Siemens XC1003-A Technical Manual

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Building Technologies

Fire Safety & Security Products

XC1003-A Extinguishing control unit

Technical manual

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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. © 2008 Copyright by Siemens Switzerland Ltd

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.

Nous nous réservons tous les droits sur ce document, ainsi que sur l'objet y figurant. La partie recevant ce document reconnaît ces droits et elle s'engage à ne pas le rendre accessible à des tiers, même partiellement, sans notre autorisation écrite préalable et à ne pas l'employer à des fins autres que celles pour lesquelles il lui a été remis.

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Building Technologies

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Fire Safety & Security Products 12.2007

About this document ..............................................................................5

Safety regulations...................................................................................8

2.1

Danger levels ............................................................................................8

2.2

Safety-relevant operating instructions.......................................................9

System overview...................................................................................11

3.1

Application limitations..............................................................................12

3.2

Specified standards and options.............................................................12

Standard applications ..........................................................................13

4.1

Centralized installation............................................................................13

4.2

Modular installation.................................................................................14

Structure and function .........................................................................15

5.1

Block diagram .........................................................................................17

5.2

Connections ............................................................................................18

5.2.1

Power supply FCP1004-E.......................................................................19

5.2.2

Connections on XCM1001-1 lower main board without add-on module 20

5.2.3

Connections of the XCM1001-1 lower main board with add-on module 21

5.2.4

Connections of the XCM1001-2 upper main board ................................22

5.3

Adjusting elements..................................................................................23

5.3.1

Adjusting elements of the XCM1001-1 lower main board.......................23

5.3.2

Adjusting elements of the XCM1001-2 upper main board......................24

5.4

Indicator elements...................................................................................25

5.5

Operating elements.................................................................................29

5.6

Accessories.............................................................................................31

5.6.1

Z3B171 Relay module ............................................................................31

5.6.2

XCA1110 Pyrotechnical actuator kit .......................................................31

5.6.3

XCA1016 Add-on module .......................................................................32

5.6.4

FCA 1005-D RT Blocking card................................................................33

5.7

Technical data.........................................................................................34

Planning.................................................................................................35

6.1.1

Detector lines ..........................................................................................36

6.1.2

Monitored inputs......................................................................................38

6.1.3

Monitored control lines............................................................................41

6.1.4

Driver outputs..........................................................................................45

6.1.5

Potential-free contacts ............................................................................46

6.2

Detector lines wiring methods.................................................................47

6.2.1

Standard wiring .......................................................................................47

6.2.2

Wiring for explosion hazard areas ..........................................................48

6.2.3

Connection to a fire detector system ......................................................49

6.2.4

First application.......................................................................................50

6.2.5

Second application..................................................................................52

6.3

RT-alarm and fault wiring to a transmitter...............................................54

Installation .............................................................................................55

7.1

Installation location..................................................................................55

7.2

Mounting adaptation................................................................................56

7.3

19” cabinet platform mounting examples................................................57

7.4

Housing assembly XC1003-A.................................................................58

7.5

Insert labelling strips ...............................................................................59

7.6

Mounting the accessories XC1003-A......................................................60

7.7

Connecting the control unit .....................................................................61

Commissioning .....................................................................................62

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8.1

Checking the installation .........................................................................62

8.2

Preparing the control unit........................................................................62

8.3

Switching on the control unit for the first time.........................................63

8.4

System test..............................................................................................63

8.5

Completing commissioning .....................................................................63

Service....................................................................................................64

9.1

Testing the extinguishing system............................................................64

9.2

Checking the operating units ..................................................................64

9.3

Checking the extinguishing control unit ..................................................64

Detailed procedures..............................................................................65

10.1

Enabling access level 1...........................................................................65

10.2

Checking all optical and acoustic elements of the control unit ...............65

10.3

Enabling access level 2...........................................................................65

10.4

Test the alarm horn.................................................................................65

10.5

Testing the warning panel.......................................................................65

10.6

Calibrating control lines 4 and 5..............................................................66

10.7

Performing system test ...........................................................................67

Programming the user functions ........................................................68

11.1

Enabling access level 3...........................................................................68

11.2

Enabling access level 4...........................................................................68

11.3

Exiting program mode.............................................................................68

11.4

Resetting the user functions to default or application setting .................69

11.4.1 Overview of the default and application settings ....................................70

11.4.2 Description of the default settings...........................................................72

11.5

Query checksum .....................................................................................74

11.6

Programming steps.................................................................................75

11.6.1 Step 1, changing the activated time and function of control lines 4/5.....76

11.6.2 Step 2, change the flooding time (active period) of control lines 4/5 ......77

11.6.3 Step 3, change the function of the remote transmission.........................78

11.6.4 Step 4, change the function of the monitored inputs 1 and 2 .................79

11.6.5 Step 5, change the active mode of control lines 1 and 3........................80

11.6.6 Step 6, enable the "Alarm verification" function......................................81

11.6.7 Step 7, define the function of the yellow key (KEY8)..............................81

11.6.8 Step 8, change the function of the monitored input 3 .............................82

11.6.9 Step 9, change the parameters to the "Reset" function..........................84

11.6.10 Step 10, change the indication mode on the operator interface .............85

11.6.11 Step 11, change the function of the detector zones 1 to 3 .....................85

11.6.12 Step 12, change the code for access level 2..........................................86

11.6.13 Step 13, change the parameters of the operator interface .....................87

11.6.14 Step 14, change the fault delay upon "Mains failure" .............................88

11.6.15 Step 15, change the function of the control inputs 2 to 4........................88

11.6.16 Step 16, change the function of the driver outputs 2, 8 and 1 ................89

Log sheet of programmed user functions..........................................90

Ordering information ............................................................................91

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About this document

Building Technologies

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Fire Safety & Security Products 12.2007

1 About this document

Objective and purpose

This document describes the planning, installation, commissioning and maintenance of the XC1003-A extinguishing control unit. Please follow the instructions carefully, to ensure correct reliable use.

Area of application

The information contained in this document is valid as of hardware/software version 2.7.

Target group

This documentation and the instructions contains are addressed to the following groups of people who perform the activities and hold the qualifications shown.

Group Activity Qualification

Product Manager (PM) Responsible for local product management for the

relevant product line and for the information exchange between the site supplying the equipment and the RC. Co-ordinates the information flow between the individual groups for a project.

Has the technical training and has completed the training courses appropriate to his function and to the product line.

Project Manager Responsible for local project management. Co-

ordinates on-time use of all groups and resources involved in a project. Responsible for ongoing acquisition of technical information required for project realization.

Has the technical training appropriate to his function and the dimensions of the project or the product line deployed in the project and has attended the training courses for project managers at the supplier's works.

Project Engineer Parameterizes the product or equipment or system

in the RC for a specific country or customer. Monitors the serviceability of the product or equipment or system and releases it for commissioning at the place of installation. Diagnoses and eliminates operating faults and errors.

Has the technical training appropriate for parameterizing the products or devices or systems and has attended the technical training course for Project Engineers at the plant supplying the equipment.

Installation Staff Installs and mounts the product or devices or

system components at the place of installation. After installation, conducts a general performance check of the installation.

Technical training in the area of building automation and electrical installations.

Commissioning Personnel Customer-specific configuration of the product or

device or system at the place of installation. Checks serviceability and officially releases the product or device or system for operation by the operator/customer. Diagnoses and eliminates operating faults and errors.

Has the technical training appropriate to the function and the products or devices or systems to be commissioned and has attended the technical training course for commissioning personnel.

Maintenance Personnel Performs all maintenance procedures listed in the

product documentation and checks the product for correct functioning.

Has the technical training appropriate to the function and the product.

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About this document

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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. Standard application Illustrates and describes the two possible topologies (centralized and modular) used in the standard application.

5. 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.

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. Service Describes the recommended maintenance work.

10. Detailed procedures Supplements the instructions on commissioning and maintenance using detailed, unit-specific procedures.

11. User function configuration Describes the programming functions for a customer-specific configuration of the extinguishing unit.

12. Log sheet of programmed user functions Here you will find the worksheets for completion.

13. Ordering information Information on ordering components, accessories and replacement parts.

Reference documents

Number/Version Name

A6V10099835_a_en Operating instructions

Standard symbols



Result, Note

' ' Direct quotation (...) Parentheses contain supplementary text, suggestions, etc.

Technical terms

Term Explanation Fire alarm The first alarm stage. The fire alarm time is the time between

triggering of the first and the second detector.

Activated condition Second alarm stage. The activated time is the time leading up to

triggering of the extinguishing releasing element.

Pre-discharge-warning time

Time period between the start of the warning indication and the

discharge to warn personnel of impending gas release 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).

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About this document

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Document identification

Location Definition

Title page

–

Product type: XC1003-A extinguishing control unit

–

Document purpose: Planning, installation, commissioning, maintenance

Last page bottom left Last page bottom right

–

Document number

–

Issue date

–

Manual

–

Section

Download

The current documentation can be found on the Intranet.

Index of changes

Version Date Brief description

A6V10099837_a_en 12.2007 First issue

Page 8

Safety regulations

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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.

DANGER

Imminent danger!



Severe physical injury or death.

WARNING

Possible dangerous situation



Severe physical injury or death

CAUTION

Possible dangerous situation



Slight physical injury or property damage

NOTE

Important information that requires special attention

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Safety regulations

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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

WARNING

Work on electrical systems must be carried out in accordance with electrotechnical rules and only by a trained electrical technician or an instructed person under the management and supervision of an electrical technician.

WARNING

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



When performing commissioning and repair work on units, they must be voltagefree, if possible.



Provide connection terminals with external voltage sources with "DANGER external voltage" signing.



Lay mains power lines to the control unit separately. These must be fused with their own, clearly marked fusing.



Provide earthing in accordance with local safety regulations.



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

Mounting, installation, commissioning and maintenance



If you require tools, you must use tools that are safe and intended for the task such as, for example, a ladder.



If you are activating fire controls for test purposes, there must be no damage caused to system components.



Release fire controls only when the test has been completed and the system is finally turned over to the customer.



Avoid unintended triggering of remote transmission.



Notify the receiving station prior to a pending test-remote transmission.



Before actuating manual activation for test purposes, mechanically block the activation of extinguishing.



Use or require the use of the "General Installation Instructions" as the guideline for extinguishing systems. This guideline is available from us on request.

Testing and checking product operability



Notify persons in the event of mist and noise.



Notify persons of the testing of the alarm devices and make provisions for possible panic reactions.



Notify the alarm and fault receiving stations connected to the system of a pending test-remote transmission.



When testing the extinguishing system, evacuate the extinguishing area and block it off.

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Safety regulations

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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



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.



Use only fuses having the prescribed characteristics.



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.



Batteries require environmentally appropriate disposal. Bring them to the local collection centers.



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:



Personal injury or property damage that occurs as the result of inappropriate use and incorrect use.



Personal injuries or property damage that occurs as the result of noncompliance with safety-relevant information in the documentation or on the product.



Personal injury or property damage that occurs as the result of deficiently performed or non-performance of maintenance.

Page 11

System overview

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3 System overview

The XC1003-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 extinguishing process, the control of the optical and acoustic alarm and the stocks of extinguishing agent.

Fig. 1 XC1003-A Extinguishing control unit system overview

Use

The XC1003-A control unit can be used for:

–

Gas extinguishing installations using common extinguishing agents such as CO2, FM200, NOVEC and Argon.

–

Deluge installations using water as the extinguishing agent.

–

Foam extinguishing installations using a mixture of water and foaming substances.

Peripheral equipment

The following peripheral equipment can be connected to the XC1003-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 a fire alarm and the activated condition.

–

Illuminated warning panel(s) for optical reporting of the impending extinguishing operation during the activated condition time and the released condition.

–

Remote transmission device to report the "Fire alarm" and "Fault" conditions.

–

Relay for fire control with 230V contact.

–

Potential-free contacts to report the states of the XC1003-A control unit

–

Solenoid or pyrotechnical actuators to trigger the flooding.

–

Repeater indication panel for extinguishing areas with several entrances.

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System overview

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3.1 Application limitations

–

no monitored remote control panel

–

not usable for multi-sector installations with electrical cylinder allocation and full redundancy

–

no provision to monitor a spare cylinder bank

–

no facility for secondary flooding control (low pressure installations)

–

no interface for VdS peripherals such as FBF, ÜE, FSD, SST

3.2 Specified standards and options

EN12094-1

Fulfilled

Basic functions

Options and the associated requirements Related XC10 configuration

4.17

Delay of extinguishing signal

Monitored control line 4, programming step 1 option 1-13 x

4.18

Signal representing the flow of extinguishing agent

Monitored input 1, programming step 4 option 1 Monitored input 1A (XCA1016) programming step 4 option 1

Monitoring of the status of components Loss of agent

Monitored input 2, programming step 4 option 10 Monitored input 1B (XCA1016) programming step 4 option 1

4.19

Non-electrical blocking device

Monitored input 2, programming step 4 option 6

4.20

Emergency hold

Monitored input 3, programming step 8 option 2 x

4.21

Control of flooding time

4.22

Initiation of secondary flooding

4.23

Manual only mode

Key "Mode select" Monitored input 3, programming step 8 option 6

4.24

Triggering signals to equipment within the system

Monitored control line 3, programming step 5 option 15-25 x

4.25

Extinguishing signals to spare cylinders

4.26

Triggering of equipment outside the system

Driver output 1 and 2 Monitored control line 5, programming step 1 option 17

4.27

Emergency abort

Monitored input 3, programming step 8 option 1 x

4.28

Control of extended discharge

4.29

Release of the extinguishing media for selected flooding

4.30

Activation of alarm devices with different signals

Monitored control line 1, programming step 5 option 1-10 x

EN54-2

Fulfilled

Basic functions

Options and associated requirements Related XC10 configuration

7.8

Output to fire alarm device in accordance with EN54-1 / C

Monitored control line 1, programming step 5 option 1-10 x

7.9

Output to fire alarm routing equipment in accordance with EN54-1 / E

Monitored control line 2, programming step 3 option 17 x

7.10

Output to fire protection equipment or in accordance with EN54-1 / G

Monitored control line 2, programming step 3 option 18 or 19 x

7.11

Delay to outputs

7.12

Coincidence detection

Detector zones 1, 2 and 3, programming step 6 option 1-4 x

7.13

Alarm counter

8.3

Fault signals from points

8.4

Total loss of the power supply

Separate wire from battery to upper main board XCM1001-2 x

8.9

Output to fault warning routing equipment in accordance with EN54-1 / J

Potential-free contact Nr. 2, programming step 3 option 8-11 x

Test condition

Page 13

Standard applications

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4 Standard applications

The principal field of application of XC1003-A is room protection. Two different system topologies are used:

–

Centralized

–

Modular

4.1 Centralized installation

Centralized systems consist of a single set of cylinders placed in a storage area. Pipe and nozzles are used to transfer the gas from the cylinders to the protected room. A single actuator (electromagnetic or pyrotechnical) triggers a pilot cylinder which then activates others cylinders by pneumatic activation. Two pilot cylinders may be used in some countries when activation redundancy is required. In that case, two electromagnetic solenoids are connected in parallel to the monitored control output 4 (or 5 if selected), or two pyrotechnical actuators are connected in series to the monitored control output 4 (or 5 if selected).

Pneumatic activation

Actuator line (Pyrotechnical or electromagnetic actuators)

Control

unit

XC103-A

Fig. 2 Centralized installation

Page 14

Standard applications

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4.2 Modular installation

In contrast to centralized systems, modular systems consist of individual cylinders, in the protected zone, with directly connected nozzles.

Fig. 3 Modular installation

For such installations, a pyrotechnical actuator is used on each cylinder. All pyrotechnical actuators are connected in series on the monitored control line 4 (or 5 if option selected). A maximum of 10 pyrotechnical actuators in series can be activated.

Fig. 4 Pyrotechnical installation

Page 15

Structure and function

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5 Structure and function

This chapter provides an introduction to the structure of the control unit XC1003-A, 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.

