MODEL ICP-B6 Intelligent Control Point

1 Installation InstructionsMODEL ICP-B6 Intelligent Control PointThe SIEMENS MODEL ICP-B6 IntelligentControl Point can be used as an independent,remotely located telephone zone, a speakerzone (25V or RMS), or notificationappliance circuit (NAC), depending on how it isconfigured. It communicates through theanalog loop of the MXL/MXLV to 12 ICP-B6s can connect to each analogloop of the MXL/MXLV. These modules mustbe connected to the first 12 address locationson the analog 24 VDC power input for each ICP-B6comes from either the MMB, the PSR, or froman auxiliary power supply which is powerlimited and UL listed for fire protective signal-ing use and is rated between 24 and Each ICP-B6 can be assigned a 32-character, custom alphanumeric module uses one address on either theanalog loop of the ALD-2I module or the analogloop of the MMB board. (See Figure 1.)Addressing and TestingUse the DPU Device Programming Unit or theFPI-32 Programmer/Tester (Sensor-LINK) toprogram and test the :With FPI-32 Rev.

2 Software, only1=MXL mode should be used whenprogramming a Set the ICP-B6 Module Address: 1. Plug the programming cable of the DPU orFPI-32 Programmer/Tester (SensorLINK)into the two-pin receptacle on the ICP-B6 .(See Figure 2 for location only.)2. Set the system address for the ICP-B6 byfollowing the instructions in the FPI-32(SensorLINK) Programmer/Tester Manual,P/N 315-090077, or the DPU User'sManual, P/N 315-033260, as all system power before instal-lation, first battery and then AC. (To powerup, connect the AC first, then the battery.)All wiring must comply withnational and local ICP-B6 should be installed in a ULlisted electrical box. (See Figure 10.)Analog LoopThe ICP-B6 communicates with the MXLthrough its analog addressable loops. Theseloops are on either the MMB or on the optionalALD-2I module of the MOM-4. They may bewired for Class A (Style 6) or Class B (Style 4).Figure 1 shows both wiring types and theconnections to either the MMB or to theMOM-4 when the ALD-2I module is used.

3 Thetable on the following page lists the maximumoutput currents SafetyP/N 315-095306-7 Siemens Building Technologies, Fernwood RoadFlorham Park, New Jersey 07932 Siemens Building Technologies, Kenview BoulevardBrampton, Ontario L6T 5E4 CN2 The ICP-B6 module can be used in fourdifferent ways:1. Using the ICP-B6 as an NAC ModuleThis notification appliance application uses theprinciple of polarity reversal when there is analarm. Figure 2 shows the polarity connectionin a supervisory condition. When using theICP-B6 as a supervised NAC output modulewith notification appliance devices, cut jumperJP2. Refer to Figure 2 for additional connec-tion and jumper information, and to P/N 315-096363 for a list of compatible ALLOWABLE ICP-B6 OUTPUT CIRCUIT LINE RESISTANCEFOR SPECIFIED DC RISER CURRENT AND LINE RESISTANCEMAXIMUMDC RISERCURRENT(in Amps)DC RISER RESISTANCE (in Ohms) Ohm1 LOOP RESISTANCE FOR EACH ICP-B6 ON RISERNOTES:1.

4 Resistances specified are for both If higher currents are required, Siemens Building Technologies, Inc. recommends using a localauxiliary supply which is UL listed for fire protection signaling use. The supply should be ratedbetween 24 and used as an NAC module, the outputcircuit is power limited. The ICP-B6 maximumcurrent is at 24 VDC. If the 24 VDC islost or the NAC line is broken or shorted, thetrouble condition INPUT DEVICE RESPONSETOO LOW displays at the MXL/MXLV controlpanel. Refer to Figures 3 and 4 for the con-nections used with the TRI-60/B6 module andthe PSR-1 module, respectively. See the LineResistance chart for the allowable line resis-tance for each ICP-B6 output 2 ICP-B6 Used as a Strobe ModuleFigure 1 Analog Loop Connections100 OHMS MAXANALOG LOOP CONNECTION(T-TAPPING ALLOWED)OPERATES IN FULL CONFORMANCE WITH STYLE 4 (CLASS B)*JUMPERS CAN BE REMOVED FROM MMB-3 WITH CSGM CONFIGURATION**TB1TB1TB1 ICP-B6 ICP-B6 ICP-B6121212 ALD-2 IALD-2 IMOM-4TB2 MOM-4TB1 MMBTB2 MMBTB3 LOOP 1 LOOP 2 LOOP 1 LOOP 2 LOOP 1 LOOP 2432187654321876543214321432187654321876 543214321 LOOP RESISTANCE 100 OHMS MAX18 AWG MINIMUM WIRENO EOL DEVICE REQUIREDSUPERVISED, POWER LIMITED PER NEC 760 ALL WIRING MUST CONFORM TO NATIONAL ANDLOCAL ELECTRICAL CODES4 Figure 4 ICP-B6 Connections Using PSR-1 Figure 3 ICP-B6 Connections When Using TRI-60 the ICP-B6 as a Telephone ZoneWhen the ICP-B6 is used as a telephone zonemodule, the 24 VDC provides supervision,trouble, and call-in conditions.

