open" and "Closed" of the mechnical blocking:

NOTICE Guide the line of the monitored input 2 directly to the contacts. Under no
circumstances wire one contact as parallel branche!

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Monitored Input 3
The monitored input 3 has two active levels. The following are provided for its
connection:
– Emergency hold or abort button or other blocking devices and
– in addition a door lock contact.

The hold button is used for temporary stopping the extinguishing initiated during
the pre-warning time (stops as long as button is pressed).
The Emergency abort button is locking. It is used for canceling the extinguishing
initiated during the pre-warning time. As a rule, emergency hold or abort buttons
with a blue housing are used.
The door lock contact blocks automatic extinguishing release when the door is
unlocked.

Option 4/5 Option 3/6 Option 2 Option 1

+

FCE
680

680

1k2
680

680
FCE

1k2
or or

1k2
or or
FCE

FCE

3k3
-
3 4 3 4 2 4 1 5

Fig. 18 Programming step 8

1 Emergency abort button (mech. locking)

2 Emergency hold button (non locking type)
3 Other blocking device
4 Door lock contact
5 End-of-line resistor

In programming step 8 select:

– Option 1 (basic programming), if an Emergency abort button and possibly a door
lock contact are available
– Option 2, if an Emergency hold button and possibly a door lock contact are
available
– Option 3 or 6, if another blocking device and possibly a door lock contact are
available
– Option 4 or 5, if another blocking device but no door lock contact is available

With 680 Ohm across the line only one button is allowed. With the FCE1002 (2
diodes 1N4148 in series) across the line several buttons are allowed.

Details on programming see "Step 8, Change the Function of the Monitored Input
3", page 78.

Connections
The connections for the monitored inputs can be found in chapter "Connections of
the XCM1001-1 lower Mainboard", page 14

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5.1.3 Monitored Control Lines

Monitored Control Line 1

The monitored control line 1 is provided for the connection of alarm horns. The
alarm horn signals, with different tones, a pre-alarm, the pre-warning and the
activation of extinguishing.

Option 1- 12
+

EOL
-

Fig. 19 Programming step 5

In programming step 5 you can set tonalities and active duration of the alarm horn
using Options 1 to 12 as follows:
– Pre-alarm: Option 1 continuous or
Option 2 pulsating slow (1 sec active / 4 sec inactive) or
Option 3 not activated
– Pre-warning: Option 4 pulsating (1sec active / 1sec inactive) or
Option 5 continuous or
Option 6 continuous + pulsating in state emergency hold/abort
– Discharged: Option 7 pulsating or
Option 8 continuous or
Option 9 continuous + pulsating in state emergency hold/abort
– Duration: Option 10 active until "Silence horn" or "Reset"
Option 11 same as option 10 but only after 5min timer is elapsed
Option 12 same as option 10 but only after 30min timer is elapsed

In the basic programming of the alarm horn is configured as follows:

– Continuous tone on "Pre-alarm"
– Pulsating tone on "Pre-warning" and "Extinguishing Enabled".
Triggering of the horn continues until "Silence" and "Reset".

Details on programming see "Step 5, Change the Active Mode of Control Lines 1
and 3", page 73.

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Monitored Control Line 2

The monitored control line 2 is provided for connecting either:
– A remote transmission device
– A fire control
– An additional alarm horn or a warning panel.

Option 19/20 Option 17/18 Options 15/16 Option 14

+

(fire control)

(RT-Alarm)

EOL
-

Fig. 20 Programming step 3

Select in programming step 3:

– Option 14 (basic programming) for remote transmission on "RT Alarm"
– Option 15 for fire control, active on state Pre-alarm/Pre-warning/Discharged
– Option 16 for fire control, active on state Pre-warning/Discharged
– Option 17 for alarm horn active on state Pre-alarm/Pre-warning/Discharged 1)
– Option 18 for alarm horn active on state Pre-warning/Discharged 1)
– Option 19 for illuminated warning panel, active on state Mech. Blocked
– Option 20 for illuminated warning panel, active on state Autom. & Man. Blocked

1) in continuous tone until “horn silence” or “reset”

Details on programming see "Step 3, Change the Function of the Remote

Transmission", page 69.

Monitored Control Line 3

The monitored control line 3 is provided for the connection of illuminated warning
panel(s) to signal the release of gas.

Option 13-23
+
“gas”

EOL
-

Fig. 21 Programming step 5

In programming step 5 you can set the active mode and the active duration of the
warning panel using options 13 to 23 as follows:
– Pre-alarm: Option 13-15 not activated or continuous or pulsating
– Pre-warning: Option 16-17 Continuous or pulsating
– Discharged: Option 18-23 contiuous or pulsating
– Activation time: until reset or separate code is entered

The warning panel is set for continuously lit on "Pre-warning" and "Discharged" in
the basic programming.

Details on programming see "Step 5, Change the Active Mode of Control Lines 1
and 3", page 73.

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Monitored Control Line 4
The monitored control line 4 is provided for connecting the extinguishing release
element (pyrotechnical actuator or solenoid).
Step 1 / options 1-13
Step 2 / options 1-5
+

Fig. 22 Programming steps 1 and 2

In programming step 1 and 2 you can set the pre-warning time and the flooding
time of the control line 4 as follows:
– in programming step 1, Options 1 to 13, the pre-warning time (0-60sec) and
– in programming step 2, Options 1 to 5, the flooding time (30-120sec)

In the basic programming, the pre-warning time and the flooding time of the
monitored control line 4 are both set to 30 seconds.

Details on programming see "Step 1, Change Pre-warning Time and Function of

Control Lines 4/5", page 67.and "Step 2, Change the Flooding Time (active period)
of Control Lines 4/5", page 68.

Monitored Control Line 5

The monitored control line 5 is provided for connecting either:
– Extinguishing release element (in addition to control line 4), or
– Fire control, or
– Alarm horn, or
– Warning panel for blocking state

Option 20 Option 18/19 Option 17 Option 16 Option 14/15

+
(fire control)

Not used
-

Fig. 23 Programming step 1

Select in programming step 1:

– Option 14 for additional release element, immediate activation on "Pre-warning"
– Option 15 for additional release element with same parameters as control line 4
– Option 16 for alarm horn with same parameters as set for control line 1
– Option 17 for fire control, active with "Pre-alarm"/"Pre-warning"/"Discharged"
– Option 18 for warning panel, active with "Mech. Blocked"
– Option 19 for warning panel, active with "Autom. & Manual Blocked".
– Option 20 if not used.

Control line 5 is set for additional release element with immediate activation (option
14) in the basic programming.

Details on programming see "Step 1, Change Pre-warning Time and Function of

Control Lines 4/5", page 67.

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Connections
The connections for the monitored control lines can be found in Chapter
"Connections of the XCM1001-1 lower Mainboard", page 14.

5.1.4 Driver Outputs

The signals of the driver outputs 1 to 2 are used for fire control relays Z3B171; for
example:
– For shutting down the ventilation system
– For closing the doors to the extinguishing area,
– For closing the fire damper.

Z3B171
XCM1001-1 XCM1001-2

Fig. 24 Connection of the driver output to relay unit

The driver outputs 3 to 8 can be used for a repeator indication panel, as when the
extinguishing area has a second entry.

In programming step 16 you can select the function of driver outputs 2 and 8
Driver output 2: Option 1, active on state "Pre-warning / Discharged"
Option 2, active on state "Pre-alarm"
Option 3, active on state "Pre-warning"
Option 4, active on state "Discharged"
Option 5, active on state "fault control line 5" (for future function)
Option 6, active on state "system alive" (for future function)
Option 7, active on state "Mech. blocked"
Driver output 8: Option 10, active on state "Emergency hold/abort"
Option 11, active on state "Autom. & Manual"
Option 12, active on state "Fault Power Supply"
Option 13, active on state "Fault Leakage"
Option 14, active on state "Detector Test"
Option 15, active on state "Alarm zone 1-3"
Option 16, active on state "Disabled"

Driver output 2 is set to be active on state "Pre-warning / Discharged" (option 1)

and driver output 8 to be active in state "Emergency hold/abort" (option 10).

Disabling/enabling
Driver outputs 1 and 2, and on request also diriver output 8 (step 16 = option 17),
are disabled with "Fire Control disabled". Driver outputs 3 to 7 (8) cannot be
disabled.

Connections
Details on the connections can be found in chapter "Connections of the XCM1001-
2 upper mainboard", page 16.

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5.1.5 Potential-free Contacts

The extinguishing control unit has 5 potential-free contacts for forwarding the event
states to a remote transmission device or to a fire detection system.

XCM1001-2 Jumpers PU2 - PU6

NC NO

CL5 -
CL9

Fig. 25 Potential-free contact on the XCM1001-2 mainboard

Using the PU2 to PU6 jumpers, you can set each contact as a normally open (NO)
contact or a normally closed (NC) contact (see "Adjusting Elements of the
XCM1001-2 Mainboard", page 19).

In programming step 3, Options 1 to 9, you can change the function of contacts 1

to 3 depending on the application (for details see "Step 3, Change the Function of
the Remote Transmission", page 69).
In programming step 3 you can change the function of contacts 1 to 3
Contact 1: Option 1, active on state "Discharged" until reset
Option 2, active on state "Pre-warning" and "Pre-alarm" until reset
Option 3, active on state "Alarm" zone 1-3 until reset
Contact 2: Option 6, active on state "Fault" until buzzer silence
Option 7, active on state "Fault" until cause is removed
Option 8, (additional) immediate activation
Option 9, (additional) 3min delay in state "buzzer non silenced"
Contact 1: Option 4, active on state "Pre-alarm"/"Pre-warning until reset"
Option 5, active on state "Pre-warning" and "Pre-alarm" until reset

Connections
Details on the connections can be found in chapter "Connections of the XCM1001-
2 upper mainboard", page 16.

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5.2 Wiring Methods of the Detector Lines

You will find the basic configuration of the detector lines in this Chapter: Normal
wiring, wiring according to the British Standard and wiring for ex-areas.

