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Model PAD-5

1

Wiring and Configuring the PAD-5-MB

25

Siemens Industry, Inc.

A6V101030358_en--_c

Smart Infrastructure

3.2.2.2

NACs (1-4) Configured as Auxiliary Circuits

When NAC 1 and NAC2 are configured for auxiliary output through the configuration
tool, the outputs are always on, unless the software is programmed for special pur-
poses. Refer to the configuration tool Zeus manual for specifics when configuring
the NACs for auxiliary output. These circuits are Power Limited.

X300

Pin

Designation

Description

1

NAC1_+

Positive feed for Auxiliary Circuit 1 (DC +24 V)

2

NAC1_-

Return feed for Auxiliary Circuit 1 (DC -24 V)

3

NAC2_+

Positive feed for Auxiliary Circuit 2 (DC +24 V)

4

NAC2_-

Return feed for Auxiliary Circuit 2 (DC -24 V)

Admissible cable cross-section: 1 x 12-18 AWG or 2 x 16-18 AWG

X400

Pin

Designation

Description

1

NAC3_+

Positive feed for Auxiliary Circuit 3 (DC +24 V)

2

NAC3_-

Return feed for Auxiliary Circuit 3 (DC -24 V)

3

NAC4_+

Positive feed for Auxiliary Circuit 4 (DC +24 V)

4

NAC4_-

Return feed for Auxiliary Circuit 4 (DC -24 V)

Admissible cable cross-section: 1 x 12-18 AWG or 2 x 16-18 AWG

3.2.2.3

NACs (1-4) Configured as Shorting Device Inputs

NAC 1 through NAC 4 can be configured through configuration tool ZEUS as Short-
ing Device Inputs, i.e. for monitoring dry relay contacts. Wiring and configuration is
limited to Class B and these inputs can be configured as Supervisory, Status or
Trouble inputs. The input devices must be of shorting type.

X300

Pin

Designation

Description

1

NAC1_+

Positive feed for Contact Input Circuit 1

2

NAC1_-

Return feed for Contact Input Circuit 1

3

NAC2_+

Positive feed for Contact Input Circuit 2

4

NAC2_-

Return feed for Contact Input Circuit 2

Admissible cable cross-section: 1 x 12-18 AWG or 2 x 16-18 AWG

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Summary of Contents for PAD-5 Series

Page 1: ...A6V101030358_en _c Siemens Industry Inc Smart Infrastructure Model PAD 5 TM Intelligent Notification and Auxiliary Power Expander Installation ...

Page 2: ... and or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited Offenders will be held liable for payment of damages All rights created by patent grant or registration of a utility model or design patent are reserved Issued by Siemens Industry Inc Smart Infrastructure 8 Fernwood Road Florham Park NJ 07932 Tel ...

Page 3: ...d to an enterprise network or the internet if and to the extent such a connection is necessary and only when appropriate security measures e g firewalls and or network segmentation are in place Additionally Siemens guidance on appropriate security measures should be taken into account For additional information please contact your Siemens sales representative or visit https www siemens com global ...

Page 4: ...2 NAC1 23 Class A and Class B NAC3 and NAC4 NAC2 Class A 23 3 2 2 2 NACs 1 4 Configured as Auxiliary Circuits 25 3 2 2 3 NACs 1 4 Configured as Shorting Device Inputs 25 3 2 2 4 NAC Follower Input 26 3 2 2 5 Wiring X600 NAC Follower Terminal Block 26 3 2 2 6 X600 NAC Follower 28 3 2 3 Dedicated Auxiliary Output X800 28 3 2 3 1 Wiring the Dedicated Auxiliary Output 28 3 2 3 2 X800 Auxiliary output ...