5 If the 24 VDC islost, the trouble condition INPUT DEVICERESPONSE TOO LOW displays at the MXL/MXLV and an LED for that zone lights at theVSM-1 supervised telephone common talk riserstarts at the TBM module in the MME-3 back-box. The Class B shielded cable connectscontinuously to each ICP-B6 with a end ofline device. Tie the shield of these riser wiresand the shield of the zone output wires togetherusing terminal 5 of TB2 and isolate them fromthe system circuits and the earth the supervised individual zone outputconnections from each ICP-B6 to the fieldtelephone with shielded cable. Terminate themat the last station with a 10K ohm end of lineresistor. As with the common talk line de-scribed in the paragraph above, be sure thatthe shield is continuous and isolated fromFigure 5 ICP-B6 Used as a Telephone Zoneboth system circuits and earth ground andthat the shields are connected togetherusing terminal 5 of Using the ICP-B6 as a 70 Volt SpeakerZoneWhen the ICP-B6 is used as a speaker zone,the 24 VDC provides the supervision.

6 If the 24volts is lost or there is an open or shortedspeaker output line, the trouble conditionINPUT DEVICE RESPONSE TOO LOWdisplays at the MXL/MXLV and the relatedzone LED on the VSM-1 RMS audio input comes from theamplifier via the ASC-2 Amplifier Supervisioncard. The ASC-2 supervises the audio connec-tion path to the ICP-B6 and provides up to 100watts of power. The ASC-2 can be used asStyle Y (Class B) or Style Z (Class A). Refer tothe ASC-2 Instructions, P/N the ICP-B6 is used as a speaker zone,the output speaker lines are supervised andpower limited. The audio output cannot exceed625 watts. Connect the speaker output as eitherStyle Y (Class B) or Style Z (Class A). Figure 6gives the approximate decibel loss for the totalspeaker zone wire length for various wiregauge using the ICP-B6 as a RMSspeaker zone, cut the JP1 jumper. (SeeFigure 8.)4. Using the ICP-B6 as a 25 Volt SpeakerZoneWhen the ICP-B6 is used as a speaker zone,the 24 VDC provides the supervision.

7 If the 24volts is lost or there is an open or shortedspeaker output line, the trouble conditionINPUT DEVICE RESPONSE TOO LOWdisplays at the MXL/MXLV and the relatedzone LED on the VSM-1 25V RMS audio input comes from theamplifier via the ASC-2 Amplifier Supervisioncard. The ASC-2 supervises the audio connec-tion path to the ICP-B6 and provides up to 100watts of power. The ASC-2 can be used asStyle Y (Class B) or Style Z (Class A). Refer tothe ASC-2 Instructions, P/N the ICP-B6 is used as a speaker zone,the output speaker lines are supervised andpower limited. The audio output cannot exceed35 watts. Connect the speaker output as eitherStyle Y (Class B) or Style Z (Class A). Figure 7gives the approximate decibel loss for the totalspeaker zone wire length for various wiregauge using the ICP-B6 as a 25V RMSspeaker zone, cut the JP2 jumper (SeeFigure 9).Figure 6 Approximate Speaker Zone Wire Losswith the OptionFigure 7 Approximate Speaker Zone Wire Losswith the 25V Option7 Figure 8 ICP-B6 Used as a Speaker ZoneFigure 9 ICP-B6 Used as a 25V Speaker ZoneMOUNTING(See Figure 10)1.

8 Use a standard 3 1/2-inch deep, doublegang electrical switchbox or a 4-inchsquare electrical box that is 2 1/2 inchesdeep with either a 1 1/2-inch deepextension or a 1 1/4 -inch deep plaster Connect the field wiring. Insert the ICP-B6into the box and fasten the module plate tothe 10 Mounting the ICP-B6 NOTE: When using the double gangswitchbox or the plaster ringextension, use the same fourscrews to fasten both the moduleand the blank plate (user sup-plied).3. Cover the module front plate with a 4-inchblank plate (user supplied) and fasten withtwo plate 315-095306-7 Siemens Building Technologies, Fernwood RoadFlorham Park, New Jersey 07932 Siemens Building Technologies, Kenview BoulevardBrampton, Ontario L6T 5E4 CN