5.2.1 Standard Wiring

Mainboard
XCM1001-1
Line
termination
–
LIN 1 Detector line
+

–
LIN 2 Detector line
+

–
LIN 3 Detector line
+

Line
Monitoring jumper
termination Activation button
in the detector

–
LIN 4 Detector line +
_
+

Fig. 26 Conventional detector lines, Principle circuit diagram

In the conventional detector line, the fire detectors are wired in parallel. A detector
inserted into a base establishes the connection with a monitoring jumper. A
detector removed from the base is recognized by the control unit and reported as a
fault (open line). The downstream wired detectors can no longer alarm.

Lay the detector lines 1 and 2 in the extinguishing area in such a fashion from
detector to detector that the lines always cross. This will ensure that in case of a
fire from both detector lines one detector alarms.

Connections
The connections for the detector lines can be found in Chapter "Connections of
the XCM1001-1 lower Mainboard", page 14.

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5.2.2 Connection in Accordance with the British Standard

Mainboard
XCM1001-1 Removed detectors Inserted detectors FCE1003-B

–
LIN 1 - 3 Detector line
+

Schottky Monitored jumper

diode in the detector

Fig. 27 Conventional detector lines according to the British Standard, circuit

diagram

Structure and Function of the detector line is in principle the same as in Chapter "Standard Wiring", page 46 . If
a detector is removed from its base, the control unit reports a fault. Because of the Schottky diode inserted in
the base the detector line is not open and the downstream detectors can still alarm. In this regard, see also
Chapter Accessories, "
GB FCA1007-B Line Card", page 30.

5.2.3 Wiring for Explosion Hazard Areas

Non-ex-area Explosion-hazard area

Mainboard Detector Safety

Detectors admissible line barrier Ex Termination
XCM1001-1 detector element
coupler
DC1192 SB3 EOL22Ex
– –
LIN 1 - 4 Detector line
+
+
–
Out 24 V +
24 V supply line
Monitoring jumper
in the detector
Line termination PA/PE
3k3

Fig. 28 Conventional detector lines for ex-areas, circuit diagram

In ex-areas, use only fire detectors that are approved for ex-areas. Between the
explosion-hazard area and the non-ex-area the detector line must be galvanically
insulated (DC1192) and laid via a safety barrier (SB3). The termination element
EOL22Ex must be provided as a line terminator.

The country-specific regulations always apply for installing installations in ex-areas.

Further information can be found in the document "Fire Detector" in ex-areas,

document Nr. 1204.

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5.3 Connection to a Fire Detector System

The extinguishing control unit can be connected to a fire detector system via I/O
module of a detector bus; for example D-bus (AlgoRex) or FDnet P2 (FS20).

The following application examples illustrate the connection to the FDnet. The
FDCIO222 I/O module required to do this has four inputs and 4 outputs and can be
incorporated directly into the extinguishing control unit.

5.3.1 First application

In this application functions of the extinguishing control unit are sent on to the fire
detector control unit and on the other hand, commands from the fire detector
control unit are transmitted to the extinguishing control unit.

Signals to the fire detector control unit:

– Contact 1 reports the state "Discharged" and if required also "Pre-warning".
– Contact 2 reports the state "Fault" as a common fault.
– Contact 3 reports the state "Pre-alarm" and if required also "Pre-warning".
– Contacts 4 and 5 report the states "Automatic release blocked" and "Automatic
& Manual release blocked".

Signals from the fire detector control unit:

– Control input 1 receives the signal for resetting the extinguishing control unit.
– Control input 2 receives the signal for blocking automatic triggering.
– Control input 3 receives the signal for blocking automatic and manual triggering.

Recommended setting of user programming:

– Contact 1: activated in state "Discharged" (step 3 = option 1)
– Contact 2: activated in state "Fault" until inactive (step 3 = option 7)
– Contact 3: activated in state "Pre-alarm" (step 3 = option 4)
– Control input 2: to trigger "Autom. + Man. blocked" (step 15 = option 3)
– Control input 3: to trigger "Autom. blocked" (step 15 = option 14)
– RESET inhibit: RESET inhibited (step 9 = option 10)
(upon Pre-alarm only accepted after "buzzer silence",
upon Pre-warning / Discharged only accepted after "horn
silence" and running time of control line 4/5 is elapsed )

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Outputs Inputs

D C B A
IN4 IN3 IN2 IN1

EOL

EOL

EOL

EOL
discharged or pre-warning + discharged
EOL

pre-alarm or pre-alarm + pre-warning

autom. + man. blocked

autom. + man. blocked

autom. blocked

autom. blocked
RESET

fault
CL16-1
CL7-1

CL6-2

CL6-1

CL9-2
CL9-1
CL8-2
CL8-1
CL7-2
CL7-1
CL6-2
CL6-1
CL5-2
CL5-1
4 3 2 1 +
5 4 3 2 1
Control
inputs
Dry contacts

XCM1001-1 XCM1001-2

Fig. 29 Automatic Triggering from the Extinguishing Control Unit

Connections
Details on connections can be found in as well as in "I/O module FDCIO222,
Product data".

See also:
Î 4.3.2 Connections of the XCM1001-1 lower Mainboard, page 14
Î 4.3.3 Connections of the XCM1001-2 upper mainboard, page 16

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Planning

5.3.2 Second Application

In this application the automatic triggering is done from the fire detector control
unit. The four inputs of the FDCIO222 I/O module are adequate for blocking the
automatic triggering from the fire detector control unit.

Signals to the fire detector control unit:

– Contact 1 reports the state "Discharged" and if required also "Pre-warning".
– Contact 2 reports the state "Fault" as a common fault.
– Contact 3 reports the state "Pre-alarm" and if required also "Pre-warning".
– Contacts 4 and 5 report the states "Automatic release blocked" and "Automatic
& Manual release blocked".

Signals from the fire detector control unit:

– Control input 1 receives the signal for resetting the extinguishing control unit.
– Control input 2 receives the signal for blocking automatic triggering.
– Control input 3 receives the signal for blocking automatic and manual triggering.
– Detector line 1 receives the signal for automatic triggering.
– Detector line 2 receives the signal for manual triggering.

Recommended setting of user programming:

– Contact 1: Activated in state "Discharged" (step 3 = option 1)
– Contact 2: Activated in state "Fault" until inactive (step 3 = option 7)
– Contact 3: Activated in state "Pre-alarm" (step 3 = option 4)
– Control input 2: To trigger "Autom. + Man. blocked" (step 15 = option 3)
– Control input 3: To trigger "Autom. blocked" (step 15 = option 14)
– detector zone 1/2: Zone 1 ´ Pre-alarm/zone 2 ´ Pre-warning (step 11 = opt. 2)
– detector zone 1/2: Disabling/detestor test suppressed (step 11= option 3)
– detector zone 3: Not used (step 11 = option 11)
– RESET inhibit: RESET inhibited (step 9 = option 10)
(upon Pre-alarm only accepted after "buzzer silence",
upon Pre-warning / Discharged only accepted after "horn
silence" and running time of control line 4/5 is elapsed )

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Outputs Inputs

D C B A
IN4 IN3 IN2 IN1

EOL

EOL

EOL

EOL
EOL 3K3

EOL 3K3

discharged or pre-warning + discharged

EOL

pre-alarm or pre-alarm + pre-warning

autom. + man. blocked
autom. blocked

autom. blocked
pre-warning

pre-alarm

RESET

fault
CL16-1
CL2-2
CL2-1
CL1-2
CL1-1
CL6-2

CL6-1

CL9-2
CL9-1
CL8-2
CL8-1
CL7-2
CL7-1
CL6-2
CL6-1
CL5-2
CL5-1
2 1 2 1 +
5 4 3 2 1
Detector Control
lines inputs
Dry contacts

XCM1001-1 XCM1001-2

Fig. 30 Automatic Triggering from the fire detector control unit

Connections
Details on connections can be found in as well as in "I/O module FDCIO222,
Product data".

See also:
Î 4.3.2 Connections of the XCM1001-1 lower Mainboard, page 14
Î 4.3.3 Connections of the XCM1001-2 upper mainboard, page 16

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Installation

6 Installation
This chapter describes the installation of the control unit and provides
recommendations on how it is electrically connected.

6.1 Installation Location

Mount the XC1001-A extinguishing control unit on the wall at the entrance, external
to the extinguishing area. Ensure that the installation location is not behind a door.

6.2 Installation Material

Have the following installation material ready (not provided):
– Ø 4 x 50 mm screws
– Plastic dowels
– Washers and/or c-shaped washers
– If required, spacer rings (1) and PG11 cable glands (2),see "Fig. 31 ", page 53

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 Installation

6.3 Housing Assembly

2 3
1

5 4 3

XC10_ES_ChassisDeckelBasis_--_VP_V22

Fig. 31 Chassis and housing cover, basic assembly

1 Cable gland
2 Inscription strips
3 Cable entry
4 Batteries
5 Battery holders

Procedure:
1. Remove the housing cover.
2. Mark and drill the mounting holes using the drilling template provided. Start with
the hole for top center screw.
3. Mount the chassis.
4. Cut out cable entries (3). If required, mount the cable glands (1).
5. Insert the inscription strips (2).
6. Place the batteries (4) and mount the battery holders (5).

Cover the control unit when leaving the installation site with the housing cover and protect it during the
installation phase using the accompanying packaging.

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6.4 Mounting the Accessories

2 1 3 5 7 6 8

XC10_ES_ChassisDeckelZubehör_--_VP_V22

Fig. 32 Chassis and housing cover, accessories mounting

1 XCA1016 Add-on Module

2 XCA1001 Key Switch Kit
3 PU1 connector for connection of the key switch
4 Ring for mounting the key switch
5 FCA 1005-D RT blocking card
6 GB FCA1007-B line card
7 PU9 jumper when using the GB line card
8 Z3B171 relay module

Mount the XCA1016 Add-on Module

1. Insert the add-on module XCA1016 (1) into the connecting terminals of the lower
manin board starting from the left.
2. Tighten all screws of the connecting terminals.