Page 5: ...easing designations NAC 5 8 Only one expansion module can be connected to the PAD 5 MB at one time either conventional zones or NAC Releasing zones but not both All NAC outputs and the one dedicated auxiliary output have a maximum combined current of 9A with FP2012 U1 300 Watt Power Supply and 6A with FP2011 U1 170 Watt Power Supply They are all power limited If the optional NAC expansion card is ...

Page 6: ...lass A the naming configuration is NAC 1 and NAC 2 There are only two outputs on the PAD 5 MB in Class A For Class B wiring there are 4 NAC circuits 1 4 All NACs provide Temporal 3 Temporal 4 March Time 120 60 30 20 and Steady On bell horn patterns and synchronization for strobes All NACs can be configured as additional auxiliary outputs through the software configuration tool All NACs can be conf...

Page 7: ... addition the NAC expansion card can be set for releasing applications and configured for sprinkler or extinguishing agents Only NAC 5 and 6 can be used as two Class B releasing zones or one Class A releasing zone PAD 5 CDC S54339 A7 A1 Conventional Zone Module that supports four Class A or Class B conventional detection zones Compatibility with Desigo Fire Safety Modular and Cerberus PRO Modular ...

Page 8: ...ets the requirements of industry and government regulatory agencies as noted NFPA 70 National Electrical Code NFPA 72 National Fire Alarm Code C22 1 Part 1 Canadian Electrical Code Underwriters Laboratories UL 864 Standards for Control Units and Accessories ULC S527 Standard for Control Units for Fire Alarm Systems UL 2017 Standard for General Purpose Signaling Devices UL 2572 Standard for Mass No...

Page 9: ... 16 inches Length 24 inches Length 24 6 inches Height 3 inches Height 0 63 inches CAUTION It is recommended that the printed circuit boards be removed for any procedure that may cause dust metal shavings grease or any such matter that may affect the cir cuit boards and or parts All field wiring and connections to the PAD 5 MB must be disconnected and AC must be disconnected before removing fastene...

Page 10: ...8 A1 Black 2 170W Power Supply Model FP2011 U1 P N 500 450222 Installation Instruction P N 315 050222 or 300W Power Supply Model FP2012 U1 P N S54400 Z60 A1 Document ID A6V10334250 3 PAD 5 MB P N S54339 A5 A1 4 Max Battery Size inside enclosure 18AH Batteries BP 61 P N 175 387194 Figure 3 Typical Configuration ADAPTER PLATE WITH PAD 5 MB FP2012 U1 300W POWER SUPPLY FP2011 U1 170W POWER SUPPLY ...

Page 11: ...ensions Width 16 inches Width 16 inches Length 40 inches Length 40 6 inches Height 5 inches Height 0 63 inches OPTIONAL CONFIGURATION 1 Enclosure Model PAB2 ENCL R P N S54339 A11 A1 Red or Model PAB2 ENCL P N S54339 A10 A1 Black 2 Power Supply Model FP2011 U1 P N 500 450222 or Model FP2012 U1 P N S54400 Z60 A1 3 PAD 5 MB P N S54339 A5 A1 4 Max Battery Size inside enclosure up to 35AH Batteries BTX...

Page 12: ...sabled 2 1 Mounting the Boards Installing the PAD 5 MB to the Enclosure See Figure 2 1 The enclosure is installed in its proper place 2 The knockout locations for passing through cables have been removed 3 Install the power supply The size of the power supply is determined by the battery calculation spreadsheet See Section 3 4 Use the four 4 10 32 nuts provided in the power supply package Refer to...

Page 13: ...P N 500 633917 black or P N 500 634925 red must be used NOTE Remember connect the power supply to X100 first then connect the batteries to X101 When servicing the panel the order is opposite Disconnect the batteries then the power supply 2 2 DPU programming PAD 5 MB and expansion card address 1 The P2 circuit is powered by the XDLC The PAD 5 MB PAD 5 CLSA or PAD 5 CDC must not be connected to conn...

