CFS8DL6160VPADT2Touchpad with Prox Reader

K14804V1 6/08 Rev. B 6160VPADT 6160VPADT6160VPADT 6160VPADT SafePass TM Remote Touchpad with Prox Reader INSTALLATION and SETUP GUIDE GENERAL INFORMATION The 6160VPADT is an addressable remote Voice Touchpad with a built-in Proximity Reader, designed for use with ADT control panels. This Touchpad provides the following features: • Backlit Display (programmable as permanent on some controls) • Continuously Backlit Touchpad Keys • Programmable Function Keys • Built-in Sounder • Arm/Disarm via Prox Tag • Voice Chime • Voice Status • Message Center • Supervised by control panel (if supported). Installation Notes • The Touchpad can only be used on addressable systems and cannot be used on Control Panels that use Keypad Address 31. The Touchpad must be set for address 00-30. When used with the Safewatch Pro/Security Manager 3000 control panels, address 16 must be assigned to the first Touchpad. Additional Touchpads must be assigned to addresses 17 – 23. (Refer to Setting the Touchpad Options.) • The Prox reader utilizes an additional keypad address, which must be enabled at the Control Panel (see control panel installation instructions for allowable keypad addresses). • The partition used for the Touchpad, Prox Reader, and User Code must be the same. • The Prox Tags will only arm and disarm one partition. The Prox Reader cannot be used to perform global arming operations. • Presenting a Prox Tag is functionally equivalent to entering a 4 digit user code. • Voice Chime should only be enabled when used with control panels that support the "chime by zone" mode (e.g., SAFEWATCH PRO/SECURITY MANAGER 3000). This mode must be enabled at the control panel. Refer to the control panel's installation and setup guide for information on how to program the chime mode. 6160VPADT QUICK SETUP The following steps can be used to install the 6160VPADT Remote Touchpad and Prox Reader. For more detailed information regarding installation, programming and operation, refer to Detailed Information and Installation. When installing wiring between the Touchpad’s terminal block and the terminal block on the Control Panel, connect only the red and black Aux. Power connections at the Touchpad initially, and follow the step-by-step instructions for addressing the Touchpad and Prox Reader. Step Action 1. Connect red and black wires only to touchpad. 2. Program the keypad address. (Safewatch Pro 3000 = 16) 3. Press * to save. 4. At the “VOICE CHIME” prompt, press *. 5. At the “ADDITIONAL CON” prompt, enter “0” if this is the Primary Voice Touchpad, or “1” if this is an additional Voice Touchpad. 6. Press * to save. 7. The “Prox Addr? XX” will be displayed. Enter an unused keypad address. 8. Press * to save. 9. Power down the panel. 10. Connect the green and yellow wires. 11. Power up the panel. 12. In panel programming, configure the Prox Reader Address that you just programmed as a keypad. a. If you are using a Vista-128, Vista-50 or like panels, go to device programming and program the Prox Address as an “Alpha Console.” b. If you are using a Safewatch Pro 3000, use an address between 17 and 23. Go to location *190 to *196 and enter the partition in which the Touchpad is being used. 13. Exit programming. 14. Enroll the Prox Tag by programming a new “User” code with the four-digit serial number located on the tag’s packaging. - 2 - STEP-BY-STEP INSTALLATION INSTRUCTIONS Touchpads can be surface mounted using drywall anchors or to a single- or double-gang electrical box. 1. Remove the case back by pushing in the two "snaps" along the Touchpad’s bottom edge and pulling the case apart. See diagram above. 2. Route wiring from the control panel through the case back openings or the knockouts located on the sides. 3. Mount the case back to a wall or electrical box. Do not connect the ECP Data In or Data Out until directed to do so. If the Touchpad’s Prox Reader detects the presence of ECP Data In and Out connections during address programming mode, it will exit to “normal” mode. 4. Wire directly from the Touchpad’s terminal block to the terminal block on the control panel. (Refer to the Wiring Table.) Connect only the red and black Aux. Power connections at the Touchpad. Use only 16-24 AWG wire. Wiring Table Touchpad Control Panel Wire Color G Data In Green – – Aux Pwr (GND) Black + + Aux. Pwr (POS) Red Y Data Out Yellow 5. Re-attach the Touchpad to the case back. 6. Remove clear protective film from LCD display. SETTING THE TOUCHPAD OPTIONS The procedures that follow are used to set the Touchpad address, voice chime mode, and additional console modes. Setting the Touchpad Address When used with the Safewatch Pro/Security Manager 3000 control panels, address 16 must be assigned to the first Touchpad. Additional Touchpads must be set at 17 - 23 and must be enabled additionally in control programming (fields *190 - *196). The Touchpad addresses being used for the Touchpad and the Prox Reader must be enrolled in the control panel. Swiping a Prox Tag when the system is in programming mode may cause programming fields to receive invalid entries. The Touchpad may be set for address 00-30 or for non- addressable mode (31). The default Touchpad address is 31. For valid address settings for your Touchpad, refer to the control panel's Installation & Setup Guide. Notes: • If installed with an older non-addressable panel (using address 31), the prox feature cannot be used. • If unable to enter the address mode, power down, power up, and try again. • If 10 seconds pass with no key entry, the Touchpad automatically exits the address mode. You must power down, power up, and start the address mode again. • The Touchpad will not enter the address mode if the control panel is in programming mode. 1. Apply power to the Touchpad. 2. Within 60 seconds of applying power to the Touchpad, press and hold down the [1] and [3] keys at the same time for 3 seconds. The current Touchpad address will be displayed. 3. Press "00". The current address is cleared. …