PU1

DL1 DL2

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

PU1

DL1 DL2

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

100Ω 3W

589

PU3 PU1 PU2

DL1

RT FAULT RT ALARM

OUPUT RT

PU4 PU3 PU1 PU2

DL1

RT FAULT RT ALARM

OUPUT RT

PU4

Fig. 5 Rack XC1003-A with electronics components

Page 16

Structure and function

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The basic equipment of the extinguishing control unit XC1003-A consists of components 1 to 4. Depending on requirements, the control unit can be provided with accessory parts 5 to 9:

1. FCP1004-E power supply unit with charger

2. XCM1001-1 main board (lower level)

3. XCM1001-2 main board (upper level)

4. Rechargeable batteries 4.5 Ah or 7.2 Ah (see chapter 7.4)

5. XCA1110 pyrotechnical actuator kit (option)

6. XCA1016 add-on module to split the monitored input 1 into the two separate

circuits "1A" and "1B" (option)

7. FCA1005-D RT isolation card for preventing remote transmission of alarms and faults (option)

8. FDCI222 or FDCIO222 module for the connection to a fire detection system (option)

9. Z3B171 relay module for fire controls (option)

10. Removable support main boards XCM1001-1 and XCM1001-2

11. DIN rail TS35 to install components such as relays, terminals, etc.

12. Label for indication of pre-discharge-warning time selected

Page 17

Structure and function

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5.1 Block diagram

LIN4

Horn

RT-alarm or other application

Actuator delayed

Actuator immediate or other application

Mains supply

Output 24V / 0.5A max. (for internal use)

CL6

CL12

CL13

CL14

CL15

CN8

CL10

CN6

CN1

XCM1001-1

CL11

CL16

Detector lines

Monitored inputs

Monitored control linesPotentiel-free contactsDriver outputs

CL7

CL6

CL7

CL8

CL9

CL5 1

RT-alarm

RT-fault

Fire alarm or other application

Manual only

Autom. & Man. blocked

Fire alarm / Activated / Released

Released

CL1

CL2

CL3

CL4

Emergency hold/abort

Activated / Released

Fire alarm

Activated

Manual only mode

Autom. & Man. blocked

Manual release

CL4

LIN1

CL1

LIN2

CL2

LIN3

CL3

Discharged

Loss of agent

Mech. blocking device

Emergency hold or abort

XCA1016

FCP1004E

12V / 4.5Ah or 7.2Ah (x2)

XCM1001-2

CN7

CL8

CL9

CL10

+ BAT

+ / -

Reset

Silence buzzer or other application

Control inputs

Fault or other application

Silence Re-sound horn or other application

Warning panel

Z. 1

Z. 2

Z. 3

230 / 115 VAC

Z. 4

Fig. 6 Block diagram of the XC1003-A control unit

Page 18

Structure and function

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5.2 Connections

The following is a brief, overview of the location of the connections.

On the top of the power unit (see chapter 5.2.1) are the mains connection and voltage selection.

The XCM1001-1 main board (see chapter 5.2.2 and 5.2.3) principally includes:

–

Detector lines

–

Control inputs

–

Monitored inputs

–

Monitored control lines

The XCM1001-2 main board (see chapter 5.2.4) principally includes:

–

Driver outputs

–

Potential-free contacts

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5.2.1 Power supply FCP1004-E

Fig. 7 Components of the power unit FCP1004-E

Ref. Function Remarks

1 Terminal block for setting mains voltage to

115 V

Jumper set for 115 V only (use insulated wire)

2 Terminal block for mains connection 3 4 AT/250 V 20x50mm high break mains fuse 4 Jumper for system start without mains

power

Remove after system start

5 LED green “mains operation” (inside but

visible from the front)

Not lit in the event of power failure

6 Heat sensor for temperature compensation 7 Batteries connection 8 XCM1001-1 connection 9 Connection required in case EN54-2 option

with requirement "Total loss of power" is mandatory (Mainly for FR). Connect wire between +battery connection and +BAT terminal of XCM1001-2

Protection by fuse 630 mA

This product shall be installed, commissioned and maintained by trained service personnel in

accordance with the following:

1. IEE regulations for electrical equipment in buildings

2. Codes of practice

3. Any instructions specifically advised by the manufacturer

This equipment is designed to operate from 230V 50Hz mains supplies. It must be connected to a protective earthing conductor in the fixed wiring of the installation, and a readily accessible double pole disconnect device meeting the requirements of EN60950/IEC950 which disconnects live and neutral simultaneously, shall be incorporated in the fixed wiring. Failure to ensure that all conductive accessible parts of this equipment are adequately bonded to the protective earth will render the equipment unsafe.

1. Ensure mains power is switched off

2. Remove mains fuse (3)

3. Connect the mains cable to the FCP1004E power supply terminals (2) Protective earth, live and

neutral)

4. Attach the cable with 2 plastic fastenings This control panel is environmental class A and is designed for indoor use only at temperatures

between -5°C (+/- 3) and +40°C (+/- 2) and with a m aximum relative humidity of 95%. The IP rating for the enclosure is IP30. Operation outside of these limits may render the equipment

unsafe.

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5.2.2 Connections on XCM1001-1 lower main board without add-on module

Standard

Emergency hold or abort

Loss of extinguishing agent

Extinguishing discharged

CN7

CN8

PU1

CN6

CN5

SW2 SW1

4 3 2 1

Alarm horn

Monitored inputs

3 2 1

3K3 3K3 3K3

0K68

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

121212

LIN4

Detectors to extinguishing area

Manual release

Detector lines

LIN3

LIN2

LIN1

Detectors to extinguishing area

Detectors outside exting. area

3K3 3K3 3K3 3K3

3 2 1

12121212

Reset

Control inputs

3 2 14

1212

Silence Re-sound horn or other application

Fault or other application

Silence buzzer or other application

Supply for internal devices

Actuator delayed

Warning panel

RT-alarm

Monitored control lines

5 34 2 1

..2A ..0.5A ..0.5A..2A ..0.5A

Actuator immediate

24V

..0.5A

12 12 12 12 12 12

Options

EOL

(*)

EOL

(*)

EOL

(*)

(*) Line termination of monitored control lines 1 … 3:

Use FCE1002 (enclosed with delivery from the factory)

Options

Other application

1K2 0K68

NONC

Fig. 8 Connections of the XCM1001-1 lower main board without add-on module

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5.2.3 Connections of the XCM1001-1 lower main board with add-on module

Standard

PU1

DL1 DL2

CN7

CN8

PU1

CN6

CN5

SW2 SW1

4 3 2 1

Reset

Supply for internal devices

LIN4

Detectors to extinguishing area

Manual release

Actuator delayed

Warning panel

Alarm horn

RT-alarm

Monitored control lines Monitored inputs Control inputs Detector lines

3 2 1A

34 2 1

..2A ..0.5A ..0.5A..2A ..0.5A

3 2 14

LIN3

LIN2

LIN1

Detectors to extinguishing area

Detectors outside exting. area

Actuator immediate

24V

..0.5A

EOL

(*)

3K3 3K3 3K3 3K3

3 2 1

12 12 12 12 12 1212 12121212

Extinguishing discharged

3K3

0K68

Loss of extinguishing agent

3K3

Emergency hold or abort

3K3

0K68

Mechanical blocking device

3K3

Silence Re-sound horn or other application

Fault or other application

Silence buzzer or other application

Options

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

CL3CL2CL4CL5

CL1

0K680K68

1K2 0K68

ClosedOpen

(*) Line termination of monitored control lines 1 … 3:

Use FCE1002 (enclosed with delivery from the factory)

EOL

(*)

EOL

(*)

Options

Other application

Fig. 9 Connections of the XCM1001-1 lower main board with add-on module

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5.2.4 Connections of the XCM1001-2 upper main board

KEY 2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY 8KEY 9KEY 10KEY 11KEY 12

To lower main board via connector CN8 (Supply 24V)

To positive of battery to provide function ’’total loss of power’’

Autom. & Man. blocked

RT-alarm

RT-fault

KEY 1

KEY13

KEY14

KEY15

KEY16

Manual only

Fire alarm or other application

Emergency hold / abort or other application

Autom. & Man. blocked

Manual only

Released

Activated

Activated / Released or other application

Fire alarm

Fire alarm / Activated / Released

Fig. 10 Connections of the XCM1001-2 upper main board

XC10 provides EN54-2 option with requirements “Total loss of power”. This option is mainly mandatory in France. When selected, “System fault” led and buzzer is activated continuously for at least 1 hour after low discharge battery switch off (in case the battery voltage fails below 21 V).

This option can be selected by wiring the +BAT terminal to the positive voltage of batteries (use of remaining power of the battery).

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5.3 Adjusting elements

Certain functions can be parameterized using the adjusting elements.

5.3.1 Adjusting elements of the XCM1001-1 lower main board

This board contains parameters for:

–

Disable earth fault monitoring

–

Change type of fire detector

Fig. 11 Adjusting elements of the XCM1001-2 upper main board

Ref. Function State Parameter

ON Activated (factory setting) PU1 Earth short

monitoring unit

OFF De-activated ON Detector "Siemens" without current limiting (factory setting) SW1-1 Detector line 1 OFF Detector "Synova" with current limiting ON Detector "Siemens" without current limiting (factory setting) SW1-2 Detector line 2 OFF Detector "Synova" with current limiting ON Detector "Siemens" without current limiting (factory setting) SW2-3 Detector line 3 OFF Detector "Synova" with current limiting ON 1) Detector "Siemens" without current limiting (factory setting) SW2-4 Detector line 4

(manual release)

OFF 1) Detector "Synova" with current limiting Fit Fuse “F1” for control line 4 F1 / F2 Pluggable fuse 2A Fit Fuse “F2” for control line 5

) 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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5.3.2 Adjusting elements of the XCM1001-2 upper main board

This board contains parameters for:

–

Permanently activate of operating level 2

–

Change the contact type NO/NC

–

Disable activation of the buzzer

–

Activate the calibration procedure for control lines 4 and 5

Fig. 12 Adjusting elements of the XCM1001-2 upper main board

Ref. Function

Jumper pos.

Parameter

ON Permanent access PU1 Operating access level 2 OFF Access only using code (factory setting) ON Right NO contact (factory setting) PU2 Potential-free contact "RT-alarm"

(programmable in step 3/option 1-4)

ON Left NC contact ON Right NO contact (factory setting) PU3 Potential-free contact "RT-fault"

(programmable in step 3/ option 8-11)

ON Left NC contact (schematic in power off state) ON Right NO contact (factory setting) PU4 Potential-free contact "Fire alarm"

(programmable in step 3/ option 5-6)

ON Left NC contact ON Right NO contact (factory setting) PU5 Potential-free contact "Manual only" ON Left NC contact ON Right NO contact (factory setting) PU6 Potential-free contact "Autom. & Man.

blocked"

ON Left NC contact ON Activated (factory setting) PU7 Temporary disabling of buzzer

OFF Not activated (only for servicing) PU8 Factory test OFF (factory setting) PU9 Factory test OFF (factory setting)

ON Calibration activated PU10

Calibrating the control lines 4 and 5 (details see chapter 10.6)

OFF Calibration not activated (factory setting)

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5.4 Indicator elements

The indicator elements (LEDs) are on the XCM1001-2 main board. LEDs 1 to 34 for operating states are visible on the front of the housing. Service LEDs (LD1 to LD9) provide fault information and are not visible from the outside.

Alternative configuration

Programming step 10/ option 2

Standard configuration

Programming step 10/ option 1

Fig. 13 Indicator elements, housing cover view

KEY2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY8KEY9KEY10KEY11KEY12

KEY1

KEY13

KEY14

KEY15

KEY16

Fig. 14 Indicator elements, XCM1001-2 upper main board view

Indicator elements (LED1 to LED34)

Ref. / Colour Identification State Function

LED1 / Green System ON Lit System in operation (microcomputer is running)

- Mechanical blocking device is in the "Open" position Lit Mechanical blocking device is in the "Closed" position

LED2 / Yellow Mech. blocked

Fast Mechanical blocking device in wrong position

- - Not used LED3 / Green Manual only Lit

Alternative (step 10 = option 2): Triggering by fire detector is blocked, initialized by: – KEY2 "Mode select" – Disabling of detector zone 1 or 2 – Switching of detector zone 1 or 2 to "Test mode" – Monitored inputs 2 and 3 (depending on programming, see steps 4 & 8) – Control inputs 2 and 3 (depending on programming, see step 15)

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Indicator elements (LED1 to LED34)

Ref. / Colour Identification State Function

Manual only Lit Triggering by fire detector is blocked, initialized by:

– KEY2 "Mode select" – Disabling of detector zone 1 or 2 – Switching of detector zone 1 or 2 to Detector "Test mode" – Monitored inputs 2 and 3 (depending on programming, see steps 4 & 8) – Control inputs 2 and 3 (depending on programming, see step 15)

LED4 / Yellow

Autom. & Manual Lit

Alternative (step 10 = option 2): Automatic and manual activation of extinguishing is possible

LED5 / Yellow Autom. & Man. blocked Lit Triggering by fire detector and manual release is blocked, initialized by:

– KEY2 "Mode select" – Disabling of detector zones 1 & 2 and manual release – Switching of detector zone 1 & 2 and manual release to "Test mode" – Monitored inputs 2 and 3 (depending on programming, see step 4 & 8) – Control input 2 (depending on programming, see step 15)

LED6 / Red Fire alarm Lit On "Alarm" zone 1 or 2 or 3 (if zone 3 is programmed in step 11 option 9, 10, 12

or 13) Fast Extinguishing is in the pre-activated condition (first fire alarm indication) LED7 / Red Activated Lit

–

If "Activated" condition is initiated and timer is running

–

If timer runs and state "Emergency hold/abort" is engaged

–

If flooding of extinguishing agent is started Extinguishing agent is released (reporting by monitored input 1 or 1A) Variant: Always in steady mode if step 10 = option 4

Fast

Alternative (step 4 = option 3): State "Released" is indicated as soon as control line 4 is activated (simulation of "Released" condition)

LED8 / Red Released

Lit If "Released" is not reported within 30 sec after control line 4 has been activated

(can be suppressed if step 4 = option 5) Contact 1 "RT-alarm" is in state "Active" (function may be inoperative) Lit In addition (step 3 = option 13): Contact 2 "RT-fault" is in state "Active"

LED9 / Red Remote transmission

Alternative (step 3 = option 14 ):

Facility “Remote transmission” is not used

Lit Operating access level 2 is provided either by code or control inputs 3 and 4

(depending on programming, see step 15) Timeout if access is provided by code: Void 3 minutes after the last button was pressed

LED10 / Yellow Operating access

Slow "System test" mode is activated

LED11 / Yellow Disabled Lit A system component is disabled, initialized by the following:

– Detector zones 1 to 3 are disabled or in "Detector Test" mode – Manual release is disabled or in "Test mode" – Alarm horn/valve control is disabled – Fire control is disabled – RT-alarm is disabled – RT-fault is disabled – State "Manual only" is activated – State "Autom. & Man. blocked" is activated – Control input 2 is active (depending on programming, see step 15) – Calibration processing of monitored control line 4 and 5 – Unit is in “System test” mode

LED12 / Yellow Detector test Slow Detector zones 1 to 3 or manual release are in "Test mode"

Fast A system component is in the "Fault" state, initialized by the following:

– Detector line 1 to 3 is on open circuit or short circuit – Manual release is on open circuit or short circuit – Monitored inputs 1 to 3 is on open circuit or short circuit – Control lines 1 to 5 is on open circuit or short circuit or fuse blown (control lines

4 and 5) – Earth fault – Battery is disconnected or very low charge – Mains power off (after expiry of the mains delay time) – Control inputs 3 and 4 are active (depending on programming, see step 15) – State discharged not reported within 30sec after release – Calibration processing of monitored control lines 4 and 5

LED13 / Yellow Fault

Lit Processor failure (the control unit is not operating)

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Indicator elements (LED1 to LED34)

Monitored input 1 is in state "Active 2" Alternative (step 4 = option 2): Monitored input 1 is in state "Inactive 2"

LED14 / Yellow Loss of agent Fast

Alternative (step 4 = option 10): Monitored input 2 is in state "Active 1+2" or "Inactive 2"

LED15 / Yellow Earth fault Fast A system component has an earth fault

Fast Battery is disconnected or very low charge LED16 / Yellow Power fault Slow

–

Mains power supply is off (after expiry of the mains delay time) or too low

–

Control input 3 is active (depending on programming, see step15)

LED17 / Yellow Peripheral fault Fast

–

Monitored input 1 line is on open circuit or short circuit

–

Monitored input 2 line is on open circuit or short circuit

–

Monitored control line 3 is on open circuit or short circuit

–

Monitored control line 2 is on open circuit or short circuit if step 3, option 22, 23 or 24 is selected

–

Monitored control line 5 is on open circuit or short circuit or fuse blown if step 1, option 18, 19 or 21 is selected

–

During calibration processing of monitored control line 5 if step 1, option 18 or 19 is selected

LED18 / Yellow System fault Lit Processor fault (the control unit is not operating)