Mount the XCA1001 Key Switch Kit

3. Fix the key switch in the bracket (1).
4. Using the screws provided screw on the bracket on the bottom of the power
supply unit.
5. Plug in the connector of the leadwires to PU1 (2) of the XCM1001-2 mainboard.
6. Remove the plug in the cover and replace it with the ring supplied (3).

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Connect the FCA 1005-D RT Blocking Card

1. Insert the connection pins of the RT blocking card into the CL5 "RT alarm" and
the CL6 "RT fault" (4) terminals of the XCM1001-2 mainboard and tighten the
terminals (see also: connections "Connections of the XCM1001-2 upper
mainboard", page 16).
2. Connect the wires from the remote transmission device to the "RT alarm" and
"RT fault" terminals (see "FCA 1005-D RT Blocking Card", page 32).
3. Connect the "+" and "-" terminals of the RT blocking card with terminals 16 "Out
24 V" of the XCM1001-1 mainboard (see connections "Connections of the
XCM1001-1 lower Mainboard", page 14.
4. Connect the "RT output" terminal of the RT blocking card to the mainboard
according to your application (see "FCA 1005-D RT Blocking Card", page 32).
5. Set the jumpers appropriately for the remote transmission device being used
(see table at "FCA 1005-D RT Blocking Card", page 32)

Plug in the GB FCA1007-B Line Card

1. Plug in the line cards (2 x) into the CN1/CN2 and CN3/CN4 (5) socket
connectors of the XCM1001-2 mainboard and set the PU9 jumper (6).

Mount the Z3B171 Relay Module

1. Plug in the relay module (max. 2 x) on the punched rail on the chassis (7).
Ensure that the terminals of the contacts are facing upward.
2. Connect the relay coil according to your application.

6.5 Connecting the Control Unit

1. Insert all cables.
2. Connect the peripheral devices.
3. Terminate the unused, monitored detector lines and control lines with an end-of-
line resistor or a closure element.
4. Remove the mains fuse.
5. Connect the mains line.

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Commissioning

7 Commissioning
Referring to these instructions you can commission the control unit and check the
individual parts of the installation.
The Chapter "Detailed Procedures", page 59 helps you to perform the following
functions:
– Checking the optical and acoustic elements
– Enabling Access Level 2 for operation
– Testing all alarm devices
– Calibrating control lines 4 and 5
– Working in System Test mode

NOTICE Please read the Safety Regulations before "Commissioning".

7.1 Checking the Installation

1. Ensure that:
– The control unit is correctly mounted.
– The installation is connected to the peripheral devices.
– The connections of all detector bases are checked.
– All detector lines and monitored inputs are provided with end-of-line resistors.
– Control lines 1 to 3 are provided with an end-of-line element.
– All accessory parts are present.
– The mains power voltage is available.
– The installation of the cylinder bank and the pipe system is completed.

7.2 Preparing the Control Unit

1. Check the detector lines, manual activation and the monitored inputs.
2. Terminate unused monitored inputs and outputs with an end-of-line element or
an end-of-line resistor.
3. Check the control lines for correct connecting.
4. Set the jumpers and the DIP switches on the two mainboards.
5. Check the power supply and the voltage selection.
6. Mechanically block the extinguishing releasing device.

CAUTION Ensure that the extinguishing device is in fact mechanically blocked.

See also:
Î 4.4 Adjusting Elements, page 18
Î 4.3.1 Power Supply, page 13
Î 4.3.2 Connections of the XCM1001-1 lower Mainboard, page 14

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7.3 Switching on the control unit for the first time

1. Insert the mains fuse (in order to power up the control unit) and connect the
batteries.
2. Calibrate control lines 4 and 5.Follow the instructions. "Calibrating control lines 4
and 5", page 61.
3. Trigger the lamp test by pressing key 9 "Lamp Test" and check whether all LEDs
light up and the buzzer sounds for about 30 seconds.
4. Clear any faults that may be caused by peripheral devices.
5. Set the requested, individual user functions (see "Program User Functions",
page 63) and complete the log sheet "Log Sheet of Programmed User
Functions", page 91.

7.4 System Test

1. Check the sequence of the automatic extinguishing by fire detectors.
2. Check the manual activation of extinguishing.
3. Check the reporting of the state "Discharged" without release by fire detector or
manual activator.
4. Check the "Pre-warning" time.
5. Check the function of the alarm horn (sound mode) and the illuminated warning
panel.
6. Check the blocking devices (Emergency hold or abort button, etc.).
7. Check the reporting of the state "Loss of Extinguishing Agent"..
8. Check the operating access, the remote transmission and fire control.

7.5 Complete Commissioning

1. The commissioning operations are completed, when:
– All functions have been checked and the system operates perfectly
– Each detector has been checked
– Remote transmission or alarm and fault reporting to the fire detector system
function correctly
– The log sheet of user functions is filled in
– The system operates in normal mode, all system components are enabled
and no fault is indicated.
– The buzzer is enabled (the PU7 jumper on the mainboard, upper level, is set)
– Temporary operating access has been disabled (the PU1 jumper on the
mainboard, upper level, is removed)
– All cylinders of the battery of cylinders have the correct pressure or the correct
weight
– The function of the pipe network has been checked
– The system operator has been instructed with written confirmation.
2. Deblock the extinguishing releasing device and inform the system manager.

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Service

8 Service
This Chapter includes a checklist for maintenance work for the service engineer.
The maintenance instructions for the system manager is an integral part of the
operating instructions, Document No 008400.

The Chapter "Detailed Procedures", page 59 helps you to perform the following
functions:
– Checking the optical and acoustic elements
– Enabling Access Level 2 for operation
– Testing all alarm devices
– Calibrating control lines 4 and 5
– Working in System Test mode

8.1 Testing the Extinguishing System

Annually Tasks to be carried out:
– Check the automatic activation.
– Check the manual activation.
– Check the state "Discharged" by pressing the pressure switch-contact.
– Check the function of the Emergency hold or abort button.
– Check the reporting of the mechanical blocking device.
– Check the reporting of loss of extinguishing agent.

Every 5 years Tasks to be carried out:

– Review all fire detectors.
– Check the detector circuit for shorts and breaks.

8.2 Checking the Operating Units

Every 2 yearsTasks to be carried out:
– Clean the control panel with mild soap. Do not use any aggressive solvent or
solvent containing abrasive material.
– Check the legibility and correctness of the description strips.
– Check the correct function of each key.
– Check the access authorization.

8.3 Checking the Extinguishing Control Unit

– Check the mains earthing.
– Visually check the batteries.
– Visually check the fire relay.
– Remove any dust.

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 Detailed Procedures

9 Detailed Procedures

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED 11 PU5 PU4 PU3PU2
Key 8 Key 13
Key 1
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9 LED 17 PU9 PU8 LED 31
Key 15
PU7 LED 18 Key 10
LED 19 LED 32
LED 10 PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25

LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9
Key 4 Key 5 Key 6 Key 7
XCM1001-2_AP_PCBupperLEDs_Tasten_alle_V22.cdr

Fig. 33 XCM1001-2 mainboard, upper level

9.1 Checking All Optical and Acoustic Elements of the Control

Unit
Check whether the optical and acoustic elements of the control unit function
correctly.

Proceed as follows:
1. Press the key 9 "Lamp Test".
Î All LEDs light up and the buzzer sounds for approx. 30 seconds.
2. Check whether all LEDs light up and the buzzer sounds.

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Detailed Procedures

9.2 Enabling Access Level 2

General
Normally, operation of the extinguishing control unit is blocked. Operation - Access
Level 2 - is enabled either by using the access code or the key, if available.

Access Code
In order to enable Access Level 2 by using the access code, here's how:
1. Enter the access code via the numeric keys (default '4233'.
Î The LED "Operating Access" lights up and operation is enabled.
2. In order to again block Access Level 2, you must wait. Access Level 2 will be
automatically blocked again three minutes after the last entry.
Î The LED "Operating Access" is no longer lit.

Key
In order to enable Access Level 2 by using the key, here's how:
1. Insert the key into the lock and turn it 90° clockwise (to the right).
Î The LED "Operating Access" lights up and operation is enabled.
2. In order to again block Access Level 2, turn the key to the starting position and
remove it from the lock.
Î The LED "Operating Access" is no longer lit.

9.3 Test the Alarm Horn

The alarm horn test relates to control line 1 and possibly also to control lines 2 and
5.
1. Set the system on Access Level 2.
2. Press and hold down key 6 "Digit 3" and press key 9 "Lamp Test".
Î Control line 1 is active for 30 seconds.
3. Press key 1 "Silence Horn" or key 9 "Lamp Test".
Î The alarm horn is silenced before 30 sec elapse.

9.4 Testing Illuminated Warning Panel

The Illuminated Warning Panel Test relates to control line 3 and possibly also to
control lines 2 and 5.
1. Set the system on Access Level 2.
2. Press and hold down key 7 "Digit 4" and press key 9 "Lamp Test".
Î Control line 3 is active for 30 seconds.
3. Press key 1 "Silence Horn" or key 9 "Lamp Test".
Î The illuminated warning panel is silenced before 30 sec. elapse.

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 Detailed Procedures

9.5 Calibrating control lines 4 and 5

After switching on the control unit for the first time, control lines 4 and 5 go into
fault and the Service LEDs 4 and 5 light up. Ensure that the actuator(s) are
correctly connected. If you do not need control line 5, set Option 18 in
programming step 1 (). Then start the calibration procedure.