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EXHIBIT 4-1 CFS8DL6160VPADT2 / 573F-6160VPADT2 EXTERNAL PHOTOS TOP PLASTIC: DOOR CLOSED TOP PLASTIC: DOOR OPEN BOTTOM PLASTIC:

EXHIBIT 8 CFS8DL6160VPADT2 / 573F-6160VPADT2 LABEL INFORMATION EXACT PHYSICAL LOCATION OF LABEL ON BOTTOM PLASTIC: LABEL:

EXHIBIT 4-2 CFS8DL6160VPADT2 / 573F-6160VPADT2 INTERNAL PHOTOS PCB IN PLASTIC: PCB ISOLATED FROM THE DISPLAY MODULE & SPEAKER: EXHIBIT 4-2 ( CONT. ) CFS8DL6160VPADT2 / 573F-6160VPADT2 INTERNAL PHOTOS ( CONT. ) TOP OF PCB: BOTTOM OF PCB:

EXHIBIT 3-3 CFS8DL6160VPADT2 / 573F-6160VPADT2 § 15.209.(e) The frequency tolerance of the carrier signal shall be maintained within ±0.01% of the operating frequency over a temperature variation of -20 degrees to +50 degrees C at normal supply voltage. TEMP O C:FREQ (MHz): 50 13.55900 40 13.55921 30 13.55921 20 13.55929 10 13.55914 0 13.55929 -10 13.55914 -20 13.55900 § 15.209. (e) (cont.): The frequency tolerance of the carrier signal shall be maintained within ±0.01% of the operating frequency over a variation in the primary supply voltage from 85% to 115% of the rated supply voltage at a temperature of 20 degrees C. SUPPLY VOLT: TEMP O C:FREQ (MHz): (85% NOMINAL) 10.625 VDC 20 13.55929 (NOMINAL) 12.500 VDC 20 13.55929 (115% NOMINAL) 14.375 VDC 20 13.55929

