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In this simplified example, a FACP system is added to an existing Autocall installation.  The 
FACP system will provide coverage for a new wing of an existing building protected by the 
Autocall system.  The FACP system will report status to the Autocall head-end panel using the 
XA Loop Interface Card. 

 

Assume the following: 

 

The new wing consists of 4 areas (zones) that will report alarm and trouble status to the 
Autocall head-end. 

 

Other panel troubles will be reported to the Autocall head-end. 

 

A fire alarm detected on the Autocall system will be reported to the Panel. 

 

The Panel will be reset & silenced from the Autocall head end. 

 

The Autocall panel can disable any of the four zones in the Panel. 

 

Assume the Autocall panel already has 6 XA Loops.  The Panel will communicate to the 
Autocall head-end on a new, 7

th

 loop. 

 

The Panel must be programmed with the slave cards and devices necessary to support the 
installation.  In addition, the following XA Loop mapping must also be programmed.  For this 
example, assume there are already 4 IDNet channels in the job.  This will make the XALIC 
channel 5 (M5-x). 

Table 8.  Example Areas 

Area Panel 

List 

XA Loop Interface 

Address 

Area 1 – Cafeteria 

L512 

M5-1 

Area 2 – Gymnasium 

L513 

M5-2 

Area 3 – Auditorium 

L514 

M5-3 

Area 4 – Laboratory 

L515 

M5-4 

 

It is also necessary to annunciate any other Panel trouble to the Autocall panel and we will do that 
by reserving XA loop address 5 (M5-5). 

 

In order to perform the alarm silence, system reset, and disable functions, we will need to allocate 
six more XA addresses (one for silence, one for reset, and one for each zone that can be disabled).  
These will be M5-6 through M5-11.  M5-12 will be used to communicate an Autocall system 
alarm to the FACP. 

Table 9.  Example XALIC Point Definitions 

XALIC Address 

Function 

M5-1 

Represents fire & trouble status for Area 1 (FACP to Autocall) 

M5-2 

Represents fire & trouble status for Area 2 (FACP to Autocall) 

M5-3 

Represents fire & trouble status for Area 3 (FACP to Autocall) 

M5-4 

Represents fire & trouble status for Area 4 (FACP to Autocall) 

M5-5 

Represents general trouble status for FACP (FACP to Autocall) 

M5-6 

Alarm Silence request (Autocall to FACP) 

M5-7 

System Reset Request (Autocall to FACP) 

M5-8 

Disable/Enable Area 1 Request (Autocall to FACP) 

M5-9 

Disable/Enable Area 2 Request (Autocall to FACP) 

M5-10 

Disable/Enable Area 3 Request (Autocall to FACP) 

M5-11 

Disable/Enable Area 4 Request (Autocall to FACP) 

M5-12 

Alarm in Autocall system (Autocall to FACP) 

 

Continued on next page 

FACP XA Loop Slave Application Example 

Overview 

firealarmresources.com

Содержание 4100-3115 XALIC

Страница 1: ...rface Card XALIC This card allows a 4100U or a 4100ES Fire Alarm Control Panel FACP to function as either the XA Loop Master or as an XA Loop Slave This card is compatible with a 4100U FACP or a 4100E...

Страница 2: ...nd to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipmen...

Страница 3: ...nnects the XALIC to the XA loop 18 position terminal block consists of two separate sets of terminals one for master operation and one for slave operation P4 PDI Connector a 10 pin connector located o...

Страница 4: ...F SIG CMD CLK MASTER SLAVE CLASS A CLASS B RUI RUI SHLD AUX AUX JUMPERS RIGHT FOR SIGNAL POWER JUMPERS LEFT FOR AUX POWER SW1 SW2 TB3 XA Loop Field Wiring Terminal Block TB3 Baud Address Dip Switch SW...

Страница 5: ...a power supply that is UL listed for fire protective signaling use XA Loop Max Resistance 100 per wire Max Capacitance 1 5 f wire to wire 1 5 f wire to shield Normal Supervision Current 500 mA Maximu...

Страница 6: ...switch to ON SW2 2 through SW2 8 These switches set the card address Refer to Table 3 for a complete list of the switch settings for all of the possible card addresses Note You must set these switches...

Страница 7: ...ON OFF OFF OFF 28 ON ON OFF OFF OFF ON ON 88 OFF ON OFF OFF ON ON ON 29 ON ON OFF OFF OFF ON OFF 89 OFF ON OFF OFF ON ON OFF 30 ON ON OFF OFF OFF OFF ON 90 OFF ON OFF OFF ON OFF ON 31 ON ON OFF OFF OF...