Lit The unit is in "System test Mode 1" (see chapter 10.7) LED19 / Yellow System test Slow The unit is in "System test Mode 2" (see chapter 10.7) Lit

–

Monitored control line 1 is disabled

–

Monitored control line 4 is disabled

–

Monitored control line 2 is disabled if step 3, option 20 or 21 is selected

–

Monitored control line 5 is disabled if step 1, option 14, 15, 16 or 21 is selected

Fast

–

Monitored control line 1 is on open circuit or short circuit

–

Monitored control line 4 is on open circuit or short circuit or fuse blown

–

Monitored control line 2 is on open circuit or short circuit if step 3, option 20 or 21 is selected

–

Monitored control line 5 is on open circuit or short circuit or fuse blown if step 1, option 14, 15, 16 or 20 is selected

–

During calibration processing of monitored control line 4 and 5

LED20 / Yellow Horn/Actuator

Slow

–

Monitored control line 1 is in state "Horn test" (see chapter 10.4)

–

Monitored control line 1 is in state "Active" in "System test Mode 2" (see chapter 10.7)

Lit

–

Monitored control line 4 is in state "Active" in "System test Mode 1" (see chapter 10.7)

–

Calibration processing of monitored control line 4 and 5 is terminated

LED21 / Red -

Slow Monitored control line 4 is in state "Active" in "System test Mode 2" (see chapter

10.7)

Lit – Driver outputs 1, 2, 8 are disabled (depending on programming, see step 16)

– Monitored control line 2 is disabled if step 3, option 18 or 19 is selected – Monitored control line 5 is disabled if step 1, option 17 is selected

Fast

–

Monitored control line 2 open circuit or short circuit if step 3, option 18 or 19 is selected

–

Monitored control line 5 open circuit or short circuit or fuse blown if step 1, option 17 is selected

–

During calibration processing of monitored control line 5 if step 1, option 17 is selected

LED22 / Yellow Fire control

Slow

–

Monitored control line 3 is in state "Warning panel test"

–

Monitored control line 3 is in state "Active" in "System test Mode 2" (see

chapter 10.7) Contact 2 is disabled (function may be inoperative) Lit Alternative (step 13 = option 10): Automatically activated if access is provided to operating level 2

Alternative (step 3 = option 14): Inoperable, if facility "Remote transmission" not used

LED23 / Yellow RT-fault

Fast Control input 3 or 4 with option "RT-fault" is "Active" (see step 15) Lit

–

Monitored control line 5 is in state "Active" in "System test Mode 1" (see

chapter 10.7)

–

Calibration processing of monitored control line 4 and 5 is terminated

LED24 / Red -

Slow Monitored control line 5 is in state "Active" in "System Test Mode 2" (see chapter

10.7)

–

Contact 1 is disabled

–

Monitored control line 2 is disabled if step 3, option 17 is selected

Lit

Alternative (step 13 = option 10):

Automatically activated if state operating access 2 is provided

Alternative (step 3 = option 14 ): Inoperable, if facility "Remote transmission" facility not used

LED25 / Yellow RT-alarm

Fast Monitored control line 2 is open circuit or short circuit if step 3, option 17 is

selected

Lit – Monitored input 3 is in state "active 1" (depending on programming, see step 8)

– Control input 2 or 4 is active (depending on programming, see step 15)

LED26 / Yellow Emergency

Hold/Abort

Fast Monitored input 3 is on open circuit or short circuit

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Indicator elements (LED1 to LED34)

Lit Zone 1 is in alarm (or test alarm) LED27 / Red Detector zone 1 Slow Zone 1 is in first alarm Lit Zone 1 is disabled Slow Zone 1 is in "Test mode"

LED28 / Yellow Detector zone 1

Fast Zone 1 is open circuit or short circuit (fault) Lit Zone 2 is in alarm (or test alarm) LED29 / Red Detector zone 2 Slow Zone 2 is in first alarm Lit Zone 2 is disabled Slow Zone 2 is in "Test mode"

LED30 / Yellow Detector zone 2

Fast Zone 2 is open circuit or short circuit (fault) Lit Zone 3 is in alarm (or test alarm) LED31 / Red Detector zone 3 Slow Zone 3 is in first alarm Lit Zone 3 is disabled Slow Zone 3 is in "Test mode"

LED32 / Yellow Detector zone 3

Fast Zone 3 is open circuit or short circuit (fault) Lit Manual release is in alarm (or test alarm) LED33 / Red Manual release (Zone 4) Slow Manual release is in first alarm Lit Manual release is disabled Slow Manual release is in "Test mode"

LED34 / Yellow Manual release (Zone 4)

Fast Manual release is open circuit or short circuit (fault)

Service LEDs (LD1 to LD9)

Ref. / Colour Identification State Fault Information

Lit Short circuit LD1 / Yellow Monitored control line 1 Fast Open circuit Lit Short circuit LD2 / Yellow Monitored control line 2 Fast Open circuit Lit Short circuit LD3 / Yellow Monitored control line 3 Fast Open circuit Lit Short circuit Fast Open circuit or fuse blown

LD4 / Yellow Monitored control line 4

Slow Calibration out of tolerance Lit Short circuit Fast Open circuit or fuse blown

LD5 / Yellow Monitored control line 5

Slow Calibration out of tolerance Lit Short circuit LD6 / Yellow Monitored input 1 Fast Open circuit Lit Short circuit LD7 / Yellow Monitored input 2 Fast Open circuit Lit Short circuit LD8 / Yellow Monitored input 3 Fast Open circuit Lit No mains voltage Fast Battery fault

LD9 / Yellow Mains power supply

Slow Battery very low

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5.5 Operating elements

The operating elements (keys) are on the main board, upper level. The keys can be pressed on the main board 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. Various keys have several functions.

Fig. 15 Operating elements, housing cover view

KEY2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY8KEY9KEY10KEY11KEY12

KEY1

KEY13

KEY14

KEY15

KEY16

Fig. 16 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.

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Ref. Identification Access

level

Function

KEY1 Silence

Re-sound horn

2 Deactivation/activation of monitored control line 1 and, depending on programming also control

line 2 or 5 (blocked in state "Activated" until state "Released" occurs and while timer is running)



Also used from access level 3 to select the programming steps (see chapter 11.6)

KEY2 Mode select 2 Switching mode between:

– Not blocked or "Autom. & Manual" (ready to operate) – "Autom. blocked" or "Manual only" – "Autom. & Man. blocked"



Also used from access level 3 to select the programming steps (see chapter 11.6) KEY4 to KEY7

Operating access 1 Enabling of access level 2 (enter digits "4233")

 Also used from access level 2 for: – Trigger "Horn test" (see chapter 10.4) – Trigger "Warning panel test" (see chapter 10.5) – Switch to "Program user functions" mode (see chapter 11) – Access to "Performing system test" (see chapter 10.7)

– Access to "Reset user functions to default or application settings" (see chapter 11.4) KEY8 - - Not used (factory setting) KEY9 Lamp test 1 Pressing the key activates all LEDs and buzzer for 5 seconds (see chapter 10.2)



Also used from access level 2 for: – Trigger "Horn test" (see chapter 10.4) – Trigger "Warning panel test" (see chapter 10.5)

KEY10 System test 2 System setting in mode "System test" 2)



Possible only after previous input of a code (see chapter 10.7)

KEY11 Disable/

Enable

2 Disabling of horn, actuator and fire control:

– First pressing disables horn and actuator (monitored control lines 1 and 4), and possibly 2

and 5 if these lines are programmed as horn or actuator (see step 1 and step 3) 3)

– Second pressing disables fire control (driver outputs 2, 8 and 1 and possibly control line 2 or

5. If these monitored control lines are programmed as fire control, see step 1 and 3 4) – Third pressing disables both – Fourth pressing enables both



Disabling is not possible while the system is in the "Activated" condition Disable/ Enable

2 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 control line 2 if step 3 option 17 – Third pressing disables both

–

Fourth pressing enables both

KEY12

Not used -

Alternative (step 3 = option 14): Inoperable

) Monitored control line 5 only when in programming step 1 options 14 and 15 are set (see chapter 11.6.1)

) Driver outputs: only when in programming step 16 options 9, 18 and 20 are set (see chapter 11.6.16)

) Control line 5 only when in programming step 1 option 17 is set, control line 3 only if programming step 3 option 18 or 19 (see chapter

11.6.1) ZONES disable/ enable

2 Disabling of detector zones 1 to 3 and manual release:

– 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 manual release – Sixth pressing disables zones 1 to 3 and manual release – Seventh pressing enables zones 1 to 3 and manual release



Also used from access level 3 to select the options in programming steps (see chapter 11.6)

KEY13

Not used -

Alternative (step 11 = option 3): Inoperable ZONES det. test/ enable

2 Setting of the zones 1 to 3 and manual release to "Test mode":

– First pressing sets zone 1 to "Test mode"

– Second pressing sets zone 2 to "Test mode"

– Third pressing sets zones 1 and 2 to "Test mode"

– Fourth pressing sets zone 3 to "Test mode"

– Fifth pressing sets zone 1 to 3 to "Test mode"

– Sixth pressing sets manual release to "Test mode"

– Seventh pressing sets zones 1 to 3 and manual release to "Test mode"

– Eighth pressing sets zones 1 to 3 and manual release to "Normal mode"



Also used from access level 3 to select the options in programming steps (see chapter 11.6)

KEY14

Not used -

Alternative (step 11 = option 3): Inoperable

Silencing the buzzer upon alarm and fault

 Also deactivates contact 2 "RT-fault" if step 3, option 8 is selected

Alternative (step 13 = option 4): Silencing the buzzer upon alarm and fault and silencing horn

upon fire alarm

KEY15 Silence buzzer

Alternative (step 12 = option 5): Only accessible on access level 2



Also used from access level 3 to select the options in programming steps (see chapter 11.6) Reset of the system upon alarm  Not available in the state "Activated" and as long as the valve control is active (flooding time) Alternative (step 9 = option 12): Reset is not available as long as zone 4 is an alarm or monitored input 1 is in state "active 1" or control line 1 (horn) is activated

KEY16 Reset 2

Alternative (step 13 = option 8): Also to reset fault



Also used from access level 3 to select the options in programming steps (see chapter 11.6)

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5.6 Accessories

This chapter describes optional accessories that you can use.

5.6.1 Z3B171 Relay module

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

Fig. 17 Z3B171 Relay module

5.6.2 XCA1110 Pyrotechnical actuator kit

Actuator kit prevents the risk of an uncontrolled activation when pyrotechnical actuator(s) are used.

Z3B271

68Ω 3W

Fig. 18 XCA1110 Pyrotechnical actuator kit

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5.6.3 XCA1016 Add-on module

The XCA1016 splits the two functions on the monitored input 1 into two independent monitored input lines "1A" and "1B". This module is only required for installations in which both conditions "Loss of extinguishing agent" and "Mech. blocking device open/closed" have to be reported.

Fig. 19 XCA1016 Add-on module

Ref. Element Function

PU1 Jumper Applies to the monitored input 1B (reporting "Loss of extinguishing agent")

OFF = contact type NO used ON = contact type NC used

DL1 LED yellow Flashing = Open circuit on monitored input 1A

Steady = Short circuit on monitored input 1A

DL2 LED yellow Flashing = Open circuit on monitored input 1B

Steady = Short circuit on monitored input 1B

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5.6.4 FCA 1005-D RT Blocking card

The optional RT blocking card can be used to prevent unwanted remote transmission of alarms and faults 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 Key12 "Disable/Enable" operation (to temporarily switch 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" on the upper main board XCM1001-2 and the LED on the RT blocking card (DL1) light up. The control unit software has no influence on the RT blocking card.

Settings

Jumpers are used on the RT blocking card to select whether the output is to operate as a normally open (NO) or normally closed (NC) contact. The setting is dependent on the remote transmission device connected.

DL1

Fig. 20 FCA 1005-D RT Blocking card

Ref. Function Jumper Parameter

Plugged in Contact NC PU1 and PU2 RT-alarm terminal Not plugged in Contact NO Plugged in Contact NC PU3 and PU4 RT-fault terminal

Not plugged in Contact NO RT ALARM Input, RT-alarm RT FAULT Input, RT-fault OUTPUT RT Output for "RT blocked" indication

The FCA1005-D is mounted directly onto the connecting terminals (CL5/CL6) of the upper main board XCM1001-2. It needs a 24 V supply. The output "OUTPUT RT" has to be wired to the control input 2 (lower main board XCM1001-1) in order to indicate the blocking state at the control panel.

Recommended setting of user programming: Control input 2

Enable "RT-alarm" + "RT-fault" disabled step 15 = option 5

Details on programming see chapter 11.6.15.

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5.7 Technical data

Supply

Mains supply 115/230 VA.C.; +10 % / -15 % Power consumption 20 ... 150 VA Secondary supply (current on low voltage side) max. 3.5 A System supply voltage 20 ... 28 VD.C. Ripple max. 400 mV Indication after total loss of power yes, selectable by additional cable connection

Emergency power supply

Operating time max. 23 h with 4.5 Ah batteries,

max. 38 h with 7.2 Ah batteries Battery capacity 2 x 12 V / 4.5 Ah or 7.2 Ah (V0 or V1 or V2) Quiescent current, nominal (battery operation) 132 mA (after fault relay dropped) Additional power consumption on alarm approx. 50 mA (without power for peripheral devices) Battery low charge shut-off <19.8 VD.C. Temperature compensation of charging voltage Yes

Detector lines

Detector lines – 'LIN 1', 'LIN 2' – 'LIN 3' – 'LIN 4'

for detectors within extinguishing area

for detectors outside of extinguishing area

for manual activation button Line type for conventional detectors Number of detectors per line max. 32 (max. KLK 32) Compatible device series Siemens (AlgoRex DS11xx, DC1192, 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 and Synova types

≤ 80 Ω / ≤ 1 µF (if “Break” = “alarm”: the line resistance

should be lower than 50 Ω) Alarm criteria – Siemens type / Synova type

17.5 … 39 mA and > 5.1 V / 17…83.6 mA Alarm activation – Siemens type / Synova type

Resistor 820 Ω or Z diode 5.6 Volts / Resistor 820 Ω

Line termination element Resistor 3k3

Inputs

Monitored inputs 1 to 3 – Activation resistor

For Active 1 state: Resistor 680 Ω (single device) Element XCE1002 (multiple devices,

only for monitored input 3)

For Active 2 state: Resistor 1k2 – Line termination Resistor 3k3 – Line resistance max. 50 Ω Control inputs 1 to 4 (not monitored) – Activation

24 V positive potential switched via contact

Outputs

Monitored control lines 1, 2 and 3 – Voltage/current in active state – Line termination

24 V/max. 500 mA (principle of reverse polarity)

Termination element FCE1002 Monitored control lines 4 and 5 – Voltage/current in active state – Line termination – Line monitoring – Admissible external load

24 V/max. 2 A

None

Resistance of external load is monitored

Pyrotechnical actuators >1 Ω / Solenoid 15…850 Ω Potential-free contacts – Number / Contact rating

5 / max. 1 A/30 VD.C. Driver outputs – Number / Rating

8 / max. 40 mA/24 VD.C.

Connections

Detector lines, Inputs, Outputs – Design / Wire cross-section

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

Screw-type terminals / 1 ... 2.5 mm2

Environmental conditions

Operating temperature -5 ... +40 °C (Class A) Storage temperature Humidity (no condensation) max. 93% rel. at T = 40 ±2 °C Protection rating IP 30

Mechanical data

Housing type Metal chassis with plastic cover Colour Cover RAL 9003 white Dimensions (W x H x D) 370 x 286 x 90 mm Weight 6.600 kg (without batteries)

Standards and Approvals

Standards EN 12094-1, EN 54-2, EN 54-4 Approvals Notified body N° 1116 : CNPP – France

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6 Planning

This chapter includes an example that shows you how to build an extinguishing system using the XC1003-A extinguishing control unit. It illustrates all the facilities offered by the control unit together with references to connection schemes, configuration and user functions. How you build your system depends essentially on the relevant circumstances, the local conditions, customer expectations and the regulations and statutes of the respective country.

Monitored inputs

Monitored control lines

Detector lines

Driver ouputs

Remote transmission to the fire brigade or to the fire control un it

Extinguishing area Surrounding area

Cylinder bank

Main entrance

Fig. 21 Structure of an extinguishing system (principles)

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6.1.1 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, see chapter 5.3.1.

Linking detector lines 1, 2 and 3

In the default setting of the control unit, the fire detectors of zones 1 and 2 monitor the extinguishing area and are wired in cross-zoning and fire detectors in zone 3 monitor the area outside the extinguishing area.

