ESV-0407-3RF3341 Wireless Keypad

Users Guide for the RF3341 Wireless Keypad 1.0General Information The RF3341 is a Wireless Keypad which allow you to arm, disarm and send special Fire, Help and Panic alarms (if programmed to do so by your installing company) anywhere within the range of your alarm system. The Keypads are programmed with a unique code which will allow only your Keypads to work with your Security System. Although the range of the keypad may be up to 500 feet (150 meters) in open air, normal building materials can greatly reduce the range of your keypad. If you are in your automobile or if your home has aluminum siding, the range may be reduced even further. We suggest that you try out your keypad at various locations to test the range. 2.0Features of the RF3341 Keypad The RF3341 can arm and disarm your alarm system. The Keypad also has three programmable A, B and C keys. The functions of these keys will be determined by you and your installing company. 3.0RF3341 Keypad Functions The RF3341 can be used to arm and disarm your alarm system. The Keypad cannot tell you if the alarm system is armed or disarmed. If you need to know if the system is armed or disarmed, have your installing company install an indicator light or other device to let you know the system status. The LED will flash to indicate that a signal has been sent to your alarm system. To use the keypad, you must know your personal 4 digit code (PIN #) to disarm the system. The 4 digit PIN may not be required to arm your system if the system has been programmed with the "Quick-Arm" fea- ture enabled. Otherwise a 4 digit PIN is always required. The following examples of arming and disarming will use a PIN code of 1234. Your PIN code will be different. 4/12/99 Copyright © 1999 Detection Systems, Inc. Preliminary RF3341 Users Guide P/N 36798B Detection Systems, Inc. 3.1Arming your system Arming the system - Full Arming - Entry Allowed Enter your PIN code: Then enter: The system will now be fully armed. Opening an entry door will start the entry delay. Violating any other zones will cause an instant alarm. Arming the system - Occupied - No Re-Entry Allowed (Perimeter Instant Arming) Enter your PIN code: Then enter: The perimeter (doors and windows) will now be fully armed. Opening any door or window will now cause an instant alarm. The interior alarms in your structure will be disabled. You may move freely around the interior. Arming the system - Occupied - Entry Allowed (Perimeter Arm- ing) Enter your PIN code: Then enter: The perimeter (doors and windows) will now be fully armed. Opening any door will now start the entry delay. Opening a window will cause an instant alarm. The interior alarms in your structure will be disabled. You may move freely around the interior. Arming the system - Custom Arming Enter your PIN code: Then enter: The system will now arm the pre-defined areas. Only your installing company can change the pre-defined areas. Arming the system - Full Arming - No Entry Allowed Enter your PIN code: Then enter: The system will now be fully armed. Violating any zone will cause an instant alarm. Arming the system - Force Arming Under certain conditions, such as during an AC power failure or if some zones in your system are not ready (such as a window has been left open), it may be necessary to "Force Arm" your system. To Force Arm your system, enter your PIN code, select