EXHIBIT 5-1 CFS8DL6160VPADT2 / 573F-6160VPADT2 Report of Measurements . Measurements for the Intentional Radiator, and OBW were made in accordance with the procedures and reporting requirements at: Honeywell's OATS ( FCC No: 152762 & IC No:573F-1 ) which is located at: 2 Corporate Center Drive, Melville, NY 11747. Measurements were made in accordance with the procedure and reporting requirements of ANSI C63.4-2003. A explanation of how the test was run is this document: EXHIBIT 5-1 "Report of Measurements " The Test Set-Up (C63.4 section 10.1.3) is shown in EXHIBIT 5-2; "Test Setup Photos". The sequence of testing (C63.4 section 10.1.7) for radiated emissions above 30 MHz is as follows: A preliminary scan was conducted with the receiver antenna close to the EUT in order to identify the emission characteristics of the EUT (C63.4 section 8.3.1.1). The Biconolog antenna and EUT were then placed at the proper separation ( 3 Meters) with the EUT positioned at 80 cm on a non-conducting turntable. The EUT was rotated on the turntable to maximize the received signal strength, then the receiver antenna height was varied between one (1) and four (4) Meters to further maximize the received reading. Thereafter, the device was again rotated to a peak output position and the antenna height was re-adjusted for maximum received signal. This procedure was re-iterated until there was no further increase in signal level. This procedure was performed with the EUT rotating in three orthogonal planes (C63.4 section 13.1.4.1) to generate a final maximum reading which is recorded on the radiated emissions result sheet. Similar measurements were made to ensure compliance as an unintentional radiator. Note, The Spectrum Analyzer resolution bandwidths were set as follows; Video Bandwidth always set 3X greater than RBW For radiated emissions below 1 GHz, the RBW = 100kHz and Detector function set to peak. For radiated emissions above 1 GHz, the RBW = 1MHz and Detector function set to peak. For frequency's below 30 MHz a Loop Antenna was used as follows; the center of the EUT & sense loop antenna remain at a constant 1 meter height, and 3 meters apart during the test. The EUT is rotated in three orthogonal planes, the loop antenna is also swept in its yaw axis from 0 O to 90 O in order to generate a final maximum reading which is recorded on the radiated emissions result sheet. Intentional radiator emissions are recorded in "EXHIBIT 5-3". For occupied bandwidth measurements, the fundamental shall be within 14 KHz of the center frequency. The Initial Resolution bandwidth <1% of the frequency used. The 99% point will be represented by the 20 db down points between a 1 MHz Resolution Bandwidth and the minimum allowable resolution bandwidth which is 1KHz. OBW is recorded in "EXHIBIT 5-4". Unintentional radiator emissions ('Class B') are recorded in "EXHIBIT 5-5". Conducted emissions ('Class B') are recorded in "EXHIBIT 5-6". Test Equipment (per C63.4 section 10.1.4) is recorded in "EXHIBIT 6".