–

One detector in zone 1 or 2 triggers a fire alarm.

–

One detector in each of zones 1 and 2 trigger the activated condition.

3,3 kΩ

LIN1

3,3 kΩ

LIN2

3,3 kΩ

LIN3

Opt. 1

(1 + 2)

Opt. 9

Opt. 2Opt. 3Opt. 4Opt. 5

(1 + 2)

No disable

(1 or 2)

Opt. 12

(1 + 2 + 3)

Opt. 13 Opt. 11

(Pre-alarm)(Activated)

Opt. 10

(Horn lines)

(Fire control)

(Horn lines)

Process. with

air sampling

system

(Horn lines)

Fig. 22 Detector lines (zones) 1 to 3, programming step 11 In programming step 11, you can select the following functions:

–

Option 1: "Alarm" zone 1 and zone 2 trigger the "Activated" condition and

"Alarm" zone 1 or zone 2 triggers "Fire alarm"

–

Option 2: "Alarm" zone 1 triggers "Fire alarm"

"Alarm" zone 2 triggers the "Activated" condition

–

Option 3: Same as option 2 but functions "Enable/Disable Zones" and

"Enable/Disable Detector test" suppressed

–

Option 4: "Alarm" zone 1 or zone 2 triggers "Activated" condition

–

Option 5: Zone 1 and zone 2 are not used

–

Option 9: On "Alarm" zone 3, fire controls, RT-alarm, fire alarm (LED6) horn

lines and fire alarm outputs activated

–

Option 10: On "Alarm" zone 3, fire alarm (LED6), horn lines activated

–

Option 11: Zone 3 is not used

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–

Option 12: "Alarm" zone 1 and zone 2 and zone 3 trigger "Activated" condition

and "Alarm" zone 1 or zone 2 or zone 3 or any of 2 zones triggers "Fire alarm"

–

Option 13: On "Alarm" zone 3, fire controls, fire alarm (LED6), horn lines

activated.

Details on programming, see chapter 11.6.11.

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

For configuration of the type selection, see chapter 5.3.1.

As a rule, manual activation buttons with a yellow housing, e.g. DM1103-L, must be used.

Fig. 23 Detector line 4 for manual activation

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6.1.2 Monitored inputs

WARNING

The use of monitored inputs is not permitted in Ex areas!

Monitored input 1

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 or

–

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.

Fig. 24 Monitored input 1, programming step 4

1. Contact "Released"

2. Contact "Loss of extinguishing agent"

3. End-of-line resistor

In programming step 4, you can select the following functions:

–

Option 1: 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 chapter 11.6.4.

Requirement: "Released" and "Loss of extinguishing agent" conditions on monitored input 1 are allowed only with XCA1016 add-on module (see chapter 5.6.3).

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Monitored input 2

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

1 2

Option 7

Option 6

1 2

Option 9 Option 8

3 4

Option 10

6 7or

Fig. 25 Monitored input 2, programming step 4

1. Mechanical blocking device contact "Closed"

2. Mechanical blocking device contact "Open"

3. Blocking device contact for "Autom. & Manual blocked" condition

4. Blocking device contact for "Manual only" condition

5. Contact for the initiation of the extinguishing release from external

6. NO contact for "Loss of extinguishing agent"

7. NC contact for "Loss of extinguishing agent"

8. End-of-line resistor

In programming step 4, you can select the following functions:

–

Option 6: To be used for mechanical blocking device, reports the "Mech.

blocked" condition when contact "Closed" is activated and "Normal" when contact "Open" is activated

–

Option 7: Same as option 6, but reports the condition "Mech. blocked" and

"Autom. & Man. blocked" when contact "Closed" is activated

–

Option 8: When blocking devices are available for "Autom. & Man. blocked"

and "Manual only" conditions

–

Option 9: If "Activated" condition is to be initiated from an external source

–

Option 10: If the "Loss of extinguishing agent" condition is to be reported

Details on programming, see chapter 11.6.4.

NOTE

"Open" and "Closed" contacts for mechanical blocking: Route the line of monitored input 2 directly to the contacts. Under no circumstances must these be wired in parallel. Requirement: Mechanical blocking device possible only with XCA1016 add-on module.

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Monitored input 3

Monitored input 3 has two active levels. The following are provided for its connection:

–

Emergency hold button or

–

Emergency abort button or

–

Other blocking devices or

–

Door lock contact.

The emergency hold button is used for temporarily stopping the extinguishing initiated during the activated condition time (stops while button is held down). The emergency abort button is locking. It is used for canceling the extinguishing initiated during the activated condition time. The door lock contact blocks automatic extinguishing release when the door is unlocked.

As a rule, emergency hold button with a blue housing, e.g. DM1103-S, must be used.

3,3 kΩ

680 Ω

1,2 kΩ

680 Ω

XCE

1002

XCE

1002

XCE

1002

680 Ω

XCE

1002

DM1103-S

Fig. 26 Monitored input 3, 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, you can select the following functions:

–

Option 1: If an emergency abort button is available

Note: When option 1 is selected, option 8 + 10 must be also

selected

–

Option 2: If an emergency hold button is available

Note: When option 2 is selected, option 8 or 9 + 10 must be

also selected

–

Option 3, 5, 7: If another blocking device and possibly a door lock contact are

available

–

Option 4 / 6: If another blocking device or a door lock contact is available

Details on programming, see chapter 11.6.8.

With 680Ω across the line only one button/contact is allowed. With XCE1002 across the line several buttons/contacts are allowed.

Note: Manual call point DM1103-S do not use the additional element XCE1002.

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6.1.3 Monitored control lines

Monitored control line 1

Monitored control line 1 is provided for the connection of alarm horns. By use of different tones, the alarm horn signals a fire alarm, the "activated" condition and the "released" condition.

FCE1002

Fig. 27 Monitored control line 1, programming step 5

In programming step 5 you can set the alarm tones and the duration of the active alarm horn using options 1 to 14 as follows:

Fire alarm: Option 1 = Continuous Option 2 = Pulsating slow (1 sec active / 4 sec inactive)

Option 3 = Not activated

Activated: Option 4 = Pulsating fast (1sec active / 1sec inactive) Option 5 = Pulsating fast and pulsating slow in state "Emergency

hold or abort" Option 6 = Continuous Option 7 = Continuous and pulsating slow in state "Emergency hold

or abort" Option 8 = Pulsating long (4 sec active/1sec inactive) and pulsating

fast in state "Emergency hold or abort"

Released: Option 9 = Pulsating fast Option 10 = Continuous

Duration: Option 11 = Active until "Silence Re-sound horn" or "Reset" Option 12 = Active until "Reset"

Option 13 = Same as option 11 but only after expiry of 5min timer Option 14 = Same as option 11 but only after expiry of 30min timer

In the basic configuration of the alarm horn, the configuration is as follows:

–

Continuous tone on "Fire alarm" condition (= option 1)

–

Pulsating fast on "Activated" and pulsating slow in state "Emergency hold or abort" condition (= option 5)

–

Pulsating fast on "Released" condition (= option 9)

–

Triggering of the horn continues until "Silence Re-sound horn" or "Reset" (= option 11)

Details on programming, see chapter 11.6.5.

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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

–

An additional warning panel

Fig. 28 Monitored control line 2, programming step 3

In programming step 3, you can select the following functions:

–

Option 17: For remote transmission, active on "RT-alarm"

–

Option 18: For fire control, active on state "Fire alarm"/"Activated"/"Released"

–

Option 19: For fire control, active on state "Activated"/"Released"

–

Option 20: For alarm horn, active on state "Fire alarm"/"Activated"/"Released" 1)

–

Option 21: For alarm horn, active on state "Activated"/"Released" 1)

–

Option 22: For warning panel, active on state "Mech. blocked"

–

Option 23: For warning panel, active on state "Autom. & Man. blocked"

–

Option 24: For warning panel, active on state "Manual only" or "Autom. & Man.

blocked"

) Continuous tone until "Silence Re-sound horn" or "Reset"

In the basic configuration, control line 2 is set to be active on state "RT-alarm" to "Reset" (= option 17)

Details on programming, see chapter 11.6.3

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Monitored control line 3

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

Fig. 29 Monitored control line 3, programming step 5 In programming step 5 you can set the active mode and the active duration of the

warning panel using options 15 to 25 as follows:

Fire alarm: Option 15 = Not activated Option 16 = Continuous

Option 17 = Pulsating fast

Activated: Option 18 = Continuous Option 19 = Pulsating fast

Released: Option 20 = Continuous until "Reset"

Option 21 = Continuous until "Silence Re-sound horn" or "Reset" Option 22 = Continuous until "Digit KEY4" is pressed after "Reset" Option 23 = Pulsating fast until "Reset" Option 24 = Pulsating fast until "Silence Re-sound horn" or "Reset" Option 25 = Pulsating fast until "Digit KEY4" is pressed after "Reset"

In the basic configuration, the warning panel is set so that it is not activated in the "Fire alarm" condition and continuously lit in the "Activated" and "Released" conditions until "Reset" (= option 15 + 18 + 20).

Details on programming, see chapter 11.6.5

Monitored control line 4

Monitored control line 4 is provided for connecting the extinguishing release element (pyrotechnical actuator or solenoid).

Fig. 30 Monitored control line 4, programming steps 1 and 2

In programming steps 1 and 2 you can set the activated time and the flooding time of the control line 4 as follows:

–

The activated time is set in programming step 1, options 1 to 13, and

–

The flooding time is set in programming step 2, options 1 to 5

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In the basic configuration, the activated time and the flooding time of monitored control line 4 are both set to 30 seconds (step 1 = opt. 7 and step 2 = opt. 1).

Details on programming, see chapter 11.6.1 and 11.6.2.

CAUTION

Pyrotechnical actuator kit (XCA1110) must be installed when using pyrotechnical actuator (see chapter 5.6.2).

Monitored control line 5

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 condition

Fig. 31 Monitored control line 5, programming step 1

In programming step 1, you can select the following functions:

–

Option 14: For additional release element with immediate activation on

"Activated" condition

–

Option 15: For additional release element with same parameters as set for

control line 4

–

Option 16: For alarm horn with same parameters as set for control line 1

–

Option 17: For fire control, active on state "Fire alarm"/"Activated"/"Released"

–

Option 18: For warning panel, active on state "Mech. blocked"

–

Option 19: For warning panel, active on state "Autom. & Man. blocked"

–

Option 20: For alarm horn, active on state "Fire alarm”/”Activated"

–

Option 21: For warning panel, active on state "Manual only" or "Autom. & Man.

blocked"

In the basic configuration, control line 5 is set for the additional release element with immediate activation on "Activated" condition (= option 14).

Details on programming, see chapter 11.6.1

CAUTION

Pyrotechnical actuator kit (XCA1110) must be installed if control line 5 is used for additional release element using pyrotechnical actuator (see chapter 5.6.2).

Note: For devices with impedance > 900 Ω a resistor (470 Ω/2W) must be connected in parallel!

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6.1.4 Driver outputs

The signals of driver outputs can be used for relays, for example:

–

Shutting down the ventilation system

–

Closing the doors to the extinguishing area

–

Closing the fire damper

–

Report status information

CL1-1

CL1-2

CL2-1

CL3-1

CL4-1

CL2-2

CL3-2

CL4-2

CL16-1

CL16-2

Programmable

Fig. 32 Connection of the driver output to relay In programming step 16, you can select the following functions:

Driver output 2: Option 1 = Active on state "Activated"/"Released" Option 2 = Active on state "Fire alarm"

Option 3 = Active on state "Activated" Option 4 = Active on state "Normal operation", and inactive on

state "Fault"/"Fire alarm"/"Activated"/"Released" Option 5 = Active on state "Fault control line 5" Option 6 = Active on state "Normal operation" (µP working) Option 7 = Active on state "Mech. blocked"

Driver output 8: Option 10 = Active on state "Emergency hold/abort" Option 11 = Active on state "Autom. & Man." (normal operation)

Option 12 = Active on state "Fault power supply" Option 13 = Active on state "Loss of extinguishing agent" Option 14 = Active on state "Detector test" Option 15 = Active on state "Alarm" zone 3 until "Reset" Option 16 = Active on state "Disabled" Option 17 = Active when system is in any condition other than

"Normal operation" In the basic configuration, driver outputs are set in programming step 16 as follow:

–

Driver output 2 is set to be active on state "Activated"/"Released" (= option 1) and driver output 8 to be active in state "Emergency hold/abort" (= option 10).

–

Driver outputs 2, 8 and 1 can be disabled with key "Fire control disabled" (= option 9, 18, 20).

Details on programming, see chapter 11.6.16.

Requirement: Relays must be installed inside the control unit

Note:

Driver outputs 3 to 7 cannot be disabled.

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6.1.5 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.

CL9-2

CL9-1

CL8-2

CL8-1

CL7-2

CL7-1

CL6-2

CL6-1

CL5-2

CL5-1

Fig. 33 Potential-free contact on the XCM1001-2 upper main board

Using the PU2 to PU6 jumpers, you can set each contact as a normally open (NO) contact or a normally closed (NC) contact (see chapter 5.3.2).

In programming step 3, you can change the function of potential-free contacts 1 to 3 depending on the application:

Contact 1: Option 1 = Active on state "Released" until "Reset" Option 2 = Active on state "Activated"/"Released" until "Reset" Option 3 = Active on state "Fire alarm" Option 4 = Active on state "Fire alarm"/"Activated"/"Released"

Contact 2: Option 8 = Active on state "Fault" until "Silence buzzer" Option 9 = Active on state "Fault" until cause is removed and

"Silence buzzer" Option 10 = Immediate activation Option 11 = 3min delay in state "Buzzer non silenced"

Contact 3: Option 5 = Active on state "Fire alarm" to "Reset" Option 6 = Active on state "Fire alarm"/"Activated" to "Reset" Option 7 = Active on state "Emergency Hold/Abort” until the cause is

eliminated In the basic configuration, potential-free contacts 1-3 are set in programming step 3

as follow:

–

Contact 1 is set to be active on state "Released" to "Reset" (= option 1)

–

Contact 2 is set to be active on state "Fault" until "Silence buzzer" and immediate activation (= option 8 + 10)

–

Contact 3 is set to be active on state "Fire alarm" to "Reset" (= option 5)

Details on programming, see chapter 11.6.3

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6.2 Detector lines wiring methods

You will find the basic configuration of the detector lines in this chapter: Normal wiring and wiring for ex-areas.

6.2.1 Standard wiring

LIN1

XCM1001-1

LIN2

LIN3

CL1-2

CL1-1

CL2-2

CL2-1

CL3-1

CL3-2

Detectors inside the extinguishing area

Detectors outside the extinguishing area

(surrounding)

Line termination

Monitoring jumper in the detector

LIN4

CL4-1

CL4-2

Manual activation buttons

Fig. 34 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. If a detector is removed from the base, this is recognized by the control unit and reported as a fault (open line). The detectors connected downstream can no longer go into alarm. Wire detector lines 1 and 2 in the extinguishing area from detector to detector in such a fashion that the lines always cross. This will ensure that in case of a fire from both detector lines one detector goes into alarm.

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6.2.2 Wiring for explosion hazard areas

Fig. 35 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.

Country-specific regulations always apply to installation in ex-areas.

Further information can be found in the document "Fire detection systems in explosion-hazard areas", document Nr. 1204.

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6.2.3 Connection to a fire detector system

The XC10 extinguishing control unit can be connected to a remote fire detector system or danger management system to share the local status information and to receive certain commands.

Categories of possible applications could be:

–

Status signalling and use of RT channels.

–

Ability to set the XC10 in maintenance modes, status signalling by use of RT channels.

–

Division of the extinguishing and fire functions, so that the fire detection is handled by the remote fire system and the XC10 controls the extinguishing.

By all this application the XC10 will be the master of the XC10 extinguishing sequence and the operation must be done locally first. The connections will be done trough different input and output signals supported by the XC10. The XC10 supports various input and output signals for these connections. The extinguishing control unit can be connected to a fire detector system via the I/O module of a detector bus FDnet. Refer to the FS20 or AlgoRex documentation for details.

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

Further information can be found in the document "Input module, In-/Output module FDCI222, FDCIO222, FDCIO224", document Nr. 007023.