the type of arming desired and then press the "9" key. The example below is for full arming when the AC power has failed or if a zone is not ready: Arming the system - Full Arming - Force Armed Enter your PIN code: Then enter: Page 2Copyright © 1999 Detection Systems, Inc.RF3341 Installation Instructions 3.2Disarming your system Enter your PIN code and press the key: 3.3Partitioning You may have a Partitioned system. In a partitioned system, specific areas (partitions) may be armed while other areas remain disarmed. RF3341 Wireless Keypads should be assigned to individual partitions or may be used to arm and disarm the entire system. Only your installing company can change if a wireless keypad affects one partition or the entire system. If the wireless keypad is set to arm and disarm the entire system, you may assign user codes (PINs) to arm and disarm individual partitions. See "Personal Identification Numbers" in your systems Users Guide for additional information. 3.4Chime Mode Chime Mode causes the wired keypads to chime when a perimeter (door, window) zone is violated. The chime mode will not cause the RF3341 wireless keypad to chime. Turning On the Chime Mode Enter your PIN code: Then enter: To turn Off the Chime Mode, repeat the above sequence. 4.0Programmable ABC Keys The RF3341 Wireless Keypad contains 3 emergency keys which, if programmed by your installing company, may summon fire, police or other help. The programmable ABC keys are protected by a sliding cover so that you don't accidentally press them. Any of the emergency keys must be pressed for two seconds to transmit a message. At the end of two seconds, the keypad will beep once and the LED will flash to indicate that a message has been sent to the alarm system. The ABC Keys can be marked as follows: Fire. If programmed by your installing company, pressing this key for two seconds will summon the service specified by you and your alarm company. . Help. If programmed by your installing company, pressing this key for two seconds will summon the help services specified by you and your alarm company. Panic. If programmed by your installing company, pressing this key for two seconds will summon the services you specified with your alarm company. 5.0Option Key The Option Key may be programmed by your installing company to control other devices (such as lights) within the protected area. 6.0Battery Replacement The batteries will need to be replaced approximately every 3 years depending on usage. If you notice the range of the Keypad is decreasing, if the LED is not working or if the LCD keypad display indicates…

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DATE DRAWN DRAWING NUMBER DRAWING TITLE DRAWN BY: DTL APPR BY: SCALE A41127REV-B ds ® SHEET 1 OF 1 DETECTION SYSTEMS, INC. DWG- RF3341 LBL GEN ID 130 PERINTON PARKWAY FAIRPORT, NEW YORK, 14450-9099, USA (716) 223 4060, FAX (716) 223 9180 PART NO. 41127B DTLDM ECR# DR AUTH DATE SYMREVISION RECORD ACCEPTED DRAWING 3/24/99 B3/24/99 MADE IN USA LOT: ZZZ 1. Use raw label PN 41126. 2. Ribbon must be PN 40893. 3. XXXXXXXXXXX represents the assigned number once we have approval. 4. YYYYYYYYY is different for every unit and defines the program ID for system usage. 5. ZZZ represents the production lot number. MODEL# N633 FCC ID: ESV-0407-3 CANADA XXXXXXXXXXX ID: YYYYYYYYYRF3341