Page 14: ...ited wiring Improper wir ing installation may cause improper operation Avoid pulling one multi conductor cable for the entire system Instead separate high current input output from low current Wiring within the cabinet should be routed around the perimeter of the cabinet It should not cross the printed circuit board where it could induce noise into the sensi tive microelectronics or pick up unwant...

Page 15: ...BATTERIES B C D E A B C D E A Figure 5b PAD 5 Wire Routing in 2HU NOTE If batteries larger than 35Ah are needed an external battery box will be required Route wires through Non Power limited knockout location A Knockout Locations A Non Power Limited High Voltage AC power B Power Limited C Power Limited D Power Limited E Power Limited ...

Page 16: ...S L N G FP2011 U1 OR FP2012 U1 AC MAINS NOTE BRANCH CURRENT MUST BE PROTECTED BY A 15A MINIMUM OVERCURRENT DEVICE SUPERVISED NON POWER LIMITED 12 14 AWG MIN GROUND LUG IN PAD 5 ENCL TO CONNECT GROUND WIRE FROM AC MAINS USER SUPPLIED 12 14 AWG WIRE FROM GROUND LUG TO FP2011 U1 P N 315 050222 OR FP2012 U1 DOCUMENT ID A6V10334250 Figure 6 AC Wiring to FP2011 U1 Doc P N 315 050222 or FP2012 U1 Doc ID ...

Page 17: ... The chart below identifies the relevant elements and their location on the PAD 5 MB The diagram below is used to locate important parts of the board X600 X700 X6 X7 X900 X901 S601 H605 X800 X300 X400 H601 H602 H603 H604 H500 H501 F100 X100 X101 H100 H600 X701 S602 S600 X606 X602 X607 X703 Figure 7 Component Location ...

Page 18: ...processor Serial Debug Firmware Programming Port P2 processor Adjustment elements S600 Reset switch for Main Board processor S601 Switch resets current state of Aux and NAC LEDs S602 Ground Fault Supervision Enable Disable Jumpers X607 Boot Strap Loader Enable Disable Main processor Run time jumper position DIS 2 3 X703 Boot Strap Loader Enable Disable P2 processor Run time jumper position DIS 2 3...

Page 19: ... Power supply connection 170 W or 300 W Connection X100 must be used for either power supply Figure 8 FP2012 U1 Doc ID A6V10334250 NOTE Check brownout switch for the power supply and select proper source voltage Figure 9 FP2011 U1 Installation Instruction P N 315 050222 AC IN 120 240V 50 60Hz ORANGE PIN 1 26VDC BLACK PIN 2 GND BROWN PIN 3 PSSI WHITE PIN 4 ACPB TO X100 ...

Page 20: ... do not agree a trouble will be posted on the control panel Never select the 300W power supply and then connect 18Ah or smaller batter ies to the PAD 5 When recharging is required the 6A charging current can cause overheating and premature failure of the battery set Terminal X100 must always have a power supply connected Do not connect AC or batteries until all jumpers and boards are configured an...

Page 21: ...sorption Mode GREEN RED Bulk Mode OFF OFF Not charging Battery Fault AC fail Brownout or Battery Charger Fault Normally when the battery is fully charged only the H500 GREEN led should be on The only time both LEDs should be off is when the PAD 5 is operating on batter ies due to an AC fault or brownout or the NAC outputs are activated because of an ALARM If the LEDs are out when on AC refer to th...

Page 22: ... One master is required to provide the signal for the rest of the PAD 5 MB All NAC circuits are configured via the configuration tool Refer to Zeus OI Rev 14 01 or later for information on all the features that can be configured for each NAC circuit The 24K Ohm EOL resistor assembly is shipped with the panel The PAD 5 MB has the ability to operate with EOL resistors in the range of 2 2K to 24K Ohm...