Страница 8: ...he 257 pulse setting 1 2 3 4 On Off Figure 3 Location of SW1 Jumpers P1 and P2 select the power and ground source for the XALIC Set these jumpers as follows depending on whether you are connecting AUX...

Страница 9: ...t if the XALIC is being configured as an XA Loop Slave To enable Earth Detect place the jumper in positions 1 2 To disable Earth Detect place the jumper in positions 2 3 P3 Install Jumper on pins 1 an...

Страница 10: ...ide of the XALIC card to connect to one of the PDI connectors on the lower row as shown in the figure below Secure the card to the Expansion Chassis using the supplied hardware Note Jumper P1 and Jump...

Страница 11: ...t in an expansion chassis Secure the card to the backbox using the hardware supplied with the card Place Jumpers P1 and P2 in the leftmost position and connect the XALIC to the Aux power source as sho...

Страница 12: ...om the CLK B CMD B SIG B REF B and SHLD outputs of the XALIC card to the appropriate inputs on a XA Loop device 2 Route wire from the first XA Loop device to the next one Repeat for each appliance 3 R...

Страница 13: ...MD A to CMD B and CLK A to CLK B If the jumper is absent a XA Loop Wiring fault will be indicated 2 Route wire from the CLK B CMD B SIG B REF B and SHLD outputs of the XALIC card to the appropriate in...

Страница 14: ...o 18 AWG 0 8231 mm2 To connect the XA Loop Interface Card XALIC as a Slave on the XA Loop do the following 1 Route CLK CMD SIG REF and SHLD from the previous XA Device XA Master to TB3 on the XALIC ca...

Страница 15: ...addresses occupied by XA loop devices 1 2 4 or 8 pt input output output only or input only is limited to 200 based upon current limitations There is no address limitation for Data Gathering Panels DG...

Страница 16: ...ce type to an address within the range 1 through 245 when the corresponding XA device is an output only device XA output only devices must be at address 245 or below MLPTIO Assign this device type to...

Страница 17: ...ype to the address the state of the XALIC address is either ON or OFF Follow these steps to program XALIC points 1 Add the XALIC Card to the job See the corresponding chapter in the ES Panel Programme...

Страница 18: ...only device click on the subpoint and then click on the Point Type drop down list box and choose the output point type Refer to 574 849 for point type definitions Points 246 255 Devices in this addre...

Страница 19: ...put for XA Device 249 248 Subpoint 1 is the input and subpoint 5 is the output for XA Device 250 248 Subpoint 2 is the input and subpoint 6 is the output for XA Device 251 249 Subpoint 1 is the input...

Страница 20: ...stom control equations execute Each FACP XALIC Control Point address consists of three parts the MAPNET channel number the XA Loop Device Number and the Subpoint The MAPNET channel number is automatic...

Страница 21: ...reen example below c Examine the Point Name field and identify the name of the point you want to edit Before the Device Type is programmed the Point Name will have a 0 in the subpoint field M2 5 0 for...

Страница 22: ...or the point g Click Apply to save the changes Step 3 Write Custom Control The control point functions as an on off switch for one or more FACP Custom Control equations Typical equations include the f...

Страница 23: ...e of the XALIC status points For any given XALIC status point subpoint 5 is always the fire point and subpoint 6 is always the trouble point This triggers the corresponding XA device at the Autocall h...

Страница 24: ...ing tab as shown in the screen example below c Examine the Point Name field and identify the name of the point you want to edit Before the Device Type is programmed the Point Name will have a 0 in the...

Страница 25: ...e list enters an alarm state the OUT side of the equation executes turning on M2 1 5 and its corresponding XA device on the Autocall head end Some programming on the Autocall head end would then be re...

Страница 26: ...feteria L512 M5 1 Area 2 Gymnasium L513 M5 2 Area 3 Auditorium L514 M5 3 Area 4 Laboratory L515 M5 4 It is also necessary to annunciate any other Panel trouble to the Autocall panel and we will do tha...

Страница 27: ...tom Control equations to activate those outputs under the proper circumstances so both subpoint 5 and 6 on XALIC devices 1 5 should be programmed with the RELAY point type The Custom Control equations...

Страница 28: ...202 ON PRI 9 9 System Reset pseudo point END The Autocall panel will be programmed to activate command receiver addresses 8 11 whenever a corresponding switch is activated in the panel This will cause...

Страница 29: ...PS containing one IDNet channel by default M1 and an XA Loop Interface Card XALIC M2 Since this a master configuration the TRIAM device type is used for the smoke detectors and pull stations and the R...

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