® DETECTION SYSTEMS, INC. 130 PERINTON PARKWAY FAIRPORT, NEW YORK 14450 USA phone: 716-223-4060 FAX: 716-223-9180 General Information of RF3341 Transmitter The RF3341 is a battery operated, hand-held 16 button RF transmitter. Using the “Entry Keys”, “Option Key”, or “Special Function Keys”, this product allows you to arm, disarm, and send special command signals to receiver(s) and repeater(s) in compatible Security Systems. The RF3341 has a carrier frequency of 304 MHz with a SAW based RF oscillator. The RF power level and data format of each transmission are intended to comply with FCC/IC regulations on Intentional RF Radiators. Frequency Control Devices Used: 1. One 800 KHz ceramic resonator used for the microcontrollers’ oscillator. 2. One 304 MHz SAW resonator used for the oscillator of the RF transmitter. Pressing any button will initiate a wake up to the microcontroller. Upon decoding, the button function will be transmitted, the LED will flash and the sounder will beep to indicate that a transmission is being occurring. The transmitter sends multiple packets under the following conditions: 4 packet signal transmitted when “Entry Keys” or “Option Key” pressed. 8 packet signal transmitted when “Special Function Keys” pressed. ( see attached copy of “General RF Alarm Devices Information for 5kbps” for detailed information.) FCC ID of RF3341 is: ESV-0407-3 Duty cycle correction factor calculation: Each packet contains 76 data bits and the packet transmission time with 5KHz data rate is 15.2 ms. Our 50% duty cycle Manchester coding of the transmission ensures a 50% ON-AIR time for every packet which is 7.6 ms. The minimum quiet time between packets is 100 ms. Packet time = 15.2 milliseconds. Quiet time between packets = 100 milliseconds. ON-AIR time = (packet time) x 50% = 7.6 milliseconds, in 115.2 milliseconds. Factor = 20 Log(ON-AIR time/ 100 ms) = 20 Log(0.076) = -22.38 dB

SHOW.PS Fairport Multi-Level Bills of Material 11:52:17 18 MAR 1999 Requested by engineer Page 1Level/Part E Description Qty/Assy UM IT Rt Scr PBT Rv LT RTG ECO ECO Note Reference Desig nator S Nbr % HNP Lv Off Seq Number Date Refer0 RF3341 WIRELESS KEYPAD 16 BUTTON EA FG 1....... 36737 P ASM-RF3341 -FINAL 1.00 EA SA 200 1 200 2...... 12917 A PBG- 2X 7. X 8. 1.00 EA PP 110 B1 110 2...... 19301D A LBL-PRODUCT SHIPPING 1.00 EA PP 90 B1 90 2...... 22492 A BOX- 3.375 x 1.75 x 5.125 1.00 EA PP 90 1 90 2...... 22640C A LBL-DS INC.-USA GP 1.00 EA PP 60 B1 60 2...... 22946 A PROG PLUG 1.00 EA PP 60 1 60 2...... 24584D A SRW-SM #6x1.250F2P-STZPLT 2.00 EA PP 110 B1 110 2...... 35627A P BATTERY DOOR (RF3341) 1.00 EA PP 90 1 90 2...... 35628A P ENC BASE (RF3341) 1.00 EA PP 60 1 60 2...... 35629A P ENC BTN COVER (RF3341) 1.00 EA PP 90 1 90 2...... 35630A P ENC COVER (RF3341) 1.00 EA PP 60 1 60 2...... 35631A P WALL MTG BRACKET (RF3341) 1.00 EA PP 110 1 110 2...... 36092B A BTRY-3.0V LITH 1.00 EA PP 60 1 60 2...... 36735 P ASM-RF3341 -PCSM 1.00 EA SA 50 1 50 3..... 16142 A CAP-CC- .01M- 50V-K-SMR 1.00 EA PP 20 1 20 C11 3..... 19935 A DIO-RLS4153 -SI .1A 50VSM 1.00 EA PP 20 1 20 D1 3..... 20402 A DIA-BAV70 -SI .2A 70SM 3.00 EA PP 20 1 20 D5,D6,D7 3..... 20466 A LED-HLMP 1550 GREEN RT2 1.00 EA PP 30 1 30 D4 3..... 20711B A CAP-CC- 27P- 50V-J-SMR 1.00 EA PP 20 1 20 C3 3..... 20990 A TRA-MMST5089-NPN-SI- SM 4.00 EA PP 20 1 20 Q4,Q5,Q6,Q8 3..... 22641 A RES-TF-0.1W- 0 -J-SMR-N 2.00 EA PP 20 1 20 J1,J2 3..... 