Proceed as follows:
1. Set the PU10 jumper on the XCM1001-2 mainboard.
Î The calibration procedure is started.
Î LEDs 21 and 24 flash alternatingly (slow).
Î LED 11 "Part of System OFF" lights up.
Î LEDs 13 and 20 flash (fast).
Î Service LEDs 4 and 5 flash (slow)
2. Wait until the buzzer sounds twice.
Î The values are stored.
There are now two possibilities (see "Tab. 1 ", page 61):
– Successful calibration procedure: Continue at item 6.
– Unsuccessful calibration procedure: Continue at item 3.
3. Remove the PU10 jumper.
Î LEDs 11, 21 and 24 are no longer lit.
4. Correct the fault in the control line.
5. Restart the calibration procedure: Start again at step 1.
6. Remove the PU10 jumper.
Î LEDs 11, 21 and 24 are no longer lit.
Î The calibration procedure is completed.

While the PU10 jumper is plugged in, the system is blocked and the LED 10 (Operating Access) does
not light up.

Successful calibration procedure: Unsuccessful calibration procedure:

Î LEDs 13 and 20 no longer flash. Î LEDs 13 and 20 flash fast.
Î Service LEDs 4 and 5 no longer flash. Î LED 4 flashes fast ==> resistance of
control line 4 is equivalent to > 900
Ohms.
Î LED 5 flashes fast ==> resistance of
control line 5 is equivalent to > 900
Ohms.
Tab. 1 Calibration Procedure

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Detailed Procedures

9.6 Performing System Test

The extinguishing control unit has a special system test function that makes it
possible to test the function sequence, without having to actually trigger the
releasing device (actuator). The programmed pre-warning time, Active mode, alarm
horn, the function of the Emergency button or Stop button etc. can thus be
checked. This function is accessible only by means of a special access code and
should be used only by the service engineer.

The System Test can be performed in two modes:

– In Mode 1 the control lines 4 and 5 are simulated.
– In Mode 2 the control lines 1, 3, 4 and 5 are simulated.

Enable and Disable System Test

1. Set the system on Access Level 2.
2. Enter the digit code "211243" by using the keys 4 to 7 "Digits 1 to 4".
Î LED 10 "Operating Access" flashes.
3. Press key 10 "System Test" within 5 seconds.
Î System Test Mode 1 is enabled.
4. Press key 10 "System Test" once again.
Î System Test Mode 2 is enabled.
5. Press key 16 "Reset".
6. Press key 10 "System Test" within 5 seconds.
Î LED 11 "Part of System OFF" and LED 19 "System Test" are OFF

Check Functions in Mode 1

When System Test Mode 1 is ON, the system operates normally, with the
exception of control lines 4 and 5, whichare not activated.
Î LED 11 "Part of System OFF" and LED 19 "System Test" light up.
1. Use manual activation or trigger an alarm at a fire detector.
Î Instead of control line 4 being activated, LED 21 "Disabled/Fault"
(horn/actuator, controls) lights up as long as control line 4 remains active.
Î Instead of control line 5 being activated, LED 24 "Disabled/Fault" (RT fault/RT
alarm) lights up as long as control line 5 remains active.

Check Functions in Mode 2

When System Test Mode 2 is ON, the system operates normally, with the
exception of control lines 1, 3, 4 and 5, which are not activated.
Î LED 11 "Part of System OFF" lights up and LED 19 "System Test" flashes
(slow).
1. Use manual activation or trigger an alarm at a fire detector.
Î Instead of control line 1 being activated, LED 20 "Horn/Actuator" flashes
(slow) as long as the control line remains active.
Î Instead of control line 3 being activated, LED 22 "Controls" flashes (slow) as
long as the control line remains active.
Î Instead of control line 4 being activated, LED 21 "Disabled/Fault"
(horn/actuator, controls) flashes as long as the control line remains active.
Î Instead of control line 5 being activated, LED 24 "Disabled/Fault" (RT fault/RT
alarm) flashes as long as the control line remains active.

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 Program User Functions

10 Program User Functions

Change the programming only if the default functions do not fulfill the local requirements.

Indication of Selecting and indication of Indication of Changing

program mode program step selected option of option

System ON 11 Disabled 26 ZONES

Silence Key Detector zone 1 Key
Mech. blocked 12 Detector test Emergency
(extinguishing) disable/
horn 1 hold/abort 13
13 Fault enable

Autom. blocked 14 Loss of agent ZONES

Mode Key Detector zone 2 Key
Manual blocked 15 Earth fault Lamp test (extinguishing) det. test/
select 2 14
Pre-alarm 16 Power fault enable

Pre-warning 17 Mech. block. device

System test Detector zone 3 Silence Key
Discharged 18 System fault
(external) buzzer
Remote transmission 19 System test 15

Operating access 20 Horn / actuator Manual

21 disabled / fault Disable / Reset Key
Enable release
22 Fire control 16
Key 4 Key 5 Key 6 Key 7
23 RT-fault
1 2 3 4 24
25
disabled / fault
RT-alarm
Disable /
Enable

XC1001-A_AF_PMIprogr_en_VP.cdr

Fig. 34 Operating and indication elements, front view

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED 11 PU5 PU4 PU3PU2
Key 8 Key 13
Key 1
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9 LED 17 PU9 PU8 LED 31
Key 15
PU7 LED 18 Key 10
LED 19 LED 32
LED 10 PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25
LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9

Key 4 Key 5 Key 6 Key 7

XCM1001-2_AP_PCBupperLEDs_Tasten_Progr_V22.cdr

Fig. 35 Operating and indication elements, view of mainboard

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Program User Functions

10.1 Log-in in Program Mode

1. Reset all alarms and set the system to Operating Level 2.
2. Hold the "Silence Buzzer" key 16 down and enter the digit code "14242321" by
using the keys 4 to 7 "Digits 1 to 4".
Î Continuous top-down flashing Block LED indicates "Programming" mode.

10.2 Exit Program Mode

1. Press keys 4 and 7 "Digits 1 and 4" at the same time.
Î The Block LED is no longer lit.

Automatic interruption of Program Mode, if no further key is pressed for more than 4 minutes.

10.3 Reset User Functions

You can reset the options of all programming steps at once to the factory-set
default values.
1. Disconnect the mains supply (remove the fuse) and batteries (unplug the cable)
from the control unit.
2. Press and hold down keys 4 to 7 "Digits 1 to 4" and switch mains power on
again.
Î The Block LED starts flashing.
3. Release keys 4 to 7 "Digits 1 to 4".
4. Press keys 4 to 7 "Digits 1 to 4" once again simultaneously.
Î The Block LED stops flashing and the buzzer sounds twice.
Î The system is now reset to the default values.
5. Reconnect the batteries.

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 Program User Functions

10.4 Query Check Sum

Indication of Indication of
program mode check sum

1 System ON 11 Disabled 26 27 ZONES

2 Silence Key Detector zone 1 Key
Mech. blocked 12 Detector test Emergency
(extinguishing) disable/
horn 1 hold/abort 13
3 13 Fault 28 enable

4 Autom. blocked 14 Loss of agent 29 ZONES

Key Detector zone 2 Key
5 Manual blocked 15 Earth fault Lamp test (extinguishing) det. test/
2 Power fault enable 14
6 Pre-alarm 16 30

7 Pre-warning 17 Mech. block. device 31

System test Detector zone 3 Silence Key
8 Discharged 18 System fault
(external) buzzer
9 Remote transmission 19 System test 32 15

10 Operating access 20 Horn / actuator 33

Manual
21 disabled / fault Disable / Reset Key
Enable release
22 Fire control 34 16
Key 4 Key 5 Key 6 Key 7
23 RT-fault
1 2 3 4 24
25
disabled / fault
RT-alarm
Disable /
Enable

XC1001-A_AF_PMIchecksumme_en_VP.cdr

Fig. 36 Indication of Program Mode and Check Sum

In order to find out, whether the user functions have been changed since the last
service engineer visit, set the system to Program Mode (see "Log-in in Program
Mode" at the beginning of the Chapter).
1. Press keys 5 and 6 "Digits 2 and 3" simultaneously.
Î LED 11 "Part of System OFF" and LED 20 "Horn/Actuator" flash (slow) (this
indicates the current check sum).
2. Read out the lighted LEDs 12 to 19 within 10 seconds and write these down.
3. Compare the now active LEDs with the previous state.
Î Any change of user functions will also result in a change in the lighted LEDs.
4. Exit Program Mode (see "Log-out from Program Mode" at the beginning of the
Chapter).

The check sum query function is possible only once (exit Program Mode and log in again).

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Program User Functions

10.5 Programming Steps

1. Select the desired programming step by pressing key 1 "Silence Horn" (for
programming step 16 backwards) or key 2 "Mode Select" (for programming step
1 upwards).
2. Select the option within the programming step by pressing keys 13 to 16
"ZONES Disable/Enable", "ZONES Det. Test/Enable", "Silence Buzzer", "Reset".

Select Step Function Activated indicator State

Key 1 1 Change pre-warning time + function of control lines 4/5 LED 11 Disabled Lit
▼ 2 Change the flooding time of control lines 4/5 LED 12 Detector Test Lit
▼ 3 Change the function of the remote transmission LED 13 Fault Lit
4 Change the function of the monitored inputs 1 and 2 LED 14 Loss of agent Lit
▲ 5 Change the active mode of control lines 1 and 3 LED 15 Earth Fault Lit
▲ 6 Enable the "Alarm Verification" function LED 16 Power fault Lit
Key 2 7 Define the function of the yellow key 8 LED 17 Mech. block. device Lit
8 Change the function of the monitored Input 3 LED 18 System fault Lit
9 Change the parameters to the "Reset" function LED 19 System Test Lit
10 Change the indication mode on the operator interface LED 20 Horn/Actuator Lit
11 Change of function of detector zones 1 to 3 LED 21 OFF/Fault Lit
12 Change the code for Access Level 2 LED 22 Fire control Lit
13 Change the parameters on the operator interface LED 23 RT fault Lit
14 Change of the fault delay upon "mains failure" LED 24 OFF/Fault Lit
15 Change of function of control inputs 2 to 4 LED 25 RT alarm Lit
16 Change of the function of the driver outputs 2 and 8 LED 26 Emergency Lit
hold/abort

CL10 CL9 CL8 CL7 CL6 CL4 CL3 CL2 CL1

LED 1
LED 2 LED 26 LED 27
LED 3 LED 11 PU5 PU4 PU3PU2
Key 8 Key 13
Key 1
LED 12
LED 13 LED 28
LED 4
LED 5 LED 29
LED 6 Key 2 LED 14 Key 9 Key 14
LED 15
LED 16 LED 30
LED 7
LED 8
LED 9 LED 17 PU9 PU8 LED 31
Key 15
PU7 LED 18 Key 10
LED 19 LED 32
LED 10 PU1
LED 20 PU10 LED 33
LED 21 Key 11 Key 16
LED 22
LED 34
LED 23
LED 24 CN1 Key 12
LED 25
LD 1
LD 2
LD 3
LD 4
LD 5
LD 6
LD 7
LD 8
LD 9

Key 4 Key 5 Key 6 Key 7

XCM1001-2_AP_PCBupperLEDs_Tasten_Progr_V22.cdr

Fig. 37 Operating and indication elements, view of mainboard

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 Program User Functions

10.5.1 Step 1, Change Pre-warning Time and Function of Control Lines 4/5

The pre-warning time of the releasing signal can be selected in 5-second steps
from 0 to 60 seconds and complies with EN 12094-1 (option with requirements
4.17.2).