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6.2.4 First application

In this application, the functions of the extinguishing control unit are forwarded to the fire detector control unit, and 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 "Released" and if required also "Activated"

–

Contact 2 reports the state "Fault" as a common fault

–

Contact 3 reports the state "Fire alarm" and if required also "Activated"

–

Contacts 4 and 5 report the states "Manual only" and "Autom.& Man. 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 Autom. & Manual released

–

Control input 3 receives the signal for manual only released

Recommended setting of user programming: Contact 1:

Activated in state "Released" until "Reset"

(step 3 = option 1 PU2 jumper = NO)

Alternative: activated in state “Activated”

and “Released” until "Reset"

(step 3 = option 2 PU2 jumper = NO)

Contact 2:

Activated (immediate) in state "Fault" until the cause is eliminated and "Silence buzzer"

(step 3 = opt. 9 + 10 PU3 jumper = NO)

Contact 3:

Activated in state "Fire alarm" until "Reset"

(step 3 = option 5 PU4 jumper = NO)

Alternative: activated in state "Fire alarm"

and "Activated" until "Reset"

(step 3 = option 6 PU4 jumper = NO)

Contact 4:

Activated in state "Manual only" (PU5 jumper = NC)

Contact 5:

Activated in state "Autom. & Man. blocked"

(PU6 jumper = NO)

Control input 1:

RESET inhibited:

- upon "Fire alarm" accepted only after "Silence buzzer"

- upon "Activated"/"Released" accepted only after "Silence horn" and running time of control line 4/5 has elapsed

(step 9 = option 10)

Control input 2:

To trigger "Autom. & Man. blocked" (step 15 = option 3)

Control input 3:

To trigger "Manual only" (step 15 = option 14)

Details on programming see chapter 11.6.3, 11.6.9 and 11.6.15.

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Building Technologies

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Fire Safety & Security Products 12.2007

IN2 IN1

CL6-2

CL6-1

Fault

CL5-2

CL5-1

3,01 kΩ

Released or Activated and Released

IN3

CL7-2

CL7-1

Fire alarm or Fire alarm and Activated

1,15 kΩ

InputsOutputs

XCM1001-1

CL16-1

Auto. & Man. blocked (**)

FDCIO222

Detector bus FDnet

(*) Only if I/O module is installed outside the control unit (**) Under condition that I/O module is installed inside the control unit

CL8-1

Auto. & Man. blocked (**)

Manual only (**)

CL8-2

CL9-2

CL9-1

3,01 kΩ

IN4

3,01 kΩ

1,15 kΩ

CL6-2

CL6-1

CL7-1

Reset (**)

Manual only (**)

(*)

L R

PU6

L R

PU5

L R

PU4

L R

PU3

L R

PU2

5 4 3 2 1

XCM1001-2

Fig. 36 Automatic triggering from the extinguishing control unit

Details on jumper PU2-6 setting, see chapter 5.3.2.

For possible connections to a fire detection system please see the relevant document. Country-specific and local standards describe the approved connections from the danger management system to an extinguishing system!

Page 52

Planning

52 Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

6.2.5 Second application

In this application, the automatic triggering is initiated by the fire detector control panel. The four inputs of the FDCIO222 I/O module are sufficient to block automatic triggering by the fire detector control panel.

Signals to the fire detector control panel:

–

Contact 1 reports the state "Released" condition and if required also "Activated"

–

Contact 2 reports the state "Fault" condition as a common fault

–

Contact 3 reports the state "Fire alarm" condition and if required also "Activated"

–

Contacts 4 and 5 report the states "Manual only" and "Autom.& Man. 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 "Manual only" and if required also "Autom.& Man. blocked"

–

Detector line 1 receives the signal for "Fire alarm" condition

–

Detector line 2 receives the signal for "Activated" condition

Recommended setting of user programming: Contact 1:

Activated in state "Released" until "Reset"

(step 3 = option 1 PU2 jumper = NO)

Alternative: activated in state

“Activated” and “Released” until "Reset"

(step 3 = option 2 PU2 jumper = NO)

Contact 2:

Activated (immediate) in state "Fault" until the cause is eliminated and "Silence buzzer"

(step 3 = opt. 9 + 10 PU3 jumper = NO)

Contact 3:

Activated in state "Fire alarm" until "Reset"

(step 3 = option 5 PU4 jumper = NO)

Alternative: activated in state "Fire

alarm" and "Activated" until "Reset"

(step 3 = option 6 PU4 jumper = NO)

Contact 4:

Activated in state "Manual only" (PU5 jumper = NC)

Contact 5:

Activated in state "Autom. & Man. blocked"

(PU6 jumper = NO)

Control input 1:

RESET inhibited:

- upon "Fire alarm" accepted only after

"Silence buzzer"

- upon "Activated"/"Released" accepted only after "Silence horn" and running time of control line 4/5 has elapsed

(step 9 = option 10)

Control input 2:

To trigger "Manual only" (step 15 = option 2)

Alternative: to trigger "Autom. & Man.

blocked"

(step 15 = option 3)

Control input 3:

To trigger "Manual only" (step 15 = option 14)

Detector zone 1/2:

Zone 1 "Fire alarm" / Zone 2 "Activated" (functions "Disable"/"Test" suppressed)

(step 11 = option 3)

Detector zone 3:

Not used (step 11 = option 11)

Details on programming, see chapter 11.6.3, 11.6.9, 11.6.11 and 11.6.15.

Page 53

Planning

Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

CL6-2

CL6-1

Fault

CL5-2

CL5-1

3,01 kΩ

Released or Activated and Released

CL7-2

CL7-1

Fire alarm or Fire alarm and Activated

1,15 kΩ

CL16-1

Manual only or Auto. & Man. blocked (**)

CL8-1

Auto. & Man. blocked (**)

Manual only (**)

CL8-2

CL9-2

CL9-1

3,01 kΩ

1,15 kΩ

CL6-2

CL6-1

Reset (**)

(*)

PU6

PU5

PU4

PU3

PU2

CL1-2

Fire alarm

CL1-1

680 Ω

3,3 kΩ

Activated

680 Ω

3,3 kΩ

CL2-2

CL2-1

Fig. 37 Automatic triggering from the fire detector control unit

Details on jumper PU2-6 setting see chapter 5.3.2.

For possible connections to fire detection system please see the relevant document!

Country-Specific and local standards describe the approved connections from the danger management system to an extinguishing system!

Page 54

Planning

54 Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

6.3 RT-alarm and fault wiring to a transmitter

EN54-2 requires one input for a fault signal from the transmitter. The following drawing shows the wiring necessary to fulfill this regulation.

TransmitterXC1003-A Extinguishing control unit

XCM1001-1 Monitored control line 2 (RT-alarm)

CL11-1

CL11-2

Monitored by XC1003-A

PU3

CL6-1

CL6-2

Monitored by transmitter

XCM1001-2 Potentiel-free contact 2 (RT-fault)

(*) Monitored by transmitter

XCM1001-2 / CL7-1 Control input 3 (failure transmitter)

XCM1001-1 / CL16-1 (Out 24V)

(*) Must be installed inside the control unit Note : Values of R1 and R2 depending on transmitter

R2 R1

FCE

1002

Fig. 38 Wiring of the transmitter

Recommended setting of user programming: Control input 3:

To trigger "RT-fault" (step 15 = option 10)

Details on programming, see chapter 11.6.15.

Page 55

Installation

Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

7 Installation

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

7.1 Installation location

Mount the XC1003-A extinguishing control unit in a 19” housing with protection rating (IP) ≥ 30, external to the extinguishing area.

Page 56

Installation

56 Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

7.2 Mounting adaptation

The XC1003-A extinguishing rack control unit is symmetrical and can be easily reconfigured on field.

CN7

CN8

CN6

CN5

43 21

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

PU 5 PU 4 PU 3 PU 2

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.STEST FABPU7

Pre-discharge-warning time ………………. seconds

CN7

CN8

CN6 CN5

43 21

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

PU 5 PU 4 PU 3 PU 2

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.STEST FABPU7

Pre-discharge-warning time ………………. seconds

Remove parts rep. 5 and 6 from rack B.

Remount parts rep. 1, 2, 3 and 4 from rack A to rack B

2 31 45

CN7

CN8

CN6

CN5

43 21

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

PU 5 PU 4 PU 3 PU 2

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.STEST FABPU7

Pre-discharge-warning time ………………. seconds

CN7

CN8

CN6

CN5

43 21

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

PU 5 PU 4 PU 3 PU 2

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.STEST FAB

PU7

Pre-discharge-warning time ………………. seconds

Remove parts rep. 1, 2, 3 and 4 from rack A

CN7

CN8

CN6

CN5

43 21

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

PU 5 PU 4 PU 3 PU 2

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.STEST FAB

PU7

Temporisation d’évacuation

………………. secondes

Remount parts rep. 5 and 6 from rack B to rack A.

1234

Fig. 39 Mounting adaptation

Page 57

Installation

Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

7.3 19” cabinet platform mounting examples

Extinguishing sector 1 & 2

Blind front panel

Extinguishing sector 3 & 4

Extinguishing sector 5 & 6

Extinguishing sector 7 & 8

Extinguishing sector 9 & 10

Power supply sector 3 & 4

Power supply sector 5 & 6

Power supply sector 7 & 8

Power supply sector 9 & 10

Power supply sector 1 & 2

Extinguishing sector 2 with power supply

Blind front panel

Extinguishing sector 3 with power supply

Extinguishing sector 4 with power supply

Extinguishing sector 5 with power supply

Extinguishing sector 6 with power supply

Extinguishing sector 1 with power supply

Extinguishing sector 7 with power supply

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test

Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test

Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable / enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable / enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test

Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test

Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable / enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable / enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence

buzzer

ZONES det. Test /

enable

ZONES disable /

enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

System ON

Mode select

Silence

Re-sound

Horn

Power fault

Peripheral fault

Lamp

test

Operating access

Autom. & Man. blocked

Manual only

Fire alarm

Mech. blocked

Earth fault

Loss of agent

Manual release

System fault

Disabled

Fault

Detector test Emergency

abort

Horn / actuator

Fire control

Disable / Enable

Activated

Released

SIEMENS XC1003-A

Reset

Sillence buzzer

ZONES

det. Test /

enable

ZONES disable / enable

System test

System

test

Detector zone 1

Detector zone 2

EXTINGUISHING AREA :

……………………………………………………..

42 31

Detector zone 3

Environmental

class A

Remote transmission

RT -fault

RT -alarm

Disable / Enable

Disabled / fault

Fig. 40 19” cabinet platform mounting examples

Space between a 2 zones extinguishing rack and the corresponding power supply rack shall be less than 12 U

Page 58

Installation

58 Building Technologies

A6V10099837_a_en

Fire Safety & Security Products 12.2007

7.4 Housing assembly XC1003-A

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14K EY15

KEY16

Pre-discharge-warning time ………………. seconds

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

4 4

Fig. 41 XC1003-A, basic assembly

Procedure:

1. Mount the rack

2. Remove front plates

3. Remove the battery holder (1) and fit the batteries 4.5 Ah (3) or remove the

battery holders (1) + (2) and fit the batteries 7.2 Ah (4)

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Installation

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7.5 Insert labelling strips

Insert the labelling strips

Fig. 42 Insert labelling strips

Depending on Emergency Abort or Hold function used, the strip Pos. 2 is different

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Installation

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7.6 Mounting the accessories XC1003-A

In order to make the cabling more comfortable and give access to the DIN rail (2), main board metallic support (1) can be hanged as shown below. For this operation, the two screws (3) shall be removed.

PU1

DL1 DL2

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

PU1

DL1 DL2

CN7

CN8

PU1

CN6

CN5

SW2

SW1

4 3 2 1

KEY

PU10

PU9

PU 6

LED34

LED26LED11

LED12

LED13

LED14

LED15

LED16

LED17

LED18

LED19

LED20

LED21

LED22

LED23

LED24

LED25

LED27

LED28

LED29

LED30

LED31

LED32

LED33

KEY 2

LED10

LED7

LED1

LED2

LED3

LED5

LED6

LED8

LED9

LED4

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

PU 5 PU 4 PU 3 PU 2

KEY 8KEY 9KEY 10KEY 11KEY 12

CN 1

KEY 5

+ BAT + 24V

KEY 4 KEY 6 KEY 7

PU1

LEVEL 3

PU8

B.S TEST FAB

PU7

KEY 1

KEY13

KEY14KEY15

KEY16

Pre-discharge-warning time ………………. seconds

68Ω 3W

587

PU3 PU1 PU2

DL1

RT FAULT RT ALARM

OUPUT RT

PU4

3 3

PU3 PU1 PU2

DL1

RT FAULT RT ALARM

OUPUT RT

PU4

Fig. 43 XC1003-A, accessories mounting

4 XCA1016 Add-on module 5 XCA1110 Pyrotechnical actuator kit 6 FCA 1005-D RT blocking card 7 Z3B171 Relay module 8 I/O-module FDCIO 222 or I-module FDCI 222

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Mounting the XCA1016 add-on module

1. Insert the add-on module XCA1016 (4) into the connecting terminals of the lower

main board starting from the left.

2. Tighten all screws of the connecting terminals.

Mount the XCA1110 pyrotechnical actuator kit

1. Plug in the pyrotechnical actuator kit on the punched rail on the chassis (5).

Ensure that the terminals of the contacts are facing upward.

2. Connect the relay coil according to your application.

Connecting the FCA 1005-D RT blocking card

1. Insert the connection pins of the RT blocking card (6) into the CL5 "RT-alarm"

and the CL6 "RT fault" terminals of the XCM1001-2 main board and tighten the terminals (see chapter 5.6.4).

2. Connect the wires from the remote transmission device to the "RT-alarm" and "RT fault" terminals (see chapter 5.6.4).

3. Connect the "+" and "-" terminals of the RT blocking card with terminals 16 "Out 24 V" of the XCM1001-1 main board (see chapter 5.2.2 and 5.2.3).

4. Connect the "RT output" terminal of the RT blocking card to the main board according to your application (see chapter 5.6.4).

5. Set the jumpers appropriately for the remote transmission device being used (see table at chapter 5.6.4).

Mount the Z3B171 Relay module

1. Plug in the relay module 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.

Mount the I/O module FDCIO 222 or I-module FDCI222

1. Mount the FDCIO 222 (8) or FDCI 222 (8) with 1 screw (see chapter 6.2.3 for

details on the connections).

7.7 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

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8 Commissioning

By reference to these instructions you can commission the control unit and check the individual parts of the installation. The chapter 10 "Detailed procedures" 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

NOTE

Before commissioning, please read the safety regulations detailed in chapter 2

8.1 Checking the installation

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.

8.2 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 main boards.

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.

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Commissioning

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8.3 Switching on the control unit for the first time

Before switching on the control unit for the first time, read the chapter 11.4 which describes how to set the requested individual user functions according to different national standards.

1. Insert the mains fuse (in order to power up the control unit) and connect the

batteries.

2. Calibrate control lines 4 and 5 (see chapter 10.6).

3. Trigger the lamp test by pressing "Lamp Test" and check whether all LEDs light

up and the buzzer sounds for about 5 seconds.

4. Clear any faults that may be caused by peripheral devices.

5. Complete the log sheet (see chapter 12).

8.4 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 "Released" without release by fire detector or

manual activator.

4. Check the pre-discharge-warning time.

5. Check the function of the alarm horn (sound mode) and the 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.

8.5 Completing 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 main board, upper level, is set)

–

Temporary operating access has been disabled (the PU1 jumper on the main board, 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. Unlock the extinguishing releasing device and inform the system manager.

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Service

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9 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 Nr. A6V10099835.

The chapter 10 "Detailed procedures" 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

9.1 Testing the extinguishing system

Tasks to be carried out annually:

–

Check the automatic activation.

–

Check the manual activation.

–

Check the state "Released" 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.

–

Check the batteries.

–

Check RT-alarm and RT-fault transmission.

Tasks to be carried out every 5 years:

–

Review all fire detectors.

–

Check the detector circuit for short circuit and open line.

9.2 Checking the operating units

Tasks to be carried out every 2 years:

–

Clean the control panel with mild soap. Do not use any aggressive solvent or solvents containing abrasive materials.

–

Check the legibility and accuracy of the labeling strips.

–

Check the correct function of each key.

–

Check the access authorization.

9.3 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

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10 Detailed procedures

10.1 Enabling access level 1

Normally, operation of the extinguishing control unit is blocked. Access to level 1 is always possible, only the keys “Silence buzzer” and “Lamp test” are active.

10.2 Checking all optical and acoustic elements of the control unit

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

Proceed as follows:

1. Press the key "Lamp test".



All LEDs light up and the buzzer sounds for approx. 5 seconds.

2. Check whether all LEDs light up and the buzzer sounds.

10.3 Enabling access level 2

Normally, operation of the extinguishing control unit is blocked. Operation - Access level 2 - is enabled using the access code.