22642 A RES-TF-0.1W- 1K-J-SMR-N 6.00 EA PP 20 1 20 R32,R33,R34,R35 ,R36,R43 3..... 22652 A RES-TF-0.1W- 6.8K-J-SMR-N 1.00 EA PP 20 1 20 R4 3..... 22653 A RES-TF-0.1W- 8.2K-J-SMR-N 1.00 EA PP 20 1 20 R28 3..... 22654 A RES-TF-0.1W- 10K-J-SMR-N 4.00 EA PP 20 1 20 R39,R40,R41,R42 3..... 22658 A RES-TF-0.1W- 22K-J-SMR-N 2.00 EA PP 20 1 20 R2,R3 3..... 22659 A RES-TF-0.1W- 27K-J-SMR-N 1.00 EA PP 20 1 20 R14 3..... 22665 A RES-TF-0.1W- 82K-J-SMR-N 1.00 EA PP 20 1 20 R12 3..... 22666 A RES-TF-0.1W- 100K-J-SMR-N 3.00 EA PP 20 1 20 R5,R29,R30 3..... 22667 A RES-TF-0.1W- 120K-J-SMR-N 1.00 EA PP 20 1 20 R31 3..... 22675 A RES-TF-0.1W- 560K-J-SMR-N 3.00 EA PP 20 1 20 R17,R21,R24 3..... 22678 A RES-TF-0.1W- 1M-J-SMR-N 6.00 EA PP 20 1 20 R1,R15,R16,R18, R19,R20 3..... 22681 A RES-TF-0.1W- 2.2M-J-SMR-N 3.00 EA PP 20 1 20 R9,R10,R11 3..... 23532B A CAP-CC- 2.2P- 50V-C-SMR 1.00 EA PP 20 1 20 C12 3..... 24462B A TRA-MMBT5087L-PNP-SI 2.00 EA PP 20 1 20 Q2,Q3 3..... 24737C A CAP-CC- 6.8P- 50V-C-SMR 1.00 EA PP 20 1 20 C7 3..... 24738B A CAP-CC- 12P- 50V-J-SMR 2.00 EA PP 20 1 20 C8,C9 3..... 24830B A CAP-CC- 4.7P- 50V-J-SMR 1.00 EA PP 20 1 20 C6 3..... 25040B A RES-TF-0.1W- 10 -J-SMR-N 1.00 EA PP 20 1 20 R13 3..... 25042B A RES-TF-0.1W- 100 -J-SMR-N 2.00 EA PP 20 1 20 R6,R7 3..... 25045B A RES-TF-0.1W- 330 -J-SMR-N 6.00 EA PP 20 1 20 R25,R37,R38,R44 ,R45,R46 3..... 25049B A RES-TF-0.1W- 820 -J-SMR-N 1.00 EA PP 20 1 20 R8 3..... 25084B A CAP-AL- 10M- 16V-M-RTP 2.00 EA PP 30 1 30 C13,C14 3..... 25180B A CAP-CC- .033M- 50V-K-SMR 1.00 EA PP 20 1 20 C10 3..... 25434C A CAP-CC- 470P- 50V-J-SMR 2.00 EA PP 20 1 20 C2,C5 3..... 25871C A LED-HLMP6305-RED-Z OPT-SM 1.00 EA PP 20 1 20 D2 3..... 25872C A LED-HLMP6505-GRN-Z OPT-SM 6.00 EA PP 20 1 20 D8,D9,D10,D11,D 12,D13 3..... 26707B A CAP-CC- .1M- 50V-M-SM 2.00 EA PP 20 1 20 C1,C18 3..... 27140B A CAP-TA- 4.7M- 16V-K-SMR 1.00 EA PP 20 1 20 C4 3..... 27787B A THERM- 30K NTC-20%-SMR 1.00 EA PP 20 1 20 RT1 3..... 27897B A COIL-68NH 2.00 EA PP 20 1 20 L1,L2 3..... 28599C A AUTOPIN HEADER .470 INCH 3.00 EA PP 30 1 30 P1 3..... 33090B A TRA-MMBR911LT1-NPN-SI-RF 1.00 EA PP 20 1 20 Q7 3..... 33128B A TERMINAL,BATTERY (SE2) 2.00 EA PP 40 1 40 BCLIP1,BCLIP2 3..... 33933B A RESONATOR, 800KHz 1.00 EA PP 30 1 30 Y1 3..... 34169B A TRA-MMBTH10 -NPN-SI-RF 1.00 EA PP 20 1 20 Q1 SHOW.PS Fairport Multi-Level Bills of Material 11:52:18 18 MAR 1999 Requested by engineer Page 4Level/Part E Description Qty/Assy UM IT Rt Scr PBT Rv LT RTG ECO ECO Note Reference Desig nator S Nbr % HNP Lv Off Seq Number Date Refer0 RF3341 WIRELESS KEYPAD 16 BUTTON EA FG 3..... 34297B A CAP-CC- 33P- 50V-J-SMR 2.00 EA PP 20 1 20 C15,C16 3..... 34298B A RES-TF-0.1W- 6.2M-J-SMR-N 2.00 EA PP 20 1 20 R26,R27 3..... 35675B A PIEZO ALARM (13mm) 1.00 EA PP 40 1 40 DS1 3..... 35957B A COIL-150nH-10% 1.00 EA PP 20 1 20 L3 3..... 36015A E SCHEMATIC (RF3341) 0.00 EA DR 40 2 40 3..... 36016A P P.C.BOARD (RF3341) 1.00 EA PP 20 1 20 3..... 36525A P PROG IC-RF3341 VXXX 1.00 EA MP 19 1 19 U1 4.... 29474B A LBL-16PIN SOL PROGRAMMER 1.00 EA PP B1 4.... 35919B A IC (PIC16LC62A) UNPROG SM 1.00 EA PP 1 4.... 36526A P EXEC.CODE-RF3341 VXXX 0.00 EA DR 2 3..... 37043B A RESONATOR 304.000MHZ SM 1.00 EA PP 20 1 20 Y2 3..... 37361B A ANTENNA WIRE FRM (RF3341) 1.00 EA MP 40 1 40 4.... 34503B E WIRE-18 BUSS TINNED .040 1.00 FT PP 1 2...... 36797B E DWG-RF3341 -GP LBL INFO 0.00 EA DR 90 2 90 2...... 36798A P INGUIDE (RF3341) 1.00 EA PP 110 1 110 2...... 37277B A LBL-123(ONE BATTERY) 1.00 EA PP 90 1 90 2...... 37358C A KEYPAD S/S RF3341 RUBBER 1.00 EA PA 60 1 60 2...... 38836B A SRW-SM #4X0.625PHP-STZLT 4.00 EA PP 60 B1 60 2...... 39315B I LBL-GEN .970X.470 1.00 EA PP 90 B1 90 2...... 39316C E DWG-LBL GEN ID 0.00 EA DR 85 2 85

