CFS8DL6160RFWireless keypad

Preliminary - 6 September 2002 K0903ax 9/6/02 5).(<3$'75$16&(,9(5 INSTALLATION GUIDE GENERAL INFORMATION The 6160RF keypad/transceiver is a is a combination unit that contains the following: • A 6160 Alphanumeric Addressable Keypad • A 5881M RF Receiver • A 5800TM Transmitter Module The 6160RF Keypad/Transceiver may be used on any control panel that supports the 6160 Keypad (e.g., VISTA- 10SE, VISTA-15, VISTA-20SE, VISTA-40, VISTA-50P). FEATURES Wireless Features • Supports wireless key transmitters (5804, 5804BD). • Supports wireless keys with Signal Sentry (high- security) (5804E). • Provides a nominal range of 200' for the RF transmitters (some transmitters have a shorter range). • Supports RF jam detection when the receiver is enabled. U L The following transmitters are not intended for use in UL installations: 5804, 5804BD, 5804BDV, 5804E and 5827BD. Programming Features • Provides default settings for the functions of the wireless keys. • Provides a method to enroll up to eight (8) encrypted (high security) devices. Additional Features • Provides tamper protection that causes the system to annunciate a trouble condition if the cover is removed. (If supported by the control panel). The tamper switch has not been evaluated for UL installation. • Capable of sending status signals (Armed, Ready, etc.) to bi-directional units such as 5804BD, 5804BDV and 5827BD. APPLICATION GUIDELINES FOR THE 6160RF Use the following guidelines when planning an installation: • If using bi-directional devices, be sure to enable the transmitter module in the 6160RF. • If transmitters are programmed into the control panel, be sure to enable the receiver. (Make sure you do not exceed the number of receivers supported by the control panel.) • You must set the House ID only if you are using RF keypads and/or bi-directional devices; AND the House ID Source is the 6160RF (Local). Note: If the House ID source is the panel, enter *99 into keypad. 6160RF Application Guide The guide, provided below, outlines how to program the wireless keys, RF receiver, and the House ID in the 6160RF for your particular installation. * Two 6160RFs are needed for this application: one connected to partition 1’s keypad terminals, and one connected to partition 2’s. ** If using an RF keypad on only one partition, the 6160RF’s partition assignment must match the partition set in field 1*48. *** If set for Local on a partition control, the 6160RF’s partition assignment must match the one programmed in the BD device. Control Panel RF keypads and/or Bi-directional devices on more than 1 partition? Program RF Receiver House ID Source *** As VISTA-10SE, VISTA-15, VIA-30PSE NO Enable System VISTA-20SE NO Enable System YES* Disable Local VISTA-40, VISTA-50P NO** Enable System YES Disable Local Preliminary - 6 September 2002 2 INSTALLING THE 6160RF Locate the 6160RF in an area and at a height where it is convenient for user operation. The 6160RF must be at least 10 ft from the control panel to ensure proper operation of the RF receiver. Mounting And Wiring The 6160RF has terminal blocks for connection to power and data wires, and relay contact wires. Removing the keypad’s case back accesses these terminal blocks. The 6160RF can be surface mounted directly to walls, or to a single- or double-gang U.S./Italian style electrical box. Follow these steps to mount and wire the keypad: 1. Detach the case back by pushing up into one of the two slots at the bottom of the keypad with the blade of a small screwdriver (this will push in the release snap), then pull that side of the case back away. Repeat for the other side. Refer to Figure 1 for location of the case back release snaps. ARMED READY MOUNTING RELEASE SNAPS NOTE: TO REMOVE REAR COVER PUSH IN THE TWO MOUNTING SNAPS LOCATED ALONG THE BOTTOM OF THE KEYPAD AND LIFT COVER UP. 6164RF-003-V0 Figure 1. Removing the Case Back 2. Pass the wiring from the control panel through the opening in the case back. (see the control panel’s instructions for proper run lengths.) a. If surface wiring is being used, wiring may be routed through the top or the bottom left-side breakout in the case back. See Figure 2. The breakouts must be punched out using a screwdriver before mounting the case back. b. If desired, wires may be strain-relieved to the wire tie point on the inside of the case back with a tie wrap (not supplied). 3. Mount the case back to a wall or to an electrical box using the 25mm-long self-tapping screws supplied (mollies for drywall are not supplied). Note: If you wish to tamper-protect the keypad for removal from the wall, use an additional mounting screw in the tamper hole in the case back (see Figure 2 for location). 4. Connect the power and data wires from the control panel to the terminals on the 6160RF as indicated Figure 3 and Table 1. G 6160RF-002-V0 Y + TAMPER SWITCH WIRING TERMINALS (TO CONTROL PANEL) + + + + Figure 3 - 6160RF Wiring Details Table 1 - Wiring Table Keypad Control Panel Wire Color s G Data In Green - -Aux Pwr (GND) Black + +Aux Pwr Red y Y Data Out Yellow 5. Re-attach the keypad to the mounted case back. Attach the top of the keypad first, and then press the bottom section down until it snaps into place securely. 6. Peel off protective film on the LED panel and install the keypad labels as required. 6160RF PROGRAMMING Entering Program Mode Press the [1] and [3] keys simultaneously for a few seconds within 30 seconds after applying power or within 30 seconds after removing the case back. The current keypad address CON ADDRESS = XX will be displayed. Press the [ S ] key. Programming Operations Once you have entered the Program mode, you may advance between prompts by pressing the [ S ] key. This will also store displayed information. Programming the 6160RF Note: Refer to the control panel’s installation instructions for the acceptable keypad and receiver addresses. • If you are using a wireless key in High-Security mode (e.g.;5804E) in the control panel, it will occupy o…