EXHIBIT 5-3 CFS8DL6160VPADT2 / 573F-6160VPADT2 FCC Part 15.225 Operation within the band 13.110-14.010 MHz. IC RSS 210 A2.6 Operation within the band 13.110-14.010 MH z NOTE: RSS 210.A2.6 and Part 15.225(a) are now harmonized: "The field strength of any emission shall " The field strength of any emission shall not exceed the following limits:" not exceed the following limits: " 1,584.8 millivolts/meter at 3 m < THIS IS THE SAME VALUE > 15,848 microvolts/meter at 30 m In accordance with 15.31, a correction of 40 db per decade of distance must be applied to the 15.225(a) readings for use on a 3 Meter Site: Correction Factor = 40 log (distance 1/ distance 2) = 40 log (30/3) = 40 dB Correction Factor = 10^(40 dB/20) = 100 X 3 Meter limit = 15,848 microvolts/meter X 100 = 1,584,800. uV/M = 1,584.8 mV/M The center of the UUT & sense loop antenna must remain at a constant 1 meter height during the test. DETECTOR: PEAK DETECTOR Transmit Frequency:13.56250501 MHz2ed Harmonic Frequency:27.120501002 MHz CABLE, Cable/Amp Factor (dB):1.5dbCABLE, Cable/Amp Factor (dB):1.5db Antenna Factor (dB):36.5Antenna Factor (dB):25.55 WORST READINGS: Unit Position:VERTUnit Position: VERT Loop Position:0 degLoop Position: 55 DEG Reading (dbuV):27.46Reading (dbuV): 6.55 [(Meter reading + Cable/Amp factor + Antenna factor) / 20 )] Conv. Reading = 10 ObservedUnitLoopDBuV:db:db:FS:FS:FCC / IC Freq:Position:Position:S/A Reading: Cable Loss:AF:AS uV/M: AS mV/M:LIMIT: 13.56250501 MHzVERT0 DEG27.461.536.5--------1.91,584.8 mV/M@3M 27.120501002 MHzVERT55 DEG6.551.525.5547.9--------3,000 uV/M@3M ObservedUnitBICONOLOGDBuV:db:db:FS:FS:FCC / IC Freq:Position:Position:S/A Reading: Cable Loss:AF:AS uV/M: AS mV/M:LIMIT: 40.68751503VERTHORZ3.861.619.7918.3--------100 uV/M@3M 54.25002004VERTHORZ10.011.614.6720.6--------100 uV/M@3M 67.81252505VERTHORZ4.671.712.378.6--------100 uV/M@3M 81.37503006VERTHORZ6.441.710.88.9--------100 uV/M@3M 94.93753507VERTHORZ4.871.910.447.3--------150 uV/M@3M 108.5000401VERTHORZ1.641.911.015.3--------150 uV/M@3M 122.0625451VERTHORZ3.172.012.027.2--------150 uV/M@3M 135.6250501VERTHORZ1.122.013.516.8--------150 uV/M@3M

EXHIBIT 5-4 CFS8DL6160VPADT2 / 573F-6160VPADT2 6160VPADT2 OCCUPIED BANDWIDTH OBW = 5.76 KHz

EXHIBIT 5-5 CFS8DL6160VPADT2 / 573F-6160VPADT2 RADIATED EMISSIONS

EXHIBIT 5-6 CFS8DL6160VPADT2 / 573F-6160VPADT2 CONDUCTED EMISSIONS Honeywell EN 55022, Class B Line 1 Peak Readings 100.0K1.0M10.0M100.0M Frequency MHz 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Amplitude dBμV Project #: 6160VPADT01:43:58 PM, Monday, August 06, 2012 C:\Tile4\Greg_B\6160VPADT-COND-08-06-12.TIL Operator: GREG 6160VPADT 6160VPADT 6160VPADT 6160VPADT CISPR Class B QP Limit CISPR Class B Avg Limit Peak Scan CISPRA_QP CISPRA_AV Honeywell EN 55022, Class B Neutral Peak Readings 100.0K1.0M10.0M100.0M Frequency 0 10.0 20.0 30.0 40.0 50.0 60.0 70.0 80.0 90.0 Amplitude Project #: 6160VPADT03:45:57 PM, Monday, August 06, 2012 C:\Tile4\Greg_B\6160VPADT-COND-08-06-12.TIL Operator: GREG 6160VPADT 6160VPADT 6160VPADT 6160VPADT CISPRB_QP CISPRB_AV C_Neutral CISPRA_QP CISPRA_AV PLEASE GO TO PAGE 2 FOR DATA TABLES EXHIBIT 5-6 (CONT.) CFS8DL6160VPADT2 / 573F-6160VPADT2 CONDUCTED EMISSIONS (CONT.)