EXHIBIT 6 Report of Measurements Para. 2.1033(b)(6) FCC ID: ESV-0407-3 Retlif Report No. R-7970-1 APPLICANT Detection Systems 130 Perinton Parkway Fairport, NY 14450 MANUFACTURER SAME TEST SPECIFICATION: FCC Rules and Regulations Part 15, Subpart C, Para. 15.231 TEST PROCEDURE: ANSI C63.4:1992 TEST SAMPLE DESCRIPTION BRANDNAME: Detection Systems MODEL: RF3341 TYPE: Pulsed RF Security/Alarm Transmitter POWER REQUIREMENTS: 3 VDC via Internal Batteries FREQUENCY OF OPERATION: 304 MHz TESTS PERFORMED Para. 15.231(a), Radiated Emissions, Fundamental & Spurious Para. 15.231(c), Occupied Bandwidth FCC ID: ESV-0407-3 Retlif Report No. R-7970-1 REPORT OF MEASUREMENTS Applicant: Detection Systems Device:304 MHz Security Transmitter FCC ID: ESV-0407-3 Power Requirements: 3 VDC via Internal Batteries Applicable Rule Section:Part 15, Subpart C, Section 15.231 TEST RESULTS 15.231 (a) -The device is a Remote/Control Security Transmitter designed to transmit arm, disarm signals and other signals to control devices within a residential security system. 15.231 (a)(1) - The transmitter is manually activated by pressing either the “arm”, “disarm” or “panic” buttons. 15.231 (a)(3) - The unit does not perform periodic transmissions for system integrity and status purposes since it is manually activated. 15.231 (a)(4) - The device is used for Security purposes for remote control and the arming and disarming of home security systems. 15.231 (b) -The fundamental field strength did not exceed 5580 μV/M (Average) at a test distance of 3 meters. In addition, the requirements of section 15.35 for averaging pulsed emissions and for limiting peak emissions were met. The field strength of harmonic and spurious emissions did not exceed 558μV/M (AVERAGE). 15.231 (c) -The device operates at 304 MHz. The bandwidth of emissions did not exceed 0.25% of the operating frequency (760 kHz). FCC ID: ESV-0407-3 Retlif Report No. R-7970-1 REPORT OF MEASUREMENTS (continued) DETERMINATION OF FIELD STRENGTH LIMITS The field strength limits shown below are found in Section 15.231. Frequency Limit F1=2603750 =L1 Fo=304Lo F2=47012500 =L2 The formula below was utilized to determine the limits: Limit = L1 + [(Fo-F1)(L2-L1)/(F2-F1)] Solving yields: Fundamental Limit= 5580 μV/M (AVERAGE) @ 3 Meters Harmonic Limit= 558 μV/M (AVERAGE) @ 3 Meters DETERMINATION OF DUTY CYCLE AS PER DETECTION SYSTEMS: Each packet contains 76 data bits and the packet transmission time with a 5 kHz data rate is 15.2 milliseconds. The 50% duty cycle Manchester Coding of the transmission ensures a 50%on-air time for every packet which is 7.6 milliseconds. The minimum quiet time between packets is 100 milliseconds. Packet Time = 15.2 milliseconds Quiet Time Between Packets = 100 milliseconds ON-AIR Time = (Packet Time) x 50% = 7.6 milliseconds, in 115.2 milliseconds Factor = 20 LOG(ON-AIR time/100 milliseconds) = 20 LOG(0.076) = -22.38dB FCC ID: ESV-0407-3 Retlif Report No. R-7970-1 REPORT OF MEASUREMENTS (continued) SPECTRUM ANALYZER DESENSITIZATION CONSIDERATIONS Due to the nature of the emissions being measured, care was taken to ensure that