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EXHIBIT 1-1 CFS8DL6160RF 6160RF FUNCTIONAL DESCRIPTION The 6150RF unit is a combination unit that contains all the functions of an alphanumeric keypad and a transceiver on one board. It incorporates the same functionality of a 6160 keypad; therefore it may be used on any Ademco control panel that supports this type of keypad. It supports wireless key transmitters in encrypted and non-encrypted modes. It also supports wireless keypads, such as 5827 and 5828V.

EXHIBIT 2-1 CFS8DL6160RF RF CIRCUIT DESCRIPTION The 6160RF wireless keypad contains several functions, such as keypad, panel interface, and LCD display, please refer to the Block Diagram ( EXHIBIT 2-3 ), and page 7 (RF CKT Page) of the Schematic ( EXHIBIT 2-2 ). Please note that some blocks contain reference to "868 Mhz" These parts are not used on domestically sold units. The RF section operates at 345 Mhz, and functions as follows: The received RF signal enters the receiver through ANT1 & ANT2, of the switched diversity antenna system. The antennas are switched by SW2 under the control of the RF MICRO U16 , SAW FILTER FL3 improves the selectivity of the receiver, while LNA U74 improves the sensitivity. All other receive functions are handled by the SINGLE CHIP RECEIVER U19, including the phase locked L.O., who's FDE is Y3. The RX Data is fed directly into the RF MICRO for processing. The transmitted RF signal is generated by a single phase locked chip U12 who's FDE is Y2. U12 is also amplitude modulated by the RF MICRO. CR19 etc., provides power level adjustment, and U13 acts as the PA. SW3 is the T/R SWITCH, sending the transmitted signal through FL3 for improved emissions, and then on to the diversity antenna system.

EXHIBIT 3-1 CFS8DL6160RF 6160RF DUTY CYCLE CALCULATIONS TM TRANSMISSION Transmit data rate is 3.7 Kbit/sec. Each bit has a nominal duration of 270 usec. The data output is Manchester phase-encoded, which has an inherent 50% duty cycle. Each TM message consists of 72 bits, which makes for a message duration of 19.44 msec. Each message is transmitted six times. Inter-message gap is 100msec. Duty Cycle =6x19.44x0.5 / 616.64 = 9.4% TM2 TRANSMISSION Transmit data rate is 3.7Kbit/sec. Each bit has a nominal duration of 270 usec. The data output is Manchester phase-encoded, which has an inherent 50% duty cycle. TM2 message consists of 120 bits, so message duration is 32.4 msec. Each message is transmitted six times. Inter-message gap is 100msec Duty Cycle =6x32.4x0.5 / 694.4 = 13.99% SITE ID TRANSMISSION Transmit data rate is 10KBits/sec. Each bit has a nominal duration of 100usec. The data output is Manchester phase-encoded, which has an inherent 50% duty cycle. Longest Site ID message consists of 440 bits; this makes one message duration equal to 44 msec. Each message is transmitted six times. Inter-message gap is 100msec Duty Cycle =6x44x0.5 / 764 = 17.27%

EXHIBIT 6 CFS8DL6160RF Test Equipment list 1. Antenna: RGA-60 S/N: 3127 Cal. on: 11/01/01 Cal. due: 11/01/02 2. Antenna: Log Periodic S/N:447 Cal. on: 11/01/01 Cal. due: 11/01/02 3. Spectrum Analyzer H. P. 8563E S/N:3246A00232 Cal. on: 03/01/02 Cal. due: 03/01/03