Change the Pre-warning Time of Control Line 4

Select Option Function Indication State
Key 13 1 Pre-warning time 0 seconds No zone LED is lit -
▼ 2 Pre-warning time 5 seconds LED 27 "Zone 1", red lit
3 Pre-warning time 10 seconds LED 28 "Zone 1", yellow lit
4 Pre-warning time 15 seconds LED 29 "Zone 2", red lit
5 Pre-warning time 20 seconds LED 30 "Zone 2", yellow lit
6 Pre-warning time 25 seconds LED 31 "Zone 3", red lit
7 Pre-warning time 30 seconds (default) LED 32 "Zone 3", yellow lit
8 Pre-warning time 35 seconds LED 27 "Zone 1", red fast
9 Pre-warning time 40 seconds LED 28 "Zone 1", yellow fast
10 Pre-warning time 45 seconds LED 29 "Zone 2", red fast
11 Pre-warning time 50 seconds LED 30 "Zone 2", yellow fast
12 Pre-warning time 55 seconds LED 31 "Zone 3", red fast
13 Pre-warning time 60 seconds LED 32 "Zone 3", yellow fast

Change the Function of Control Line 5

Select Option Function Indication State
Key 14 14 Active in state "Pre-warning" but pre-warning No zone LED is lit -
▼ time 0 seconds
Processing as "Actuator" (default)
15 Active same as control line 4 (actuator 1) LED 33 "Zone 4", red lit
Processing as with "Actuator"
16 Active same control line 1 (horn) LED 34 "Zone 4", yellow lit
Processing as with "Horn"
17 Active in state LED 33 "Zone 4", red fast
"Pre-alarm", "Pre-warning" and "Discharged" LED 34 “Zone 4”, yellow fast
Processing as with "Fire Control"
18 Active in state "Mech. Blocked" LED 33 "Zone 4", red fast
Processing as with "Illuminated Warning LED 34 "Zone 4", yellow lit
Panel"
19 Active in state "Autom. & Man. Blocked" LED 33 "Zone 4", red lit
Processing as with "Illuminated Warning LED 34 "Zone 4", yellow fast
Panel"
20 Not used LED 33 "Zone 4", red lit
(line fault uppressed) LED 34 “Zone 4”, yellow lit

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Program User Functions

10.5.2 Step 2, Change the Flooding Time (active period) of Control Lines 4/5

Change the Flooding Time of Control Line 4

Select Option Function Indication State
Key 13 1 Flooding time 30 seconds (default) No zone LED is lit -
▼ 2 Flooding time 60 seconds LED 27 "Zone 1", red lit
3 Flooding time 90 seconds LED 28 "Zone 1", yellow lit
4 Flooding time 120 seconds LED 29 "Zone 2", red lit
5 Flooding time to "Reset" LED 30 "Zone 2", yellow lit

Change the Flooding Time of Control Line 5

Select Option Function Indication State
Key 14 6 Flooding time 30 seconds (default) No zone LED is lit -
▼ 7 Flooding time 60 seconds LED 31 "Zone 3", red lit
8 Flooding time 90 seconds LED 32 "Zone 3", yellow lit
9 Flooding time 120 seconds LED 33 "Zone 4", red lit
10 Flooding time to "Reset" LED 34 "Zone 4", yellow lit

Note:
Only relevant if control line 5 is set to option 14 or 15 in programming step 1.
With option 14, control line 5 is already activated with "Pre-warning" but the
selected flooding time starts only counting with the activation of control line 4.

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 Program User Functions

10.5.3 Step 3, Change the Function of the Remote Transmission

Change the Function of Contact 1

Select Option Function Indication State
Key 13 1 Active during "Discharged" to "Reset" state No zone LED is lit -
▼ (default)
2 Active during "Pre-warning" or "Discharged" to LED 27 "Zone 1", red lit
"Reset" state.
3 Active during "Alarm" zone 1 to 3 LED 27 "Zone 1", red fast

Change the Function of Contact 3

Select Option Function Indication State
Key 13 4 Active with "Pre-alarm" to "Reset" state No zone LED is lit -
▼ (default)
5 Active during "Pre-alarm" or "Pre-warning" to LED 27 "Zone 1", red lit
"Reset" state.

Change the Function of Contact 2

Select Option Function Indication State
Key 14 6 Active during "Fault" to "Silence Buzzer" state No zone LED is lit -
▼ (default)
7 Active during "Fault" state until the cause is LED 29 "Zone 2", red lit
eliminated.
8 Immediate triggering (default) No zone LED is lit -
9 3 minutes delay in "Buzzer Not Silenced" state LED 30 "Zone 2", yellow lit

Change the Function of LED 9 (Remote Transmission)

Select Option Function Indication State
Key 15 10 Active only in "RT Alarm" state (default) No zone LED is lit -
▼ 11 Active in "RT Alarm" and "RT Fault" state LED 31 "Zone 3", red lit
12 Inoperative (LED 9, LED 23, LED 25 and key LED 32 "Zone 3", yellow lit
12 without function)
13 Active during "Alarm" zone 1 to 3 LED 31 "Zone 3", red lit
LED 32 "Zone 3", yellow lit

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Program User Functions
(Programming Step 3, continued)

Change the Function of Control Line 2

Select Option Function Indication State
Key 16 13 Active on state "RT Alarm" to "Reset" No zone LED is lit -
▼ Processing as "RT Alarm" (default)
14 Active on state "Pre-alarm", "Pre-warning" and LED 33 "Zone 4", red lit
"Discharged" to "Reset"
Processing as with "Fire Control"
15 Active on state "Pre-warning" and LED 33 "Zone 4", red fast
"Discharged" to "Reset"
Processing as with "Fire Control"
16 Active on state "Pre-alarm", "Pre-warning" and LED 34 "Zone 4", yellow lit
"Discharged" to "Silence Horn" or "Reset"
Processing as with "Horn"
17 Active on state "Pre-warning" and LED 34 "Zone 4", yellow fast
"Discharged" to "Silence Horn" or "Reset"
Processing as with "Horn"
18 Active on state "Mech. blocked" LED 33 "Zone 4", red lit
Processing as with "Warning panel" LED 34 "Zone 4", yellow lit
19 Active on state "Autom. & Man. blocked" LED 33 "Zone 4", red fast
Processing as with "Warning panel" LED 34 "Zone 4", yellow fast

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 Program User Functions

10.5.4 Step 4, Change the function of the Monitored Inputs 1 and 2

Change the function of the Monitored Input 1

Select Option Function Indication State
Key 13 1 State "Active 1" (680Ω) = "Discharged" No zone LED is lit -
▼ State "Active 2"(1k2) = "Loss of agent" + "Fault"
State "Open" = "Fault"
State "Short Circuit" = "Fault" (default)
2 State "Active 1" (680Ω) = "Discharged" LED 27 "Zone 1", red lit
State "Active 2" (1k2) = "Normal"
State "Inactive" = "Loss of agent" + "Fault"
State "Open" = "Fault"
State "Short Circuit" = "Fault"
3 State "Active 1" (680Ω) = no effect LED 27 "Zone 1", red fast
State "Active 2"(1k2) = "Loss of agent" + "Fault"
State "Open" = "Fault"
State "Short Circuit" = "Fault"

State "Discharged" is simulated as soon as the pre-

warning time has elapsed.