In order to enable Access level 2 by using the access code, proceed as follows:

1. Enter the access code "4233" via the numeric keys.



The "Operating access" LED lights up and operation is enabled.

2. To block Access Level 2 again, you must wait. Access level 2 is automatically

blocked again three minutes after the last entry.



The "Operating access" LED is no longer lit.

10.4 Test the alarm horn

The alarm horn test relates to monitored control line 1.

Proceed as follows:

1. Set the system on Access level 2.

2. Press and hold down key "Digit 3" and press key "Lamp test".



Control line 1 is active for 30 seconds.



LED 20 flashes slowly for 30 seconds

3. Press key "Silence Re-sound horn" or "Lamp Test" or "Reset".



The alarm horn is silenced before the 30 seconds elapse.

10.5 Testing the warning panel

The warning panel test relates to monitored control line 3.

Proceed as follows:

1. Set the system on Access level 2.

2. Press and hold down key "Digit 4" and press key "Lamp test".



Control line 3 is active for 30 seconds.



LED 22 flashes slowly for 30 seconds.

3. Press key "Silence Re-sound horn" or "Lamp test" or "Reset".



The warning panel is turned off before the 30 seconds elapse.

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Detailed procedures

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10.6 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. Then start the calibration procedure.

Proceed as follows:

1. Set the PU10 jumper on the XCM1001-2 main board.



The calibration procedure is started.



LEDs 21 and 24 flash alternately (slow).



LED 11 "Part of System OFF" lights up.



LEDs 13 and 20 flash (fast).



Also LEDs 17 or 22 if monitored control line 5 programmed with step 1, option 17, 18, 19 or 20.



Service LEDs 4 and 5 flash (slow)

2. Wait until the buzzer sounds twice.



The values are stored.

There are now two possibilities (see table below):

–

Successful calibration procedure: Continue from item 6.

–

Unsuccessful calibration procedure: Continue from item 3.

3. Remove the PU10 jumper.



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.



LEDs 11, 21 and 24 are no longer lit.



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:



LEDs 13 and 20 no longer flash



Service LEDs 4 and 5 no longer flash



LEDs 13 and 20 flash fast



LED 4 flashes fast ==> resistance of control line 4 is equivalent to > 900 Ω



LED 5 flashes fast ==> resistance of control line 5 is equivalent to > 900 Ω

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10.7 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 activated time, active mode, alarm horn, the function of the emergency button or abort 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 monitored control lines 4 and 5 are not activated, the activation is simulated by LEDs.

–

In Mode 2 monitored control lines 1, 3, 4 and 5 are not activated, the activation is simulated by LEDs.

Enabling and disabling system test

1. Set the system on Access level 2.

2. Enter the digit code "211243" by using the keys "Digits 1 to 4".



LED 10 "Operating access" flashes slowly.

3. Press key "System test" within 5 seconds.



System test Mode 1 is enabled.

4. Press key "System test" once again.



System test Mode 2 is enabled.

5. Press key "Reset".

6. Press key "System test" within 5 seconds.



LED 11 "Disabled" and LED 19 "System test" are OFF

Checking the functions in Mode 1

When System test mode 1 is ON, the system operates normally, with the exception of monitored control lines 4 and 5, which are not activated.



LED 11 "Disabled" and LED 19 "System test" light up.

1. Use manual activation or trigger an alarm at a fire detector.



Instead of monitored control line 4 being activated, LED 21 lights up as long as monitored control line 4 remains active.



Instead of control line 5 being activated, LED 24 lights up as long as monitored control line 5 remains active.

Checking the functions in Mode 2

When System test mode 2 is ON, the system operates normally, with the exception of monitored control lines 1, 3, 4 and 5, which are not activated.



LED 11 "Disabled" lights up and LED 19 "System test" flashes (slow).

1. Use manual activation or trigger an alarm at a fire detector.



Instead of control line 1 being activated, LED 20 "Horn/Actuator" flashes (slow) as long as the control line remains active.



Instead of control line 3 being activated, LED 22 "Fire Control" flashes (slow) as long as the control line remains active.



Instead of control line 4 being activated, LED 21 "Disabled/Fault" (horn/actuator, controls) flashes as long as the control line remains active.



Instead of control line 5 being activated, LED 24 "Disabled/Fault" (RT fault/RT-alarm) flashes as long as the control line remains active.

CAUTION

With all tests, ensure that the extinguishing device is in fact mechanically blocked.

Page 68

Programming the user functions

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11 Programming the user functions

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

11.1 Enabling access level 3

Accessible to persons authorized and trained by the manufacturer.

1. Reset all alarms and set the system to Operating level 2.

2. Hold down key "Silence Buzzer" and enter the code "14242321" by using the

keys "Digits 1 to 4".



Continuous top-down flashing of the LED Block indicates "Programming" mode.

11.2 Enabling access level 4

Accessible to persons authorized and trained by the manufacturer.

1. Reset all alarms and set the system to Operating level 2.

2. Unscrew the four allen screws on the front of the housing.

11.3 Exiting program mode

1. Press keys "Digits 1 and 4" at the same time.



The LED block is no longer lit.

If no further key is pressed for more than 3 minutes, programming mode is automatically terminated

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Programming the user functions

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11.4 Resetting the user functions to default or application setting

A default setting and 7 different application settings for various market requirements are available. You can reset the options of all programming steps at once to the default setting or application setting. Choose 1 of the 8 settings available.

Procedure to select default or an application setting:

1. Disconnect the mains supply (remove the fuse) and batteries (unplug the cable)

from the control unit

2. Press and hold down keys "Digits 1 to 4" and switch mains power on again



The LED block (LEDs 2 to 6) starts flashing fast

3. Release keys "Digits 1 to 4"

4. Check LEDs 11 to 17 to see the present application setting



No LEDs lit: "Default setting is the factory-set default"



LED11 lit: "Application setting Nr. 1"



LED12 lit: "Application setting Nr. 2"



LED13 lit: "Application setting Nr. 3"



LED14 lit: "Application setting Nr. 4"



LED15 lit: "Application setting Nr. 5"



LED16 lit: "Application setting Nr. 6"



LED17 lit: "Application setting Nr. 7"

5. Select the application setting by pressing key "Mode select" or "Silence Re-

sound horn" (see chapter 11.4.1 for details)

6. Press keys "Digits 1 to 4" once again simultaneously

7. The LED block stops flashing and the buzzer sounds twice

8. The system is now reset to the application setting or default values

9. Reconnect the batteries

PU1

SW2

SW1

KEY 2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY 8KEY 9KEY 10KEY 11KEY 12

KEY 1

KEY14

KEY15

KEY16

KEY13

Fig. 44 Resetting the user functions to default or application setting

Page 70

Programming the user functions

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11.4.1 Overview of the default and application settings

The following table describes the default values for the different settings. Each country can use these application settings. We recommend that you define your settings from this chapter.

Default setting: for countries without additional national standards, e.g.

Portugal, Italy and various non-EU countries

Application setting Nr. 1: takes into account the additional Southwest European

standards, e.g. Spain

Application setting Nr. 2: takes into account the Northern European national

standards, e.g. Scandinavia and Sweden

Application setting Nr. 3: takes into account the Flemish national standards, e.g.

Belgium and Luxembourg

Application setting Nr. 4: takes into account non-EU countries with their own

national standards, e.g. Switzerland

Application setting Nr. 5: takes into account additional national standards, e.g.

Luxembourg and Netherlands

Application setting Nr. 6: takes into account additional Northern European national

standards, e.g. Denmark

Application setting Nr. 7: takes into account EU regulations with additional national

standards, e.g. France

Step Function Default

setting

Appl. setting Nr. 1

Appl. setting Nr. 2

Appl. setting Nr. 3

Appl. setting Nr. 4

Appl. setting Nr. 5

Appl. setting Nr. 6

Appl. setting Nr. 7

Change the activated time of control line 4

7 7 7 7 5 7 7 7 1

Change the function of control line 5

14 15 17 17 15 14 15 14

Change the flooding time of control line 4

1 4 1 1 1 1 4 1 2

Change the flooding time of control line 5

6 9 6 10 6 6 9 6

Change the function of contact 1 1 4 4 2 1 4 2 3 Change the function of contact 3 5 6 6 5 5 6 6 5 Change the function of contact 2 8, 10 8, 10 8, 10 9, 10 8, 10 9, 10 8, 10 9, 10 Change the function of LED9 (Remote transmission) and LED6 (Fire alarm)

12, 15 12, 15 12, 15 12, 15 14, 15 13, 15 12, 15 14, 15

Change the function of control line 2

17 19 23 19 17 19 17 22

Change the function of monitored input 1

1 2 1 1 1 1 2 1

Suppress the fault indication if state "Released" is not reported

4 5 4 4 5 4 4 5

Change the function of monitored input 2

6 7 10 10 6 7 9 6

Change the active mode of control line 1

1, 5, 9 2, 5,10 4, 8, 10 2, 7, 10 1, 5, 9 1, 6, 10 2, 6, 10 3, 7, 10

Change the active period of control line 1

11 11 11 11 11 11 12 13

Change the active mode and active period of control line 3

15, 18, 20 15, 19, 20 15, 19, 22 15, 18, 20 15, 18, 20 15, 18, 20 17, 18, 20 15, 18, 20

Enable "Alarm verification" function of detector zones 1 and 2

1 1 1 1 1 1 1 1

Enable "Alarm verification" function of detector zone 3

3 3 3 3 3 3 3 3

Enable "Alarm verification" function of detector zone 4

5 5 5 5 5 5 5 5

Page 71

Programming the user functions

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Overview of the application settings (continuation)

Step Function Default

setting

Appl. setting Nr. 1

Appl. setting Nr. 2

Appl. setting Nr. 3

Appl. setting Nr. 4

Appl. setting Nr. 5

Appl. setting Nr. 6

Appl. setting Nr. 7

Deleted 1 1 1 1 5 1 1 1 Deleted 7, 9 7, 9 7, 9 7, 9 7, 9 7, 9 7, 9 7, 9

Deleted 11 11 11 11 11 11 11 11 Change the function of monitored input 3

1 1 1 2 6 2 2 2

Suppress "Reset" upon stopped activated time by the monitored input 3

8 8 8 9 8 8 8 9

Change the fault processing of the monitored input 3

10 10 10 10 11 10 11 10

Change the reaction aft

er "Reset"

of the detector zones 1 and 2

1 1 1 1 1 1 1 1

Change the reaction after "Reset" of the detector zone 3

3 3 3 3 3 3 3 3

Change the reaction after "Reset"

of the detector zone 4 (manual release)

6 6 6 5 6 6 5 5

Change the reaction after "Reset" of the monitored input 1

8 8 8 8 8 8 8 7

Interlock the "Reset" function if executed via control input 1

10 10 10 10 9 10 10 10

Interlock the "Reset" function 11 11 11 11 11 11 12 12 Change the indication of the blocking states

1 1 1 2 1 1 2 1 10

Change active mode of indicator "Released" (LED8)

3 3 3 3 3 3 3 4

Change the function of the detector zones 1 and 2

1 1 1 1 1 1 1 1

Change the line fault processing of the detector zones 1 and 2

6 6 6 6 6 6 6 6

Change the function of the detector zone 3

9 11 11 9 11 9 10 10

Change the basic code for access level 2

1 1 1 1 1 1 1 1 12

Change the access level for the function "Silence buzzer"

4 4 4 4 4 4 4 4

Change the processing of "Fire alarm condition"

1 1 1 1 1 1 1 1

Change the function of the key "Silence buzzer" (KEY15)

3 3 3 3 4 3 3 3

Enable the function "Reminder beep"

5 5 5 5 5 5 5 5

Enable the function "Fault to be Reset"

7 7 8 7 7 7 7 7

Enable the function "RT-alarm + RT-fault suppressed on access level 2"

9 9 9 9 9 9 9 9

Enable the function "Reset via control input 1 suppressed upon RT-alarm"

11 11 11 11 11 11 12 12

Suppress the "Battery fault" 13 13 13 13 13 13 13 13

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

15 16 15 15 15 15 15 16

14 Change the fault delay upon

"Mains failure"

3 3 4 3 4 3 4 3

Change the function of control input 2

1 1 1 1 1 1 1 1

Change the function of control input 3

8 8 8 14 8 12 8 9

Change the function of control input 4

15 15 15 15 15 15 15 15

Change the function of driver output 2

1, 9 1, 9 1, 9 1, 9 1, 9 1, 9 1, 9 7, 8

Change the function of driver output 8

10, 18 10, 18 16, 19 10, 18 16, 19 10, 18 16, 18 10, 19

Change the function of driver output 1

20 20 20 20 20 20 20 21

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11.4.2 Description of the default settings

Default settings for standard applications are based on EN54-2 and EN12094-1.

Step Function Default

setting

Default value

Change the activated time of control line 4 7 Activated time 30 seconds 1 Change the function of control line 5 14 Active in state "Activated" but activated time 0 seconds

Processing as "Actuator" Change the flooding time of control line 4 1 Flooding time 30 seconds 2 Change the flooding time of control line 5 6 Flooding time 30 seconds Change the function of contact 1 1 Active during "Released" to "Reset" state Change the function of contact 3 5 Active with "Fire alarm" to "Reset" state

8 Active during "Fault" to "Silence Buzzer" state Change the function of contact 2 10 Immediate triggering 12 LED9: Active only in "RT-alarm" state Change the function of LED9 (Remote

transmission) and LED6 (Fire alarm)

15 LED6: Active on Alarm Z1 or Z2 or Z3

Change the function of control line 2 17 Active on state "RT-alarm" to "Reset"

Processing as "RT-alarm" Change the function of monitored input 1 1 State "Active 1" (680Ω) = "Released"

State "Active 2"(1k2) = "Loss of agent"

State "Open" or "Short circuit" = "Fault" Suppress the fault indication if state "Released" is not reported

4 Fault if state "Released" is not reported within 30sec after control

line 4 has been activated

Change the function of monitored input 2 6 State "Active 1" (680Ω) = "Mech. Blocked"

State "Active 2" (1k2) = "Normal" (not mech. blocked)

State "Active 1 + 2" or "Inactive 1 + 2" = "Fault" (LED2 flashing)

State "Open" or "Short circuit" = "Fault"

1 State "Fire alarm" = continuous 5 State "Activated" = pulsating fast and pulsating slow in state

"Emergency hold or abort"

Change the active mode of control line 1

9 State "Released" = pulsating

Change the active period of control line 1 11 Active until "Silence Re-sound Horn" and "Reset"

15 State "Fire alarm" = not activated 18 State "Activated" = continuous

Change the active mode and active period of control line 3

20 State "Released" = continuous until "Reset" Enable "Alarm verification" function of detector zones 1 and 2

1 No alarm verification Enable "Alarm verification" function of detector zone 3 3 No alarm verification

Enable "Alarm verification" function of detector zone 4 5 No alarm verification Deleted 1 Not applicable

Deleted 7, 9 Not applicable

Deleted 11 Not applicable

In state "Activated": State "Active 1" (680Ω) = LED26 lights up Activated time is stopped Horn turns to "Hold/Abort" tone State "Active 1" cancelled = Abort remains active until reset

Change the function of monitored input 3 1

In state "Normal": State "Active 1" (680Ω) = LED26 lights up Block the activated process. When

new alarm happens, system enters fire alarm state and horn turns to "Hold/Abort" tone

State "Active 1" cancelled = Abort remains active until reset Suppress "Reset" upon stopped activated time by the monitored input 3

8 Function "Reset" available

Change the fault processing of the monitored input 3 10 State "Short circuit" and "Open" = "Fault" + "Emergency

hold/abort" state

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Description of the default settings (continuation)

Step Function Default

setting

Default value

Change the reaction after "Reset" of the detector zones 1 and 2

1 Alarm <15 seconds after "Reset" = new line alarm

Change the reaction after "Reset" of the detector zone 3

3 Alarm <15 seconds after "Reset" = new line alarm

Change the reaction after "Reset" of the detector zone 4 (manual release)

6 Alarm <15 seconds after "Reset" = line fault

Change the reaction after "Reset" of the monitored input 1

8 State "Active 1" <15 seconds after "Reset" = "Fault" and LED8

"Released" activated Interlock the "Reset" function if executed via control input 1

10 In "Fire alarm" state: Reset possible only after "Silence buzzer"

In "Activated" and "Released" states: Reset possible only after

"Silence horn" and after the flooding time of control line 4 has

elapsed

Interlock the "Reset" function 11 Reset always possible Change the indication of the blocking states 1 Indication "Mode Standard":