EXHIBIT 6 TEST EQUIPMENT USED . Part 15.231, ANSI C63.4 , RSS 210 This is a list of all test equipment used. Test Equipment list for Honeywell OATS & Conducted Line: Equipment Mfg Model Cal Date Cal Due Spectrum Analyzer Rohde & Schwarz FSEA20 10/19/11 10/19/12 Antenna (‘Biconilog’) ETS (EMCO)Lindgren 3149 08/22/11 08/22/12 Antenna (LOOP) Electro-Metrics ALR-25M 06/29/12 06/29/13 Surge Suppressor Agilent (HP) HP11947A 05/12/12 05/12/1 LISN Com-Power LI-115 10/20/11 10/20/12 PLEASE SEE PAGE 2-7 FOR TEST EQUIPMENT TRACEABILITY If you need any additional information from Honeywell please contact: Greg Barbato RF Engineer (Acting for Ken Eskildsen) Phone (Direct): (516) 577-5863 Email: [email protected] Cert l.D.: 86798 An ESCO Technologies Company 1301 Arrow Point Drive Cedar Park, Texas 78613 (512) 531-6498 Operating Range: 80 MHz - 6 GHz Instrument Type: Biconilog (Type 5) Date Code: Afternate lD: 11242 Customer: HONEYWELL (NY) 26 - 1000 MHz, +/-0.9 dB; 1000 - 2000 MHz, +L0.8 dB; 2000 - 6000 MHz, +l-1 .2 dB 26 - 1000 MHz, +/-0.9 dB; 1000 - 2000 MHz, +10.8 dB; 2000 - 6000 MHz, +f l .3 dB 26 - 1000 MHz, +/-'1 .0 dB; 1000 - 2000 MHz, +l-1 .4 dgi 2000 - 6000 MHz, +12.3 dB Manufacturer: Model Number: ETS-Lindgren 31 49. s 000023192 22-Aug-11 3 meter, Horizontal and Vertical N'Jl,,r. K S\ETS.LINDGREIU- ;.:::;lii,-:,..,; *ffil"+ IACCREDITEDI Calibr.tlon taboreio.y Codltlc.to 1207,01 Certificate of Cal i bration Conformance Page I of 5 The instrument identifed below has been individually calibrated in compliance with the following standard(s): SAE, ARP-958 - 2003, Electromagnetic lnterference Measurement Antennas; Standard Calibration Method, Society of Automotive Engineers, Aerospace Recommended Practice. Fixed height, three antenna rotation, 1 meter separation. 3 meter separation performed per Annex C. Vertical calibration performed per above listed methodology. Environment: Laboratory MTE is maintained in a temperature controlled environment with ambient conditions from 18 to 28 C, relative humidity less than 90%. The instrument under test has been calibrated on an open air test site (OATS) with environment temperature conditions ranging from 0 to 40 C which has no known influences on measurement quality. Serial Number/ lD: 00045682 Tracking Number: Date Completed: Test Type: CalibrationUncertainty: 01m k=2, (95ok Confidence Level) 03m Test Remarks: Calibrated down to 26 MHz per customer request. Calibration Traceability: All Measuring and Test Equipment (MffE) identified below are traceable to the Sl units through the National lnstitute for Standards and Technology (NIST). Calibraiion Laboratory and Quality System controls are compliant with ISO/lEC 17025-2005 and ANSI/NCSL 2540-1 -1994. Standards and Equipment Used: Make / Model / Name / S/N / Recall Date Condition of Instrument Upon Receipt: In Tolerance to Internal Qualitv Standards On Release: In Tolerance to Internal Qualitv Standards Anritsu MS4623A Network Analyzer 99220119-Mar-12 This document provides traceability of measurements to recognized national standards using contrblled processes at the ETS-L|ndgren Calibration Laboratory. UncertaintieslistedarederivedfromthemethodsdescribedbyNlSTTechNotel29T. Thiscertificateandreportmaynotbereproduced,exceptinfull,withoutthe written approval of ETS-Lindgren Calibration Laboratory in accordance with ISO/IEC 1 7025-2005 and ANSI/NCSL 2540-1 -1994. QAF 1 1 27 (03/1 1 ) Calibration and fssued on 22-Aug-1 // .lilii.i(sffi s&lnnrrrrlS$s.N:uittl GENERAL CALIBRANON, INC. 2MARS COURT BOONTONNJOTOO5 ,,.:,.r;'f ll.tt,i.llWi Job No.: 076905 Manufaclu1gr: COM-POWER GENERAL CALIBRATION GENERAL CALIBRATION General Calibration, Inc. 2 Mars Court, Boonton, New Jersey 07005 Phone (973) 299-2950 Fax (973) 299-0595 DIGITAL MULTIMETER DIGITAL MULTIMETER Certihcate #: MR-19821 Work Order#: MR504 Customer #z 001464 :s.i.;lllt|l': wl r; (001464) #iiiiiiiilililliii.l 2 CORPORATE CENTER DRTVE MELVILLE,NY I1747 t.rlltrltit,tttuluuti,llliiliiiiliiiiilliii l||lllll$ffi b:i6$ssi*lltl'rl$tift{ ilrr,,,,,,rrtrt,tttitii::iiiiiiiitilltiiiiiliil* Asset Tag No.: Model Number: LI-l15 r1262 cal.Interval: 12 MONTH$_ . calibration Re_sull: ._PASSED 418 700 ',liilililltiiliiiiiiliiiliiitilitillllllllllllill$i'r;'..,',,l1'r'llllltlllllllltrlrl'rl.lii$i.lriiidiliffi*d,Ds!. 0211012012 This is to certif' that General Calibration, Inc. is A2LA accredited and that its calibration system is in compliance with ISO/1EC17025-2005" ANSI NCSL 2540- 1, ANSI NCSL 2540'3,andISO900l:2008. Thetestlimitsstatedinthereportcorrespondtothepublishedspecificationsoftheequipment,atthepointstested. Calibrationofstandards, referencestandardsandIntermediatestandardSinthiscalibrationhavebeencertifiedtraceabletotheSIUnitsofmerurement' ofaccreditationisdenotedwithA2LAaccreditedsymbolonthecalibrationcertificate.Ifthecertifcate unaccredited calibration. BestUncertaintiesrepresentexpandeduncertaintiesexpressedatapproximatelytheg5%confidencelevelusingacoveragefactorofk=2. Theresultsdocumentedinthis certificate relate only to the item(s) calibrated or tested. Approved By ,/*l'.- Z ,- .A a:: -,' ",--," .......-... General Calibration, Inc. - Q. A. Manager Issue Date: 10120/2011 :'