Suppress the Fault Indication if state "Discharged" is not reported

Select Option Function Indication State
Key 13 4 Fault if state "discharged " is not reported within 30sec No zone LED is lit -
▼ after control line 4 has been activated (default)
5 No fault reported LED 27 "Zone 1", lit
yellow

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Program User Functions
(Programming Step 4, continued)

Change the function of the Monitored Input 2

Select Option Function Indication State
Key 14 6 State "Active 1" (680Ω) = "Mech. Blocked" No zone LED is lit -
▼ State "Active 2" (1k2) = "Normal" (not mech. blocked)
State "Active 1 + 2" = "Mech. Blocked" + "Fault"
State "Inactive >5 sec" = "Mech. Blocked" + "Fault"
State "Open" = "Fault"
State "Short Circuit" = "Fault" (default)
7 Same as Option 1 but on state "Active 1" (680Ω) LED 29 "Zone 2", lit
"Mech. Blocked" and "Autom. & Man. Blocked" red
8 State "Active 1" (680Ω) = "Autom. & Man. Blocked" LED 30 "Zone 2", lit
State "Active 2" (1k2) = "Autom. Blocked" yellow
State "Active 1 + 2" = "Autom. & Man. Blocked"
State "Open" = "Fault"
State "Short Circuit" = "Fault"

Inoperative in state "Pre-warning"

9 State "Active 1" (680Ω) = start "Pre-warning Time" LED 29, red lit
State "Active 2" (1k2) = no effect LED 30, yellow lit
State "Open" = "Fault" “Zone 2”
State "Short Circuit" = "Fault"
10 State "Active 1" (680Ω) = "Loss of agent" + "Fault" LED 29 "Zone 2", fast
State "Active 2" (1k2) = "Normal" red
State "Inactive" = "Loss of agent" + "Fault"
State "Open" = "Fault"
State "Short Circuit" = "Fault"

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 Program User Functions

10.5.5 Step 5, Change the Active Mode of Control Lines 1 and 3

Change the Active Mode of Control Line 1

Select Option Function Indication State
Key 13 1 State "Pre-alarm" = continuous (default) No zone LED is lit -
▼ 2 State "Pre-alarm" = pulsating slow LED 27 "Zone 1", red lit
3 State "Pre-alarm" = not activated LED 27 "Zone 1", red fast
4 State "Pre-warning" = pulsating (default) No zone LED is lit -
5 State "Pre-warning" = continuous LED 28 "Zone 1", yellow lit
6 State "Pre-warning" = continuous and LED 28 "Zone 1", yellow fast
pulsating in state "Emergency hold/abort"
Key 14 7 State "Discharged" = pulsating (default) No zone LED is lit -
▼ 8 State "Discharged" = continuous LED 29 "Zone 2", red lit

Change the Active Period of Control Line 1

Select Option Function Indication State
Key 14 9 Active until "Silence horn" and "Reset" No zone LED is lit -
▼ (default)
10 Active until "Reset" LED 30 "Zone 2", yellow lit
11 Active until "Silence horn" and "Reset" but only LED 30 "Zone 2", yellow slow
after timer of 5 min is elapsed
12 Active until "Silence horn" and "Reset" but only LED 30 "Zone 2", yellow fast
after timer of 30 min is elapsed

Change the Active Mode and Active Periode of Control Line 3

Select Option Function Indication State
Key 15 13 State "Pre-alarm" = not activated (default) No zone LED is lit -
▼ 14 State "Pre-alarm" = continuous LED 31 "Zone 3", red lit
15 State "Pre-alarm" = pulsating LED 31 "Zone 3", red fast
16 State "Pre-warning" = continuous No zone LED is lit -
17 State "Pre-warning" = pulsating LED 32 "Zone 3", yellow lit
Key 16 18 State "Discharged" = continuous until "Reset" No zone LED is lit -
▼ 19 State "Discharged" = continuous until "Silence LED 34 "Zone 4", yellow lit
Horn" or "Reset"
20 State "Discharged" = continuous until code 1, LED 34 "Zone 4", yellow fast
2, 3, 4 is entered
21 State "Discharged" = pulsating until "Reset" LED 33 "Zone 4", red lit
22 State "Discharged" = pulsating until "Silence LED 33 "Zone 4", red lit
Horn" or "Reset" LED 34 "Zone 4", yellow lit
23 State "Discharged" = pulsating until code 1, 2, LED 33 "Zone 4", red fast
3, 4 is entered LED 34 "Zone 4", yellow fast

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Program User Functions

10.5.6 Step 6, Enable the "Alarm Verification" Function

Enable "Alarm Verification" Function of Detector Zones 1 and 2

Select Option Function Indication State
Key 13 1 No alarm verification (default) No zone LED is lit -
▼ 2 Twice line alarm within 60 seconds = Alarm LED 27 "Zone 1", red lit
After first line alarm = automatic reset and
short flash up of zone LED

Enable "Alarm Verification" Function of Detector Zone 3

Select Option Function Indication State
Key 13 3 No alarm verification (default) No zone LED is lit -
▼ 4 Twice line alarm within 60 seconds = Alarm LED 28 "Zone 1", yellow lit
After first line alarm = automatic reset and
short flash up of zone LED

Enable "Alarm Verification" Function of Detector Zone 4

Select Option Function Indication State
Key 14 5 No alarm verification (default) No zone LED is lit -
▼ 6 Twice line alarm within 60 seconds = Alarm LED 29 "Zone 2", red lit
After first line alarm = automatic reset and
short flash up of zone LED

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 Program User Functions

10.5.7 Step 7, Define the Function of the Yellow Key 8

Define the Function of the Yellow Key

Select Option Function Indication State
Key 13 1 Key 8 has no function (default) No zone LED is lit -
▼ 2 Function'Emergency Hold' (momentary) LED 27 "Zone 1", red lit
In "Pre-warning" state:
Hold down key 8 =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second

Release key 8 =
Î Pre-warning time starts again
Î LED 26 goes off
Î Buzzer sounds for 1 second
In state "Normal"
Press key 8 =
Î no function
3 Function'Emergency Hold' (toggle function) LED 28 "Zone 1", yellow lit
In state "Pre-warning":
Press key 8 =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second

Press Key 8 again =

Î Pre-warning time starts again
Î LED 26 goes off
Î Buzzer sounds for 1 second
In state "Normal"
Press key 8 =
Î no function
4 Function'Blocking'/'Emergency Hold' 1 LED 29 "Zone 2", red lit
In state "Normal"
Press key 8 =
Î Autom. & Man. Blocked

Press Key 8 again =

Î Blocking disabled
In state "Pre-warning":
Press key 8 =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second

Press Key 8 again =

Î Pre-warning time starts again
Î LED 26 goes off
Î Buzzer sounds for 1 second

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Program User Functions
(Programming Step 7, continued)

Select Option Function Indication State

Key 13 5 Function "Block"/"Emergency Hold" 2 LED 30 "Zone 2", yellow lit
▼ In state "Normal"
First pressing of key 8 =
Î Autom. Blocked

Second pressing of key 8 =

Î Autom. & Man. Blocked

Third pressing of Key 8 =

Î Blocking disabled
In state "Pre-warning" by fire detector:
First pressing of key 8 =
Î Back to "Pre-alarm"

Second pressing of key 8 =

Î Pre-warning time restarts
In state "Pre-warning" by manual activation:
Press key 8 =
Î no reaction
6 Function "Block"/"Emergency Hold" 3 LED 31 "Zone 3", red lit
In state "Normal"
First pressing of key 8 =
Î Autom. Blocked

Second pressing of key 8 =

Î Autom. & Man. Blocked

Third pressing of Key 8 =

Î Blocking disabled
In state "Pre-warning" by fire detector:
First pressing of key 8 =
Î Back to "Pre-alarm"

Second pressing of key 8 =

Î Pre-warning time restarts
In state "Pre-warning" by manual activation:
First pressing of key 8 =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second

Second pressing of key 8 =

Î Pre-warning time restarts
Î LED 26 switches off
Î Buzzer sounds for 1 second

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 Program User Functions
(Programming Step 7, continued)

Change the Operating Access of the Yellow Key 8

Select Option Function Indication State
Key 14 7 Function "Blocking" = Access Level 2 (default) No zone LED is lit -
▼ 8 Function "Blocking" = Access Level 1 LED 32 "Zone 3", yellow lit
Key 15 9 Function "Deblocking" = Access Level 2 (default) No zone LED is lit -
▼ 10 Function "Deblocking" = Access Level 1 LED 33 "Zone 4", red lit

Suppress "Reset" upon "Stopped Pre-warning Time by the Yellow Key"

Select Option Function Indication State
Key 16 11 Function "Reset" available (default) No zone LED is lit -
▼ 12 Function "Reset" suppressed LED 34 "Zone 4", yellow lit

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Program User Functions

10.5.8 Step 8, Change the Function of the Monitored Input 3

Select Option Function Indication State

Key 13 1 Function 'Emergency Abort' (default) No zone LED is lit -
▼ In state "Pre-warning":
Monitored Input 3 on "Active 1" (680Ω) =
Î Pre-warning time is interrupted
Î LED 26 lights up
Î Buzzer sounds for 1 second
Î Horn returns to "Pre-warning" tone

Monitored Input 3 "Active 1" cancelled =

Î Abort remains active until reset

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î Autom. & Man. Blocked

Monitored Input 3 "Active 1" disabled =

Î Blocking disabled

Monitored Input 3 on "Active 2" (1k2) =

Î Autom. Blocked

Monitored Input 3 "Active 2" disabled =

Î Blocking disabled
2 Function 'Emergency Hold' LED 27 "Zone 1", red lit
In state "Pre-warning":
Monitored Input 3 on "Active 1" (680Ω) =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second
Î Horn returns to "Pre-warning" tone

Monitored Input 3 "Active 1" cancelled =

Î Pre-warning time restarts

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î no reaction

Monitored Input 3 on "Active 2" (1k2) =

Î Autom. Blocked

Monitored Input 3 "Active 2" cancelled =

Î Blocking disabled

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 Program User Functions

(Programming Step 8, continued)

Select Option Function Indication State

Key 13 3 Function "Block"/"Emergency Hold" 1 LED 28 "Zone 1", yellow lit
▼ In state "Pre-warning" by detector:
Monitored Input 3 on "Active 1" (680Ω) =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second
Î Horn returns to "Pre-warning" tone

Monitored Input 3 "Active 1" cancelled =

Î Pre-warning time restarts

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction
In state "Pre-warning" by manual activation:
Monitored Input 3 on "Active 1" (680Ω) =
Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î Autom. & Man. Blocked

Monitored Input 3 "Active 1" cancelled =

Î Blocking disabled

Monitored Input 3 on "Active 2" (1k2) =

Î Autom. Blocked

Monitored Input 3 "Active 2" cancelled =

Î Blocking disabled

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Program User Functions
(Programming Step 8, continued)

4 Function "Block"/"Emergency Hold" 2 LED 29 "Zone 2", red lit

In state "Pre-warning" by detector:
Monitored Input 3 on "Active 1" (680Ω) =
Î Pre-warning time is stopped
Î LED 26 lights up
Î Buzzer sounds for 1 second
Î Horn returns to "Pre-warning" tone