LED3 = not used

LED4 = "Manual only"

LED5 = "Autom. & Man. Blocked"

Change active mode of indicator "Released" (LED8) 3 Flashing in state "Released" Change the function of the detector zones 1 and 2 1 "Alarm" zone 1 and zone 2 = "Activated"

"Alarm" zone 1 or zone 2 = "Fire alarm" Change the line fault processing of the detector zones 1 and 2

6 State "Open" and "Short circuit" = "Fault"

Change the function of the detector zone 3 9 "Alarm" zone 3 = activate fire controls, RT-alarm (if step 3 option

3 or 4), fire alarm (LED6), horn lines, fire alarm outputs Change the basic code for access level 2 1 Access code "4233" defined 12 Change the access level for the function "Silence buzzer"

4 Can always be silenced

Change the processing of "Fire alarm condition" 1 ”Fire alarm” also in state “Manual only” = activate LED6 (lit), LED7

(fast), horn lines, monitored control lines and outputs programmed

as activated on fire alarm condition Change the function of the key "Silence buzzer" (KEY15)

3 Key15 only for "Silence buzzer" in state "Fire alarm"

Enable the function "Reminder beep" 5 No reminder beep Enable the function "Fault to be Reset" 7 "Fault" must not be reset Enable the function "RT-alarm + RT-fault suppressed on access level 2"

9 No blocking

Enable the function "Reset via control input 1 suppressed upon RT-alarm"

11 Control input 1 not blocked

Suppress the "Battery fault" 13 Battery fault not suppressed

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

15 1 sec beep with begin and end of state "Emergency hold/abort"

14 Change the fault delay upon "Mains failure" 3 Delay = 10 minutes

Change the function of control input 2 1 Initiate function "Silence buzzer" Change the function of control input 3 8 Enable state "Fault"

Change the function of control input 4 15 Release "Silence Re-sound Horn" function

1 Active on "Activated" and "Released" states Change the function of driver output 2 9 Output "Disable/Enable" with Key11 “Disable Fire control” 10 Active on "Emergency hold/abort" state Change the function of driver output 8 18 Output "Disable/Enable" with Key11 “Disable Fire control”

Change the function of driver output 1 20 Output "Disable/Enable" with Key11 “Disable Fire control”

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11.5 Query checksum

PU1

SW2

SW1

KEY 2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY 8KEY 9KEY 10KEY 11KEY 12

KEY 1

KEY14

KEY15

KEY16

KEY13

Fig. 45 Indication of checksum

In order to find out, whether the user functions have been changed since the last service engineer visit, set the system to programming mode (see chapter 11.1).

1. Press keys "Digits 2 and 3" simultaneously.



LED11 "Disabled" and LED20 "Horn/Actuator" flash (slow) (this indicates the current checksum).

2. Note which of LEDs 12 to 19 light up within 10 seconds and write these down.

3. Compare the now active LEDs with the previous state.



Any change of user functions will also result in a change in the lit LEDs.

4. Exit program mode (see "Exiting program mode" at the beginning of the chapter).

The checksum query function is possible only once during the programming mode (exit programming mode and log in again).

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11.6 Programming steps

1. Access to program mode (see chapter 11.1)

2. Select the desired programming step by pressing KEY1 "Silence Re-sound

Horn" (to work backwards from programming step 16) or KEY2 "Mode select" (to work forwards from programming step 1)

3. 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

1 Change activated time and function of control lines 4/5 LED11 Disabled lit 2 Change the flooding time of control lines 4/5 LED12 Detector test lit 3 Change the function of the remote transmission LED13 Fault lit 4 Change the function of the monitored inputs 1 and 2 LED14 Loss of agent lit 5 Change the active mode of control lines 1 and 3 LED15 Earth fault lit 6 Enable the "Alarm verification" function LED16 Power fault lit 7 Define the function of the yellow key 8 LED17 Peripheral fault lit 8 Change the function of the monitored Input 3 LED18 System fault lit 9 Change the parameters to the "Reset" function LED19 System test lit 10 Change the indication mode on the operator interface LED20 Horn/actuator lit 11 Change of function of detector zones 1 to 3 LED21 Disabled/fault lit 12 Change the code for Access level 2 LED22 Fire control lit 13 Change the parameters on the operator interface LED23 RT-fault lit 14 Change of the fault delay upon "Mains failure" LED24 Disabled/fault lit 15 Change of function of control inputs 2 to 4 LED25 RT-alarm lit

KEY1

▲ ▲

▼ ▼

KEY2

16 Change of the function of the driver outputs 2, 8 and 1 LED26 Emergency hold/abort lit

PU1

SW2

SW1

KEY 2

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LD8

LD9

KEY 8KEY 9KEY 10KEY 11KEY 12

KEY 1

KEY14

KEY15

KEY16

KEY13

Fig. 46 Operating and indicator elements, XCM1001-2 upper main board view

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11.6.1 Step 1, changing the activated time and function of control lines 4/5

Change the activated time of control line 4

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

1 Activated time 0 seconds – – – – – – 2 Activated time 5 seconds

– – – – –

3 Activated time 10 seconds

– – – –

4 Activated time 15 seconds – –

– – –

5 Activated time 20 seconds – – –

– –

6 Activated time 25 seconds – – – –

–

7 (default)

Activated time 30 seconds – – – – –

8 Activated time 35 seconds

– – – – –

9 Activated time 40 seconds –

– – – –

10 Activated time 45 seconds – –

– – –

11 Activated time 50 seconds – – –

– –

12 Activated time 55 seconds – – – –

–

KEY13

▼

13 Activated time 60 seconds – – – – –

Change the function of control line 5

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

14 (default)

Active in state "Activated" but activated time 0 seconds

Processing as "Actuator"

– –

Active same as control line 4 Processing as "Actuator"

–

Active same as control line 1 (horn)

Processing as "Horn"

–

Active in state "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 options 9, 12 or 13), "Activated" and "Released"

Processing as "Fire Control"

Active in state "Mech. blocked"

Processing as " Warning Panel"

Active in state "Auto. & Man. blocked"

Processing as "Warning Panel"

Activated in state "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 options 9, 10, 12 or 13) and "Activated"

Processing as "Horn"

KEY14

▼

Active in state "Manual only" or "Autom. & Man. Blocked"

Processing as "Warning Panel"

–

Lit Pulsated fast Pulsated slow

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11.6.2 Step 2, change the flooding time (active period) of control lines 4/5

Change the flooding time of control line 4

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

1 (default)

Flooding time 30 seconds – – – – 2 Flooding time 60 seconds – – – 3 Flooding time 90 seconds – – – 4 Flooding time 120 seconds – – –

KEY13

▼

5 Flooding time to "Reset" – – –

Change the flooding time of control line 5

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

6 (default)

Flooding time 30 seconds (*) – – – – 7 Flooding time 60 seconds (*)

– – –

8 Flooding time 90 seconds (*) –

– –

9 Flooding time 120 seconds (*) – –

–

KEY14

▼

10 Flooding time to "Reset" – – –

(*) 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 “Activated” but the selected flooding time starts only counting with the activation of control line 4.

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11.6.3 Step 3, change the function of the remote transmission

Change the function of contact 1

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

Active during "Released" to "Reset" state –

2 Active during "Activated" or "Released" to "Reset" state 3

Active during "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 option 9, 10 or 12) to "Reset" state

KEY13 ▼

Active during "Fire alarm” (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 option 9 or 10 or 12) or "Activated" or "Released" to "Reset" state

Change the function of contact 3

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

5 (default)

Active during "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 option 9 or 12) to "Reset" state

–

Active during "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed in step 11 option 9 or 12) or "Activated" to "Reset" state

KEY13 ▼

7 Active during “Emergency hold/abort” until the cause is eliminated

Change the function of contact 2

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red Yel. Red Yel.

8 (default)

Active during "Fault" to "Silence buzzer" state –

Active during "Fault" state until the cause is eliminated and "Silence buzzer"

10 (default)

Immediate triggering –

KEY14 ▼

11 3 minutes delay in "Buzzer not silenced" state (*)

Change the function of LED9 (Remote transmission) and LED6 (Fire alarm)

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel.

Red Yel.

12 (default)

LED9: Active only in "RT-alarm" (*) state – 13 LED9: Active in "RT-alarm" (*) and "RT-fault" (**) state 14 LED9: Inoperative (LED23, LED25 and KEY12 without function) 15 (default)

LED6: Active on Alarm Z1 or Z2 or Z3 –

KEY15 ▼

16 LED6: Active on "Activated" if activated is initiated by detectors

(*) Function dependent on option 1 to 4

(**) Function dependent on option 8 and 9

Change the function of control line 2

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

17 (default)

Active on state "RT-alarm" to "Reset" (*)

Processing as "RT-alarm"

– –

18 Active on state "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed

in step 11 option 9, 12 or 13), "Activated" and "Released" to "Reset"

Processing as "Fire control"

–

19 Active on state "Activated" and "Released" to "Reset"

Processing as "Fire control"

–

20 Active on state "Fire alarm" (Z1 or Z2 or Z3 if zone 3 is programmed

in step 11 option 9, 10, 12 or 13), "Activated" and "Released" to

"Silence Re-sound horn" or "Reset"

Processing as "Horn"

–

21 Active on state "Activated" and "Released" to "Silence Re-sound

Horn" or "Reset"

Processing as "Horn"

–

22 Active on state "Mech. blocked"

Processing as "Warning panel"

23 Active on state "Autom. & Man. blocked"

Processing as "Warning panel"

KEY16 ▼

24 Active on state "Manual only" or "Autom. & Man. blocked"

Processing as "Warning panel"

(*) Function of dependent on option 1 to 4

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11.6.4 Step 4, change the function of the monitored inputs 1 and 2

Change the function of the monitored input 1

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

State "Active 1" = "Released" State "Active 2" = "Loss of agent" State "Open" or "Short circuit" = "Fault"

–

2 State "Active 1" = "Released"

State "Inactive 2" = "Loss of agent" State "Open" or "Short circuit" = "Fault"

KEY13 ▼

3 State "Active 1" = no effect

State "Active 2" = "Loss of agent" State "Open" or "Short circuit" = "Fault"

State "Released" is indicated as soon as the activated time has elapsed

"Active 1" = 680Ω, “Active 2" = 1k2

Suppress the fault indication if state "Released" is not reported

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

4 (default)

Fault if state "Released" is not reported within 30 sec after control line 4 has been activated

–

KEY13 ▼

5 No fault reported

Change the function of monitored input 2

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red Yel. Red Yel.

6 (default)

State "Active 1" + "Inactive 2" = "Mech. blocked" State "Inactive 1" + "Active 2" = "Normal" (not blocked) State "Active 1+2" or "Inactive 1+2" = "Fault" (LED2 flashing) State "Open" or "Short circuit" = "Fault"

– –

7 Same as option 6 but with "Autom. & Man. blocked" on state "Active

1" + "Inactive 2"

–

8 State "Active 1" = "Autom. & Man. blocked"

State "Active 2" = "Manual only" State "Active 1+2" = "Autom. & Man. blocked" State "Inactive 1+2" = "normal" State "Open" or "Short circuit" = "Fault"

Inoperative in state "Activated"

–

9 State "Active 1" = start "Activated time"

State "Active 2" = no effect State "Open" or "Short circuit" = "Fault"

KEY14 ▼

10 State "Active 1 + Inactive 2" = "Loss of agent"

State "Inactive 1 + Active 2" = "Normal" State "Inactive 1+2" = "Loss of agent" State "Open" or "Short circuit" = "Fault"

–

"Active 1" = 680Ω, “Active 2" = 1k2

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11.6.5 Step 5, change the active mode of control lines 1 and 3

Change the active mode of control line 1

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red

Yel. Red Yel. Red Yel.

1 (default)

State "Fire alarm" = continuous – 2 State "Fire alarm" = pulsating slow (1sec active/4sec inactive) 3 State "Fire alarm" = not activated 4 State "Fire alarm" = pulsating fast (1sec active/1sec inactive)

5 (default)

State "Activated" = pulsating fast and pulsating slow in state

"Emergency hold/abort"

–

6 State "Activated" = continuous 7

State "Activated" = continuous and pulsating slow in state "Emergency hold"

KEY13 ▼

State "Activated" = pulsating long (4sec active/1sec inactive) and pulsating fast in state "Emergency hold/abort"

9 (default)

State "Released" = pulsating fast –

KEY14 ▼

10 State "Released" = continuous

Change the active period of control line 1

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red

Yel.

Red Yel. Red Yel.

11 (default)

Active until "Silence Re-sound horn" and "Reset" –

12 Active until "Reset" 13

Active until "Silence Re-sound horn" and "Reset" but only after timer of 5 min has elapsed

KEY14 ▼

Active until "Silence Re-sound horn" and "Reset" but only after timer of 30 min has elapsed

Change the active mode and active period of control line 3

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

15 (default)

State "Fire alarm" = not activated – 16 State "Fire alarm" = continuous 17 State "Fire alarm" = pulsating fast 18 (default)

State "Activated" = continuous –

KEY15 ▼

19 State "Activated" = pulsating fast 20 (default)

State "Released" = continuous until "Reset" – – 21

State "Released" = continuous until "Silence Re-sound horn" or

"Reset"

–

State "Released" = continuous until "Digit key 4" is pressed after

"Reset"

–

23 State "Released" = pulsating fast until "Reset"

–

State "Released" = pulsating fast until "Silence Re-sound horn" or

"Reset"

KEY16 ▼

State "Released" = pulsating fast until "Digit key 4" is pressed after

"Reset"

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11.6.6 Step 6, enable the "Alarm verification" function

Enable "Alarm verification" function of detector zones 1 and 2

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

No alarm verification –

KEY13 ▼

Twice line alarm within 60 seconds = Alarm After first line alarm = automatic reset and short flash up of zone LED

Enable "Alarm verification" function of detector zone 3

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

3 (default)

No alarm verification –

KEY13 ▼

Twice line alarm within 60 seconds = Alarm After first line alarm = automatic reset and short flash up of zone LED

Enable "Alarm verification" function of detector zone 4

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red

Yel. Red Yel. Red Yel.

5 (default)

No alarm verification –

KEY14 ▼

Twice line alarm within 60 seconds = Alarm After first line alarm = automatic reset and short flash up of zone LED

11.6.7 Step 7, define the function of the yellow key (KEY8)

Key 8 is not accessible with XC1003-A.

Define the function of the yellow key (KEY8)

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red

Yel. Red Yel.

1 (default)

Deleted – – – – –

2 Not to be used

– – – –

3 Not to be used –

– – –

4 Not to be used – –

– –

5 Not to be used – – –

–

KEY13 ▼

6 Not to be used – – – –

Change the operating access of the yellow key (KEY8)

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel. Red

Yel. Red

Yel.

7 (default)

Deleted –

KEY14 ▼

8 Not to be used 9 (default)

Deleted –

KEY15 ▼

10 Not to be used

Suppress "Reset" upon stopped activated time by the yellow key (KEY8)

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel. Red

Yel.