EXHIBIT 5-2 CFS8DL6160VPADT2 / 573F-6160VPADT2 TEST SETUP PHOTOS SENSE BICON HORIZ UUT HORIZ SENSE BICON HORIZ UUT VERT SENSE BICON HORIZ UUT OBLQ SENSE BICON VERT UUT HORIZ SENSE BICON VERT UUT VERT SENSE BICON VERT UUT OBLQ SENSE LOOP 0 O UUT HORIZ SENSE LOOP 0 O UUT VERT SENSE LOOP 0 O UUT OBLQ SENSE LOOP 0-90 O UUT HORIZ SENSE LOOP 0-90 O UUT VERT SENSE LOOP 0-90 O UUT OBLQ SENSE LOOP 90 O UUT HORIZ SENSE LOOP 90 O UUT VERT SENSE LOOP 90 O UUT OBLQ EXHIBIT 5-2 (CONT.) CFS8DL6160VPADT2 / 573F-6160VPADT2 TEST SETUP PHOTOS (CONT.) PICTURE OF THE OATS AT 2 CORPORATE CENTER DRIVE MELVILLE, NY 11747 EXHIBIT 5-2 (CONT.) CFS8DL6160VPADT2 / 573F-6160VPADT2 TEST SETUP PICTURES (CONT.) CLASS B CONDUCTED EMISSIONS