Monitored Input 3 "Active 1" cancelled =

Î Pre-warning time restarts

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction
In state "Pre-warning" by manual activation:
Monitored Input 3 on "Active 1" (680Ω) =
Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î Autom. Blocked

Monitored Input 3 "Active 1" cancelled =

Î Blocking disabled

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction
Key 13 5 Function "Block" 1 LED 30 "Zone 2", yellow lit
▼ In state "Pre-warning":
Monitored Input 3 on "Active 1" (680Ω) =
Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î Autom. Blocked

Monitored Input 3 "Active 1" cancelled =

Î Blocking disabled

Monitored Input 3 on "Active 2" (1k2) =

Î no reaction

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 Program User Functions
(Programming Step 8, continued)

Î 6 Function "Block" 2 LED 31 "Zone 3", red lit

In state "Pre-warning":
Monitored Input 3 on "Active 1" (680Ω) =
Î no reaction
In state "Normal"
Monitored Input 3 on "Active 1" (680Ω) =
Î Autom. & Man. Blocked

Monitored Input 3 "Active 1" cancelled =

Î Blocking disabled

Monitored Input 3 on "Active 2" (1k2) =

Î Autom. Blocked

Monitored Input 3 "Active 2" cancelled =

Î Blocking disabled

Suppress "Reset" upon "Stopped Pre-warning Time by Monitored Input 3"

Select Option Function Indication State
Key 14 7 Function "Reset" available (default) No zone LED is lit -
▼ 8 Function "Reset" suppressed LED 33 "Zone 4", red lit

Change the Fault Processing of the Monitored Input 3

Select Option Function Indication State
Key 14 9 State "Short Circuit" and "Open" (default) No zone LED is lit -
▼ Î "Fault" + LED "Emergency hold/abort"
10 State "Short Circuit" and "Open" LED 34 "Zone 4", yellow lit
Î "Fault"

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Program User Functions

10.5.9 Step 9, Change the Parameters of the "Reset" Function

Change the reaction after "Reset" of the Detector Zones 1 and 2

Select Option Function Indication State
Key 13 1 Zone 1, 2: No zone LED is lit -
▼ Alarm <15 seconds after "Reset" =
Î new line alarm (default)
2 Zone 1, 2: LED 27 "Zone 1", red lit
Alarm <15 seconds after "Reset" =
Î Line fault

Change the reaction after "Reset" of the Detector Zone 3

Select Option Function Indication State
3 Zone 3: No zone LED is lit -
Alarm <15 seconds after "Reset" =
Î new line alarm (default)
4 Zone 3: LED 28 "Zone 1", yellow lit
Alarm <15 seconds after "Reset" =
Î Line fault

Change the reaction after "Reset" of the Detector Zones 4

Select Option Function Indication State
Key 14 5 Zone 4: No zone LED is lit -
▼ Alarm <15 seconds after "Reset" =
Î new line alarm
6 Zone 4: LED 29 "Zone 2", red lit
Alarm <15 seconds after "Reset" =
Î Line fault (default)

Change the reaction after "Reset" of the Monitored Input 1

Select Option Function Indication State
Key 15 7 State "Active 1" <15 seconds after "Reset" = No zone LED is lit -
▼ Î LED 8 "Discharged" enabled again
8 State "Active 1" <15 seconds after "Reset" = LED 31 "Zone 3", red lit
Î "Fault" and LED 8 "Discharged" activated
(default)

Interlock the "Reset" Function if executed via Control Input 1

Select Option Function Indication State
Key 16 9 Reset via control input 1 always possible No zone LED is lit -
▼ 10 In case of "Pre-alarm" LED 33 "Zone 4", red lit
Î Reset possible only after "Silence Buzzer"

In case of "Pre-warning" and "Discharged"

Î Reset possible only after "Silence Horn" and
after the flooding time of control line 4 is
elapsed (default)

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 Program User Functions

(Programming Step 9, continued)

Interlock the "Reset" Function

Select Option Function Indication State
Key 16 11 Reset always possible (default) No zone LED is lit -
▼ 12 Reset not possible if LED 34 "Zone 4", yellow lit
Î zone 4 is on state "Alarm"
Î monitored input 1 is on state "active 1"
Î control line 1 (horn) is in state "active"

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Program User Functions

10.5.10 Step 10, Change the Indication Mode on the Operator Interface

Change the indication of the blocking states

Select Option Function Indication State
Key 13 1 Indication Mode "Standard" (default) No zone LED is lit -
▼ Î LED 3 = not used
Î LED 4 = "Autom. Blocked"
Î LED 5 = "Manually Blocked"
2 Indication mode "Alternative" LED 27 "Zone 1", red lit
Î LED 3 = "Only Manual"
Î LED 4 = "Autom. & Manual" (normal)
Î LED 5 = "Autom. & Manual Blocked"

Change the active mode of indicators "Discharged" and "Pre-warning"

Select Option Function Indication State
Key 14 3 Active mode of (default) No zone LED is lit -
▼ Î LED 7 (pre-warning) flashing as long as pre-
warning time is running
Î LED 8 (discharged) flashing in state
"Discharged"
4 Active mode LED 28 "Zone 1", yellow lit
Î LED 7 and 8 always in steady mode when
activated

Change the function of the operating key "mode select"

Select Option Function Indication State
Key 15 5 Functions of key mode select (default) No zone LED is lit -
▼ Î block automatic release
Î block automatic + manual release
6 Functions of key mode select LED 29 "Zone 1", red lit
Î block automatic release
Î block manual release
Î block automatic + manual release

Note:
Option 6 is not allowed together with option 2.

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 Program User Functions

10.5.11 Step 11, Change the Function of the Detector Zones 1 to 3

Change the Function of the Detector Zones 1 and 2

Select Option Function Indication State
Key 13 1 "Alarm" zone 1 and zone 2 (default) No zone LED is lit -
▼ Î State "Pre-warning"

"Alarm" zone 1 or zone 2

Î State "Pre-alarm"
2 "Alarm" zone 1 LED 27 "Zone 1", red lit
Î State "Pre-alarm"

"Alarm" zone 2
Î State "Pre-warning"
3 Same as Option 2 but functions LED 28 "Zone 1", yellow lit
"Enable/Disable" and "Detector Test"
suppressed
4 "Alarm" zone 1 or zone 2 LED 29 "Zone 2", red lit
Î State "Pre-warning"
5 Zone 1 and zone 2 not used LED 30 "Zone 2", yellow lit

Change the Line Fault Processing of the Detector Zones 1 and 2

Select Option Function Indication State
Key 14 6 Line open and line short circuit No zone LED is lit -
▼ Î State "Fault" (default)
7 Line open LED 31 "Zone 3", red lit
Î State "Alarm"
8 Line short circuit LED 32 "Zone 3", yellow lit
Î State "Alarm"

Change the Function of the Detector Zone 3

Select Option Function Indication State
Key 15 9 "Alarm" zone 3 No zone LED is lit -
▼ Î Buzzer sounds (default)
10 "Alarm" zone 3 LED 33 "Zone 4", red lit
Î Buzzer sounds and state "Pre-alarm"
11 Zone 3 not used LED 34 "Zone 4", yellow lit
12 "Alarm" zone 1 + zone 2 + zone 3 LED 33 "Zone 4", red fast
Î State "Pre-warning" LED 34 “Zone 4”, yellow fast

Alarm zone 1 or 2 or 3 or any two zones

Î State "Pre-alarm"

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Program User Functions

10.5.12 Step 12, Change the Code for Access Level 2

Change the Basic Code for Access Level 2

Select Option Function Indication State
Key 13 1 Access code "4233" defined (default) No zone LED is lit -
▼ 2 Individual access code LED 27 "Zone 1", red lit
1. Enter the access code by pressing the keys
4 to 7 (digits 1 to 4) in the desired sequence
(min. 4 to max. 6 digits)
2. Press key 13 (zone 1)
→ LED 27 (zone 1, red) flashes
3. Repeat steps 1 and 2 (confirm access code)
→ LED 27 (zone 1, red) lit continuously
(access code accepted)
→ LED 28 (zone 1, yellow) flashes (code
not accepted; repeat steps 1 to 3)
3 No access code required (Access Level 2 is LED 27 "Zone 1", red lit
released via key switch) LED 28 “Zone 1”, yellow lit

Change the Access Level for the Function "Silence Buzzer"

Select Option Function Indication State
Key 14 4 Can always be silenced (default) No zone LED is lit -
▼ 5 Possible only on Access Level 2 LED 29 "Zone 2", red lit

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 Program User Functions

10.5.13 Step 13, Change the Parameters of the Operator Interface

Change the Processing of "Pre-alarm"

Select Option Function Indication State
Key 13 1 "Pre-alarm" also in state "Autom. Blocked" No zone LED is lit -
▼ (default)
2 No "Pre-alarm" in state "Autom. Blocked" LED 27 "Zone 1", red lit

Change the Function of the Key "Buzzer Silence"

Select Option Function Indication State
Key 13 3 Key 15 only for "Silence Buzzer" in state "Pre- No zone LED is lit -
▼ alarm" (default)
4 Key 15 for "Silence Buzzer" and "Silence LED 28 "Zone 1", yellow lit
Horn" in state "Pre-alarm"

Enable the Function "Reminder Beep"

Select Option Function Indication State
Key 14 5 No reminder beep (default) No zone LED is lit -
▼ 6 Buzzer sounds every 4 minutes for 1 second in LED 29 "Zone 2", red lit
case of "Fault" or "Disabled"

Enable the Function "Fault to be reset"

Select Option Function Indication State
Key 14 7 "Fault" must not be reset (default) No zone LED is lit -
▼ 8 All faults must be reset LED 30 "Zone 2", yellow lit

Enable the Function "RT Alarm + RT Fault suppressed on Access Level 2"
Select Option Function Indication State
Key 15 9 No blocking (default) No zone LED is lit -
▼ 10 "RT Alarm" and "RT Fault" disabled on state LED 31 "Zone 3", red lit
"Access Level 2 Enabled"