11 (default)

Deleted –

KEY16 ▼

12 Not to be used

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11.6.8 Step 8, change the function of the monitored input 3

Change the function of the monitored input 3

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

Function "Emergency abort"

In state "Activated":

"Active 1" = ON = Activated time is stopped

LED26 lights up

Horn turns to "Hold/Abort" tone

"Active 1" cancelled = Abort remains active until reset

1 (default)

In state "Normal":

"Active 1" = ON = LED26 lights up

Block the activated process. When new alarm

happens, system enters "Fire alarm" state

"Active 1" cancelled = Abort remains active until reset

– – – – – –

Function "Emergency hold"

In state "Activated":

"Active 1" = ON = Activated time is stopped

LED26 lights up

Horn turns to "Hold/Abort" tone

"Active 1" cancelled = Activated time restarts

LED26 switches off

Horn turns to "Activated" tone

In state "Normal":

"Active 1" = ON = LED26 lights up

Block the activated process. When new alarm

happens, system enters "Fire alarm" state

"Active 1" cancelled = Return to "Normal state"

– – – – –

Function "Block"/"Emergency hold" 1

In state "Activated" by detector:

"Active 1" = ON = Activated time is stopped

LED26 lights up

Horn turns to "Hold/Abort" tone

"Active 1" cancelled = Activated time restarts

LED26 switches off

Horn returns to "Activated" tone

"Active 2" = ON = No reaction

In state "Activated" by manual activation:

"Active 1" = ON = No reaction

"Active 2" = ON = No reaction

In state "Normal":

"Active 1" = ON = Autom. & Man. blocked

"Active 1" cancelled = Blocking disabled

"Active 2" = ON = Manual only

"Active 2" cancelled = Blocking disabled

–

– – – –

Function "Block"/"Emergency hold" 2

In state "Activated" by detector:

"Active 1" = ON = Activated time is stopped

LED26 lights up

Horn turns to "Hold/Abort" tone

"Active 1" cancelled = Activated time restarts

LED26 switches off

Horn returns to "Activated" tone

In state "Activated" by manual activation:

"Active 1" = ON = No reaction

KEY13 ▼

In state "Normal":

"Active 1" = ON = Manual only

"Active 1" cancelled = Blocking disabled

– –

– – –

"Active 1" = 680Ω, “Active 2" = 1k2

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(Programming Step 8, continued)

Change the function of the monitored input 3

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

Function "Emergency hold" 2 In state "Activated": "Active 1" = ON = Activated time continue, but stop at beginning

of released LED26 lights up Horn turns to "Hold/Abort" tone "Active 1" cancelled = Activated time continue and if activated time is

elapsed state released occurs Horn returns to "Activated" tone "Active 2" = ON = No reaction

In state "Normal": "Active 1" = ON = Block the activated process. When new alarm

happens, system enters activated state LED26 lights up "Active 1" cancelled = Return to normal state "Active 2" = ON = Manual only "Active 2" cancelled = Blocking disabled

– – –

– –

Function "Block" 1 In state "Activated": "Active 1" = ON = No reaction

In state "Normal": "Active 1" = ON = Manual only "Active 1" cancelled = Blocking disabled

– – – –

–

Function "Block" 2 In state "Activated":

"Active 1" = ON = No reaction "Active 2" = ON = No reaction

KEY13 ▼

In state "Normal": "Active 1" = ON = Autom. & Man. blocked "Active 1" cancelled = Blocking disabled "Active 2" = ON = Manual only "Active 2" cancelled = Blocking disabled

– – – – –

"Active 1" = 680Ω, "Active 2" = 1k2

Suppress "Reset" upon stopped activated time by the monitored input 3

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red

Yel.

8 (default)

Function "Reset" available –

KEY14 ▼

9 Function "Reset" suppressed

Note: Do not select option 1 with option 9 together because Reset will

never be allowed

Change the fault processing of the monitored input 3

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel. Red

Yel.

10 (default)

State "Short circuit" and "Open" = "Fault" + "Emergency hold/abort" –

KEY15 ▼

11 State "Short circuit" and "Open" = "Fault"

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11.6.9 Step 9, change the parameters to the "Reset" function

Change the reaction after "Reset" of the detector zones 1 and 2

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

Alarm <15 seconds after "Reset" = New line alarm –

KEY13 ▼

2 Alarm <15 seconds after "Reset" = Line fault

Change the reaction after "Reset" of the detector zone 3

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

3 (default)

Alarm <15 seconds after "Reset" = New line alarm –

KEY13 ▼

4 Alarm <15 seconds after "Reset" = Line fault

Change the reaction after "Reset" of the detector zone 4 (manual release)

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red

Yel. Red Yel. Red Yel.

5 Alarm <15 seconds after "Reset" = New line alarm –

KEY14 ▼

6 (default)

Alarm <15 seconds after "Reset" = Line fault

Change the reaction after "Reset" of the monitored input 1

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel.

Red

Yel. Red Yel.

State "Active 1" <15 seconds after "Reset" = "Released" enabled again (LED8 flashing)

–

KEY15 ▼

8 (default)

State "Active 1" <15 seconds after "Reset" = "Released" not enabled (LED8 in steady mode + "Fault")

"Active 1" = 680Ω

Interlock the "Reset" function if executed via control input 1

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red

Yel.

9 Reset always possible –

KEY16 ▼

10 (default)

In case of "Fire alarm": Reset possible only after "Silence buzzer" In case of "Activated" and "Released": Reset possible only after

"Silence horn" and after the flooding time of control line 4 has elapsed

Interlock the "Reset" function

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel. Red

Yel.

11 (default)

Reset always possible –

KEY16 ▼

Reset not possible if:

–

zone 4 is on state "Alarm"

–

monitored input 1 is on state "Active 1"

–

control line 1 (horn) is in state "Active"

"Active 1" = 680Ω

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11.6.10 Step 10, change the indication mode on the operator interface

Change the indication of the blocking states

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

Indication mode "Standard":

–

LED 3 = not used

–

LED 4 = "Manual only"

–

LED 5 = "Autom. & Man. blocked"

–

KEY13 ▼

2 Indication mode "Alternative":

–

LED 3 = "Manual only"

–

LED 4 = "Autom. & Man." (normal)

–

LED 5 = "Autom. & Man. blocked"

Change the active mode of indicator "Released" (LED8)

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

3 (default)

Flashing when activated –

KEY14 ▼

4 Always in steady mode when activated

11.6.11 Step 11, change the function of the detector zones 1 to 3

Change the function of the detector zones 1 and 2

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

1 (default)

"Alarm" zone 1 and zone 2 = "Activated" "Alarm" zone 1 or zone 2 = "Fire alarm"

– – – –

"Alarm" zone 1 = "Fire alarm" "Alarm" zone 2 = "Activated"

– – –

Same as option 2 but functions "Enable/Disable Zones" and "Enable/Disable Detector test" suppressed

–

– –

"Alarm" zone 1 or zone 2 = "Activated"

– –

–

KEY13 ▼

5 Zone 1 and zone 2 not used – – –

Change the line fault processing of the detector zones 1 and 2

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel.

Red Yel.

6 (default)

Line open and line short circuit = "Fault" – –

7 Line open = "Alarm"

–

KEY14 ▼

8 Line short circuit = "Alarm" –

Change the function of the detector zone 3

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red Yel.

9 (default)

"Alarm" zone 3 = Activate fire control lines, RT-alarm (if option 3 or 4

programmed in step 3), LED6, horn lines, fire alarm outputs

– –

10 "Alarm" zone 3 = Activate LED6, horn lines

–

11 Zone 3 not used – 12

"Alarm" zone 1 + 2 + 3 = "Activated" "Alarm" zone 1 or 2 or 3 or any two zones = "Fire alarm"

KEY15 ▼

"Alarm" zone 3 = Activate fire control lines, LED6, horn lines Processing as "Air sampling system" (earliest warning)

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11.6.12 Step 12, change the code for access level 2

Change the basic code for access level 2

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red Yel.

Red Yel. Red Yel. Red Yel.

1 (default)

Access code "4233" defined – –

Individual access code:

1. Enter the access code by pressing the keys 4 to 7 (digits 1 to 4) in the desired sequence (max. 4 digits)

2. Press KEY13 (zone 1)

–

LED27 (zone 1, red) flashes

3. Repeat steps 1 and 2 (confirm access code)

–

LED27 (zone 1, red) lit continuously (access code accepted)

–

LED28 (zone 1, yellow) flashes (code not accepted; repeat steps 1 to 3)

–

KEY13 ▼

No access code required (access level 2 is released via key switch)

Press key13 & 14 simultaneously after procedure described in option 2 have been done

Change the access level for the function "Silence buzzer"

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red

Yel. Red Yel. Red Yel.

4 (default)

Can always be silenced –

KEY14 ▼

5 Possible only on access level 2

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11.6.13 Step 13, change the parameters of the operator interface

Change the processing of "Fire alarm condition"

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel. Red Yel. Red Yel. Red Yel.

1 (default)

“Fire alarm” also in state “Manual only”:

–

LED6 = lit in steady mode, LED7 = flashing fast

–

Active: Horns, monitored control lines and outputs programmed as activated on fire alarm condition

–

KEY13 ▼

No “Fire alarm” in state “Manual only”:

–

LED6 = lit in steady mode, LED7 = OFF

–

Not active: Horns, monitored control lines and outputs programmed as activated on fire alarm condition

Change the function of the key "Silence buzzer" (KEY15)

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red

Yel.

Red Yel. Red Yel. Red Yel.

3 (default)

Only for "Silence buzzer" in state "Fire alarm" –

KEY13 ▼

4 For "Silence buzzer" and "Silence Re-sound horn" in state "Fire alarm"

Enable the function "Reminder beep"

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red

Yel. Red Yel. Red Yel.

5 (default)

No reminder beep –

KEY14 ▼

6 Buzzer sounds every 4 min for 1 sec in case of "Fault" or "Disabled"

Enable the function "Fault to be reset"

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red

Yel.

Red Yel. Red Yel.

7 (default)

Faults must not be reset –

KEY14 ▼

8 All faults must be reset

Enable the function "RT-alarm + RT-fault suppressed on access level 2"

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel.

Red

Yel. Red Yel.

9 (default)

No blocking –

KEY15 ▼

10 "RT-alarm" and "RT-fault" disabled on state "Access level 2 enabled"

Enable the function "Reset via control input 1 suppressed upon RT-alarm"

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red

Yel.

Red Yel.

11 (default)

Not blocked –

KEY15 ▼

12 Blocked on state "RT-alarm"

Suppress the "Battery fault"

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel.

Red

Yel.

13 (default)

Battery fault not suppressed –

KEY16 ▼

14 Battery fault suppressed

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

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel. Red

Yel.

15 (default)

1 sec beep with begin and end of state "Emergency hold/abort" –

KEY16 ▼

16 Active until key "Silence buzzer" is pressed

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11.6.14 Step 14, change the fault delay upon "Mains failure"

Change the fault delay upon "Mains failure"

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

1 Delay = 0 sec – – – – 2 Delay = 3 minutes

– – –

3 (default)

Delay = 10 minutes –

– –

4 Delay = 30 minutes – –

–

KEY13 ▼

5 Delay = 3 hours – – –

11.6.15 Step 15, change the function of the control inputs 2 to 4

Change the function of control input 2

Zone 1

Zone 2 Zone 3 Zone 4

Select Option Function

Red Yel.

Red Yel. Red Yel. Red Yel.

1 (default)

Initiate function "Silence buzzer"

) – –

2 Enable state "Manual only"

)

–

3 Enable state "Autom. & Man. blocked"

) –

4 Enable state "External device disabled"

)

5 Enable "RT-alarm" + "RT-fault" disabled

)

–

6 Enable state "Emergency hold"

) –

KEY13 ▼

7 Enable "Control line 1" + "Fire alarm" (LED6)

)

Change the function of control input 3

Zone 1

Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel.

Red Yel. Red Yel.

8 (default)

Enable state "Fault"

) – –

9 Enable state "External power supply fault"

)

–

10 Enable state "RT-fault"

) –

11 Enable state "Access level 2 enabled"

)

12 Enable state "Emergency abort"

)

–

13 Initiate function "Silence buzzer"

) –

KEY14 ▼

14 Enable state "Manual only"

)

Change the function of control input 4

Zone 1 Zone 2

Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel.

Red Yel.

15 (default)

Release "Silence Re-sound Horn" function

) – –

16 Enable state "No fault" (inverse)

)

–

17 Enable state "RT-fault"

) –

18 Enable state "Access level 2 enabled"

)

19 Enable state "Emergency abort"

)

–

20 Initiate function "Silence buzzer"

) –

KEY15 ▼

21 Enable "Control line 1" & LED6 "Fire alarm"

)

) The state lasts as long as a positive potential is applied to the input

) The functions must be triggered by a pulse

) As soon as the positive potential is no longer on the input, a fault is

triggered

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11.6.16 Step 16, change the function of the driver outputs 2, 8 and 1

Change the function of driver output 2

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

1 (default)

Active on "Activated" and "Released" – –

Active on "Fire alarm" Z1 or Z2 or Z3 if zone 3 is programmed in step 11 option 12 or 13

–

3 Active on "Activated" –

Active on normal operation Inactive on "Fault", "Fire alarm" Z1 or 2 or Z3, "Activated", "Released" Processing as door magnetic

–

5 Active on "Fault" on control line 5 – 6 Active in "Normal operation" (microcomputer working)

KEY13 ▼

7 Active on "Mech. blocked" 8 Output not "Disable/Enable" with key "Disable/Enable Fire control"

–

KEY14 ▼

9 (default)

Output "Disable/Enable" with key "Disable/Enable Fire control" (*) –

(*) not allowed on state "Activated" and "Released"

Change the function of driver output 8

Zone 1 Zone 2

Zone 3 Zone 4

Select Option Function

Red Yel. Red Yel.

Red Yel. Red

Yel.

10 (default)

Active on "Emergency hold/abort" – –

11 Active on "Autom. & Man." (normal operation)

– 12 Active on "Fault power supply" – 13 Active on «Loss of agent»

– 14 Active on "Detector test" – 15 Active on "Alarm" zone 3 until "Reset" 16 Active on "Disabled"

KEY15 ▼

17 Active in status isn’t “normal operation” (any indication on the XC10) 18 (default)

Output "Disable/Enable" with key "Disable/Enable Fire control" (*) –

KEY16 ▼

19 Output not "Disable/Enable" with key "Disable/Enable Fire control"

(*) not allowed on state "Activated" and "Released"

Change the function of driver output 1

Zone 1 Zone 2 Zone 3

Zone 4

Select Option Function

Red Yel. Red Yel. Red Yel. Red

Yel.

20 (default)

Output "Disable/Enable" with key "Disable/Enable Fire control" (*) –

KEY16 ▼

21 Output not "Disable/Enable" with key "Disable/Enable Fire control"

(*) not allowed on state "Activated" and "Released"

Page 90

Log sheet of programmed user functions

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12 Log sheet of programmed user functions

Installation: ..................................................................................................................

Step

Function

Option, default

Option, individual

Change the activated time of the control line 4 7 1 Change the function of control line 5 14 Change the flood time of control line 4 1 2 Change the flood time of control line 5 6 Change the function of contact 1 1 Change the function of contact 3 5 Change the function of contact 2 8, 10 Change the function of LED 9 (remote transmission) and LED 6 (Fire alarm) 12, 15

Change the function of control line 2 17 Change the function of monitored input 1 1 Suppress the fault indication if state "Released" is not reported 4

Change the function of monitored input 2 6 Change the active mode of control line 1 1, 5, 9 Change the active period of control line 1 11

Change the active mode and active period of control line 3 15, 18, 20 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 Deleted 1 1 Deleted 7, 9 7, 9

Deleted 11 11 Change the function of monitored input 3 1 Suppress "Reset" upon "stopped activated time by monitored Input 3" 8

Change the fault processing of the monitored input 3 10 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 Change the indication of the blocking states 1 10 Change active mode of indicator "Released" 3 Change the function of detector zones 1 and 2 1 Change the line fault processing of the detector zones 1 and 2 6

Change the function of detector zone 3 9 Change the basic code for Access Level 2 1 12 Change the access level for the function "Silence Buzzer" 4 Change the processing of "Fire alarm condition" 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 suppressed on Access Level 2" 9 Enable the function "Reset via control input 1 suppressed upon 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

Change the function of control input 2 1 Change the function of control input 3 8

Change the function of control input 4 15 Change the function of driver output 2 1, 9 Change the function of driver output 8 10, 18

Change the function of driver output 1 20

Page 91

Ordering information

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13 Ordering information

Type Article No Description Components

XC1003-A A5Q00022133 Extinguishing control unit rack

Accessories

XCA1016 A5Q00016213 Add-on module XCA1110 A5Q00027403 Pyrotechnical actuator kit Z3B171 4843830001 Relay module FCA1005-D A6E60500024 RT blocking card FA2010-A1 A5Q00019674 Battery 4.5 Ah/12 V, V2, V1 or V0 XCE1002 A5Q00015659 Trigger element (1 piece) PF12 FR2:LBE60200447 Blind front panel 1U PF13 FR2:LBE60200448 Blind front panel 2U

Replacement parts

XCM1001-1 A5Q00023946 Main board, lower level (XCM1001-1) and upper

level (XCM1001-2) XCH1003-A A5Q00028105 Plastic cover set for XC1003-A FCP1004-E A6E60500054 Power unit/charger 3.5 A XCE1001 A6E60500065 Terminating resistor 3k3 (set of 10 pieces) XCE1003 A5Q00016960 Fuse 2A for control lines 4 and 5 (set of 10 pieces) FCE1002 A6E60500032 Termination element, control line (1 piece)

Page 92

Siemens Switzerland Ltd Building Technologies Group International Headquarters Fire Safety & Security Products Gubelstrasse 22 CH-6301 Zug Tel. +41 41 724 24 24 Fax +41 41 724 35 22

www.sbt.siemens.com

Document no. A6V10099837_a_en Manual xx Edition 12.2007 Section x