EXHIBIT 5-1 CFS8DL6160RF Report of Measurements. Measurements were made at Ademco 's Measurement Facility at 160 Eileen Way , Syosset , NY 11791 , FCC Registration number : 90421. Measurements were made in accordance with the procedures and reporting requirements of ANSI C63.4-1992. The Test Set-Up (C63.4 section 10.1.3) is shown in the attached drawing. The sequence of testing (C63.4 section 10.1.7) for radiated emissions 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 antenna and EUT were then placed at the proper separation with the EUT positioned 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 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 on the receiver to ensure compliance as an unintentional radiator. See Exhibit 6 for list of test equipment (C63.4 section 10.1.4). Note, Spectrum Analyzer resolution bandwidths set as follows; (Video Bandwidth set greater than RBW) - For occupied bandwidth measurements, RBW = 100kHz, (This is in accordance with the minimum RBW allowed by C63.4, which requires RBW greater than 5% of the FCC required occupied bandwidth spec of 0.25% of center frequency). - For radiated emissions below 1 GHz, the RBW = 100kHz. Detector function set to peak. - For radiated emissions above 1 GHz, the RBW = 1MHz. Detector function set to peak. OCCUPIED BANDWIDTH is shown on attached plot. RADIATED EMISSIONS are recorded on attached sheet.

Frequency (MHz) Antenna Polarity ( V-H ) Meter Reading (dB uV) Cable/Amp Factor ( dB ) Antenna Factor (dB/M) Converted Reading ( uV/M ) Duty Cycle ( % ) Corrected Reading ( uV/M ) Limit @ 3 Meter ( uV/M ) 30 729 345H74.5 1.5 16.663981017.46926.9 7,291 690H24.5 2.0 21.123917.441.586 729 1035H22.5 3.0 25.2342.717.459.62 500 1380H26.1 3.17 28.880017.4139.2 500 1725H19.5 3.83 31.2532.717.492.69 729 4000 729 9/20/02 JOHN FITZGERALD KEN ADDY DATE:________________ TESTED BY:______________________ APPROVED BY:_____________________ 6160RF (TRANSMITTER) TEST SAMPLE (model) __________________________________________ TEST METHOD: ANSI C63.4-1992 TEST SPECIFICATION: FCC PART 15, SUBPART C. NOTES: 1) Fo= 345 MHZ 2) DETECTOR = PEAK. 3) FREQUENCY RANGE SCANNED TO 4 GHz. (METER READING +CABLE /AMP FACTOR +ANTENNA FACTOR) 20 4) CONVERTED READING = 10 5) CORRECTED READING = CONVERTED READING X DUTY CYCLE 6) FIVE HIGHEST EMISSIONS RECORDED. ALARM DEVICE MANUFACTURING COMPANY 165 EILEEN WAY SYOSSET, NY 11791 FCC ID: CFS8DL6160RF

Frequency (MHz) Antenna Polarity ( V-H ) Meter Reading (dB uV) Cable/Amp Factor ( dB ) Antenna Factor (dB/M) Converted Reading ( uV/M ) Duty Cycle ( % ) Corrected Reading ( uV/M ) Limit @ 3 Meter ( uV/M ) 334.3H12.5 1.4 16.66 31.26 0 31.26 200 668.6H7.6 1.85 21.1 33.68 0 33.68 200 1002.9H2.85 2.8 25.2 34.87 0 34.87 500 1337.2H1.4 3.1 28.8 46.2 0 46.2 500 1671.5H0.66 3.5 31.2 58.6 0 58.6 500 9/20/02 JOHN FITZGERALD KEN ADDY DATE:____________________ TESTED BY:_________________________APPROVED BY:________________________ 6160RF (RECEIVER) TEST SAMPLE (model): _______________________________________________ TEST METHOD: ANSI C63.4-1992 TEST SPECIFICATION: FCC PART 15, SUBPART C. NOTES: 1) Fo= 345 MHZ 2) DETECTOR = PEAK. 3) FREQUENCY RANGE SCANNED TO 4 GHz. (METER READING +CABLE /AMP FACTOR +ANTENNA FACTOR) 20 4) CONVERTED READING = 10 5) CORRECTED READING = CONVERTED READING X DUTY CYCLE 6)FIVE HIGHEST EMISSIONS RECORDED. ALARM DEVICE MANUFACTURING COMPANY 165 EILEEN WAY SYOSSET, NY 11791 FCC ID: CFS8DL6160RF