Enable the Function "Reset via control input 1 suppressed upon RT Alarm"
Select Option Function Indication State
Key 15 11 Control Input 1 not blocked (default) No zone LED is lit -
▼ 12 Control Input 1 blocked on state "RT Alarm" LED 32 "Zone 3", yellow lit

Suppress the "Battery Fault"

Select Option Function Indication State
Key 16 13 Battery fault not suppressed (default) No zone LED is lit -
▼ 14 Battery fault suppressed LED 33 "Zone 4", red lit

Change the active mode of the buzzer in state "Emergency hold/abort"

Select Option Function Indication State
Key 16 15 1 sec beep with begin and end of state No zone LED is lit -
▼ "Emergency hold/abort" (default)
16 Active until key "buzzer silence" is pressed LED 34 "Zone 4", yellow lit

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Program User Functions

10.5.14 Step 14, Change the Fault Delay upon "Mains Failure"

Select Option Function Indication State

Key 13 1 Delay = 0 sec No zone LED is lit -
▼ 2 Delay = 3 minutes LED 27 "Zone 1", red lit
3 Delay = 10 minutes (default) LED 28 "Zone 1", yellow lit
4 Delay = 30 minutes LED 29 "Zone 2", red lit
5 Delay = 3 hours LED 30 "Zone 2", yellow lit

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 Program User Functions

10.5.15 Step 15, Change the Function of the Control Inputs 2 to 4

Change the Function of Control Input 2

Select Option Function Indication State
Key 13 1 2) Initiate function "Silence Buzzer" (default) No zone LED is lit -
▼ 2 1) Enable state "Autom. Blocked" LED 27 "Zone 1", red lit
3 1) Enable state "Autom. & Manual.Blocked" LED 28 "Zone 1", yellow lit
4 1) Enable state "Disabled" LED 27 "Zone 1", red lit
LED 28 “Zone 1”, yellow lit
5 1) Enable "RT Alarm Disabled" and "RT Fault LED 27 "Zone 1", red fast
Disabled"
6 1) Enable state "Emergency Hold" LED 28 "Zone 1", yellow fast
7 1) Enable state control line 1 and LED 6 "Pre- LED 27 "Zone 1", red fast
alarm" (evacuation) LED 28 “Zone 1”, yellow fast

Change the Function of Control Input 3

Select Option Function Indication State
Key 14 8 1) Enable state "Fault" (default) No zone LED is lit -
▼ 9 1) Enable state "Power Fault" LED 29 "Zone 2", red lit
10 1) Enable state "RT Fault" LED 30 "Zone 2", yellow lit
11 1) Enable state "Access Level 2 enabled" LED 29 "Zone 2", red lit
LED 30 “Zone 2, yellow lit
12 1) Enable state "Emergency Stop" LED 29 "Zone 2", red fast
13 2) Disable function "Silence Buzzer" LED 30 "Zone 2", yellow fast
14 1) Enable state "Autom. Blocked" LED 29 Zone 2", red fast
LED 30 "Zone 2", yellow fast

Change the Function of Control Input 4

Select Option Function Indication State
Key 15 15 2) Release "Silence Horn" function (default) No zone LED is lit -
▼ 16 3) Enable state "No Fault" (inverse) LED 31 "Zone 3", red lit
17 1) Enable state "RT Fault" LED 32 "Zone 3", yellow lit
18 1) Enable state "Access Level 2 enabled" LED 31 "Zone 3", red lit
LED 32 "Zone 3", yellow lit
19 1) Enable state "Emergency Stop" LED 31 "Zone 3", red fast
20 2) Disable function "Silence Buzzer" LED 32 "Zone 3", yellow fast
21 1) Enable state control line 1 and LED 6 "Pre- LED 31 "Zone 3", red fast
alarm" (evacuation) LED 32" Zone 3", yellow fast

Legend:
1
) The state lasts as long as a positive potential is applied to the input.
2
) The functions must be triggered by a pulse.
3
) As soon as the positive potential is no longer on the input, a fault is triggered.

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Program User Functions

10.5.16 Step 16, Change the Function of the Driver Outputs 2 and 8

Change the Function of Driver Output 2

Select Option Function Indication State
Key 13 1 Active if "Pre-warning" and "Discharged" No zone LED is lit -
▼ (default)
2 Active on "Pre-alarm" LED 27 "Zone 1", red lit
3 Active on "Pre-warning" LED 28 "Zone 1", yellow lit
4 Active on "Discharged" LED 27 "Zone 1", red fast
5 Active on "Fault" on control line 5 LED 28 "Zone 1", yellow fast
6 Active in "Normal Operation" (microcomputer LED 27 "Zone 1", red fast
working) LED 28 "Zone 1", yellow fast
7 Active on "Mech. blocked" LED 27 "Zone 1", red lit
LED 28 "Zone 1", yellow lit
Key 14 8 Function "Disable/Enable" suppressed LED 29 "Zone 2", red lit
▼ 9 Function "Disable/Enable" not suppressed LED 30 "Zone 2", yellow lit
(default)

Change the Function of Driver Output 8

Select Option Function Indication State
Key 15 10 Active on "Emergency hold/stop" No zone LED is lit -
▼ (LED 26 activated) (default)
11 Active on "Autom. & Man." LED 31 "Zone 3", red lit
12 Active on "Fault Power Supply" LED 32 "Zone 3", yellow lit
13 Active on "Loss of agent" LED 31 "Zone 3", red fast
14 Active on "Detector Test" LED 32 "Zone 3", yellow fast
15 Active on "Alarm" zone 3 until "Reset" LEDs31 "Zone 3" red fast
LED 32 "Zone 3" yellow fast
16 Active on "Disabled" LEDs31 "Zone 3" red lit
LED 32 "Zone 3" yellow lit
Key 16 17 Function "Disable/Enable" not suppressed LED 33 "Zone 4", red lit
▼ 18 Function "Disable/Enable" suppressed LED 34 "Zone 4", yellow lit
(default)

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 Log Sheet of Programmed User Functions

11 Log Sheet of Programmed User Functions

Installation: ..............................................................................................................
Step Function Option, Option,
Default individual
1 Change the pre-warning time of the control line 4 7
Change the function of control line 5 14
2 Change the flood time of control line 4 1
Change the flood time of control line 5 6
3 Change the function of contact 1 1
Change the function of contact 3 4
Change the function of contact 2 6, 8
Change the function of LED 9 (remote transmission) 10
Change the function of control line 2 13
4 Change the functions of monitored input 1 1
Suppress the fault indication if state "Discharged" is not reported 4
Change the functions of the monitored input 2 6
5 Change the active mode of control line 1 1, 4, 7
Change the active period of control line 1 9
Change the active mode and active period of control line 3 13
6 Enable "Alarm Verification" function of detector zones 1 and 2 1
Enable "Alarm Verification" function of detector zone 3 3
Enable "Alarm Verification" function of detector zones 4 5
7 Define the function of the yellow key 8 1
Change the operating access of the yellow key 8 7, 9
Suppress "Reset" upon "stopped pre-warning time by the yellow key" 11
8 Change the function of monitored input 3 1
Suppress "Reset" upon "stopped pre-warning time by monitored Input 3" 7
Change the fault processing of the monitored input 3 9
9 Change the reaction after "Reset" of the detector zones 1 and 2 1
Change the reaction after "Reset" of the detector zone 3 3
Change the reaction after "Reset" of the detector zone 4 6
Change the reaction after "Reset" of the monitored Input 1 8
Interlock the "Reset" function if executed via control input 1 10
Interlock the "Reset" function 11
10 Change the indication of the blocking states 1
Change active mode of indicators "Discharged" and "Pre-warning" 3
Change the function of operating key "mode select" 5
11 Change the function of detector zones 1 and 2 1
Change the line fault processing of detector zones 1 and 2 6
Change the function of detector zone 3 9
12 Change the basic code for Access Level 2 1
Change the access level for the function "Silence Buzzer" 4
13 Change the processing of "Pre-alarm" 1
Change the function of the key "Silence Buzzer" 3
Enable the function "reminder beep" 5
Enable the function "fault to be reset" 7
Enable the function "RT-Alarm + RT Fault disabled on Access Level 2" 9
Enable the function "Reset via input 1 suppressed on state RT-Alarm" 11
Suppress the "battery fault" 13
Change the active mode of the buzzer in state "Emergency hold/abort" 15
14 Change the fault delay in the event of mains failure 3
15 Change the functions of control input 2 1
Change the functions of control input 3 8
Change the functions of control input 4 15
16 Change the functions of driver output 2 1, 9
Change the functions of driver output 8 10, 18

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Ordering Information

12 Ordering Information
Type Article No Description Weight
Components XC1001-A A6E60500060 Extinguishing control unit

Accessories Z3B171 484383 Relay module

XCA1016 A5Q00015468 Add-on module
FCA1007-B A6E60500027 GB line card
XCA1001 A6E60500061 Standard key switch kit
FCA1005-D A6E60500024 RT blocking card
AX1213 439299 Gas-tight lead battery 5 Ah/12 V

Replacement parts XCM1001-1 A6E60500062 Mainboard, lower level

XCM1001-2 A6E60500063 Main board, upper level
FCP1004-E A6E60500054 Power unit/charger
XCE1001 A6E60500065 Terminating resistor 3k3 (set of 10)
XCE1002 Trigger element
XCE1002 Fuse 2A for control line 4 and 5
FCE1003-B A6E60500033 Termination element, detector line GB
FCE1002 A6E60500032 Termination element, control line
XCH1001 A6E60500064 Cover with operating unit for XC1001-A

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Siemens Schweiz AG © 2005 Copyright by
Building Technologies Group Siemens Building Technologies AG
International Headquarters
Alte Landstr. 411
CH-8708 Männedorf
Tel. +41 1 - 922 6111
Fax +41 1 - 922 6450
www.sbt.siemens.com

Document no. 008399_c_en_-- Manual -

Edition 11.2005 Section -