Page 23: ... 1_ NAC1 3_ NAC 3_ NAC1 4_ NAC 4_ X300 EOL EOL X400 CLASS A CLASS B Figure 10 NAC 1 and 2 shown configured as one Class A loop and NAC 3 and 4 shown configured as two Class B loops supervised output connection Polarity shown in ACTIVE mode NOTE Refer to the Compatible Notification Appliances document P N 315 096363 for the list of compatible NAC devices EOL resistor must be connected for NAC s not...

Page 24: ...ass B 4 NAC2_ Return feed for notification appliances for NAC 1 Class A or NAC 2 Class B Admissible cable cross section 1 x 12 18 AWG or 2 x 16 18 AWG X400 Pin Designation Description 1 NAC3_ Positive feed for notification appliances for NAC 2 Class A or NAC 3 CLASS B 2 NAC3_ Return feed for notification appliances for NAC 2 Class A or NAC 3 CLASS B 3 NAC4_ Positive feed for notification appliance...

Page 25: ...2 x 16 18 AWG X400 Pin Designation Description 1 NAC3_ Positive feed for Auxiliary Circuit 3 DC 24 V 2 NAC3_ Return feed for Auxiliary Circuit 3 DC 24 V 3 NAC4_ Positive feed for Auxiliary Circuit 4 DC 24 V 4 NAC4_ Return feed for Auxiliary Circuit 4 DC 24 V Admissible cable cross section 1 x 12 18 AWG or 2 x 16 18 AWG 3 2 2 3 NACs 1 4 Configured as Shorting Device Inputs NAC 1 through NAC 4 can b...

Page 26: ...o an external fire alarm control unit s NAC circuit so that the PAD 5 MB board s NAC circuits can follow the activation of the NAC circuits from an external source The NAC Follower Input is also used for synchronization for the PAD 5 MB and PAD 5 CLSA boards so that multiple PAD 5 s can be synchronized together across multiple XDLC modules 3 2 2 5 Wiring X600 NAC Follower Terminal Block X600 Pins ...

Page 27: ...11 12 13 14 15 16 ONE SLOT OF CC 5 17 18 19 20 21 22 23 24 24V 24V TO 24VDC FROM THE PSC 12 DO NOT USE PAD 5 2nd NAC Follower configure in ZEUS as NAC follower PAD 5 Last NAC Follower configure in ZEUS as NAC follower EOL needs to be at end of run for supervision to work properly Master NAC from PAD 5 MB Polarity shown in Active mode or other NAC source 6 1b 1b 5 BF BF BELL FOLLOWER X700 X600 BF B...

Page 28: ...tery the Zeus configuration tool must be used If the output is configured to turn off on battery then the output is used for supplementary purposes only NOTE The battery charger has priority over the total system current If the batteries are drained more current needs to go to charging the batteries Therefore if the NACs are configured as Auxiliary Outputs they will be turned off while the batteri...

Page 29: ...Net P2 Wiring and Topologies The P2 Interface is the connection between the fire control panel and the PAD 5 Main board An isolator feature used to disconnect the outgoing FDnet from the main board if a short circuit is detected on the part of the FDnet Due to the configuration of the PAD 5 with option expansion module there is no polarity insensitivity regardless if the expansion module is connec...

Page 30: ... devices wired for Isolator Mode High Level Connection Diagram showing PAD 5 MB as a Class X device on XDLC loop XDLC Siemens Class X Device CLASS X PAD 5 Siemens Class X Device XDLC Card PAD 5 PAD 5 PAD 5 5 6 7 8 13 14 15 16 ONE SLOT OF CC 5 21 22 23 24 TO 24 VDC FROM THE PSC 12 DO NOT USE 1 2 3 4 9 10 11 12 17 18 19 20 24V 24V X700 4 1 4 1 4 1 6 1b 1b 5 BF BF BELL FOLLOWER X700 X600 BF BF P2 ...

Page 31: ...arity insensitive Dets TRIs Pull Stations Call Points Conventional Zone Modules etc A maximum of 30 SLCs can be connected between PAD 5s or any other isolating devices in the Class A loop PAD 5 is a polarity sensitive and isolating device XDLC SLC Device SLC Device PAD 5 SLC Device SLC Device PAD 5 XDLC Card PAD 5 PAD 5 5 6 7 8 13 14 15 16 ONE SLOT OF CC 5 21 22 23 24 TO 24 VDC FROM THE PSC 12 DO ...

Page 32: ...NACs provided by all PAD 5s on this circuit must serve a single notification zone A maximum of 30 SLCs can be connected between PAD 5s or any other isolating devices along the Class B circuit PAD 5 is a polarity sensitive and isolating device Figure 14 Class B Wiring XDLC SLC Device PAD 5 SLC Device PAD 5 SLC Device XDLC Card PAD 5 PAD 5 5 6 7 8 13 14 15 16 ONE SLOT OF CC 5 21 22 23 24 TO 24VDC FR...

Page 33: ... See panel for event message Blinking NAC 2 Class B has intermittent trouble IN OUT OFF NAC 3 Class B NAC 2 Class A is in normal condition See panel for event message H603 Yellow ON NAC 3 Class B NAC 2 Class A is in Trouble See panel for event message Blinking NAC 3 Class B NAC 2 Class A has intermittent trouble IN OUT OFF NAC 4 Class B is in normal condition See panel for event message H604 Yello...

Page 34: ...evious state and reports current state of NACs and Aux circuits 3 2 6 3 S602 Ground Fault Supervision Switch Button Function Position Meaning S602 Enables Disables Ground Fault Detection EN Normal Ground Fault Detection Enabled DIS Ground Fault Detection Disabled NOTE To comply with UL 864 the Ground Fault Detection must NOT be disabled 3 3 Technical Data Supply input Plug strip X100 Operating Vol...

Page 35: ...t Regulated Current Rating 0 3A NAC Circuit Configured as a Input Shorting Device Voltage DC 24V Current 10 mA Line Impedance Max circuit resistance 1 6 Ω per wire 3 2 Ω max loop Supervised for Open circuit Short circuit Ground fault Design Short circuit protection Voltage surge protection Power limited AUX output Plug strip X800 Voltage 16 33 VDC Special Application Current Max 3 A Design Short c...

Page 36: ...ted upward to account for the effect of the boost cir cuit as the battery discharges Note 2 If NAC is configured as AUX AUX current must be included in the ALARM column if AUX circuit is configured as Always ON Note 3 AUX current must be included in the ALARM column if AUX circuit is configured as Always ON Note 4 For CDC ZONES unused circuits should be selected as a shorting device ...

Page 37: ... all entries in this column 4 Put NAC and Releasing loads in the Alarm NAC Load Column to determine the System Alarm Current For the CDC if using Shorting Device enter 0 00A For detector enter 208A If NAC AUX used as Input then enter 0 00 Add up all entries in this column 5 Calculate Battery Requirement for Standby Battery Load Ah System Standby Current A x 1 22 board battery standby load in BOLD ...

Page 38: ...t With the batteries fully charged and connected to the charger measure the voltage across the battery set It must read 27 3V 0 3V 2 Discharge Test With full system alarm load the voltage on a fully charged battery must not fall below 20 4V after 30 minutes 3 Load Voltage Test With full system alarm load the voltage on a fully charged battery must not fall below 24 6V after one minute Testing Inte...

Page 39: ...Model PAD 5 1 Battery Size Calculations 39 Siemens Industry Inc A6V101030358_en _c Smart Infrastructure THIS PAGE HAS BEEN LEFT INTENTIONALLY BLANK ...

Page 40: ...frastructure 8 Fernwood Road Florham Park NJ 07932 Tel 1 973 593 2600 www sbt siemens com FIS 2020 Siemens Industry Inc Technical specifications and availability subject to change without notice Document ID A6V101030358_en _c P N A5Q00072307 ...

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