the resolution bandwidth of the spectrum analyzer was adequate to provide accurate measurements. The following formula was utilized: Pulse Desensitization = 20 Log ( PW * BW * 1.5) Setting pulse desensitization equal to zero and utilizing the minimum observed pulse width of 100 microseconds yields a minimum required bandwidth of 6666.7 Hz. FCC specified bandwidths of 100kHz and 1MHz were utilized below and above 1GHz, respectively. GENERAL NOTES: 1.All readings were taken utilizing a peak detector function at a test distance of 3 meters. 2. The duty cycle was applied to the peak readings in order to determine the average value of the emissions. 3. All measurements were made with two (2) new Duracell DL2025 Batteries. 4. The frequency was scanned from 30 MHz to 3.1 GHz. All emissions not reported were more than 20 dB below the specified limit. FCC ID: ESV-0407-3 Retlif Report No. R- 7970-1

Data Sheet 1 of 4 Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-7970-1 Test Sample: 304 Mhz Keypad Transmitter FCC ID: ESV-0407-3 Model No.: RF3341 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: March 4,1999 Notes: Test Distance: 3 Meters Detector: Peak Test Freq. Antenna Pol./Height EUT Orientation Meter Reading Correction Factor Corrected Reading Converted Reading Peak Limit Mhz(V/H) / DegreesX / Y / Z dBuv dB dBuV/m uV/m uV/m 304.0H / 1.0X76.9-4.272.74315.255800 304.0H / 1.0Y83.2-4.279.08912.555800 304.0H / 1.0Z72.4-4.268.22570.455800 304.0V / 1.3X82.9-4.278.78609.955800 304.0V / 1.5Y79.9-4.275.76095.455800 304.0V / 1.0Z72.0-4.267.82454.755800 608.0H / 1.0X35.82.738.584.15000 608.0H / 1.3Y37.02.739.796.65000 608.0H / 1.2Z38.32.741.0112.25000 608.0V / 1.0X39.62.742.3130.35000 608.0V / 1.3Y35.22.737.978.55000 608.0V / 1.0Z36.12.738.887.15000 912.0H / 1.0X26.37.233.5*47.35580 912.0H / 1.0Y26.37.233.5*47.35580 912.0H / 1.0Z26.37.233.5*47.35580 912.0V / 1.0X26.37.233.5*47.35580 912.0V / 1.0Y26.37.233.5*47.35580 912.0V / 1.0Z26.37.233.5*47.35580 1216.0H / 1.0X45.2-6.338.988.15000 1216.0H / 1.0Y44.5-6.338.281.35000 1216.0H / 1.0Z43.6-6.337.373.35000 1216.0V / 1.2X45.8-6.339.594.45000 1216.0V / 1.0Y43.4-6.337.171.65000 1216.0V / 1.1Z43.4-6.337.171.65000 1520.0H / 1.0X40.6-4.835.8*61.75000 1520.0H / 1.0Y40.6-4.835.8*61.75000 1520.0H / 1.0Z40.6-4.835.8*61.75000 1520.0V / 1.0X40.6-4.835.8*61.75000 1520.0V / 1.0Y40.6-4.835.8*61.75000 1520.0V / 1.0Z40.6-4.835.8*61.75000 The frequency range was scanned from 30 Mhz to 3.1 Ghz. All emissions not recorded were more Than 10 dB below the specified limit. Emissions from the EUT do not exceed the specified limits. *=Noise Floor Measurements ( Minimum system sensitivity) Data Sheet 2 of 4 Test Method: FCC Part 15 Subpart C Radiated Emissions Customer: Detection Systems Job No. R-7970-1 Test Sample: 304 Mhz Keypad Transmitter FCC ID: ESV-0407-3 Model No.: N/A Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: March 4,1999 Notes: Test Distance: 3 Meters Detector: Peak Test Freq. Antenna Pol./Height EUT Orientation Meter Reading Correction Factor Corrected Reading Converted Reading Limit Mhz(V/H) / DegreesX / Y / Z dBuv dB dBuV/m UV/m uV/m 1824H / 1.0X41.3-2.738.6*85.15580 1824H / 1.0Y41.3-2.738.6*85.15580 1824H / 1.0Z41.3-2.738.6*85.15580 1824V / 1.0X41.3-2.738.6*85.15580 1824V / 1.0Y41.3-2.738.6*85.15580 1824V / 1.0Z41.3-2.738.6*85.15580 2128H / 1.0X41.6-1.340.3*103.55580 2128H / 1.0Y41.6-1.340.3*103.55580 2128H / 1.0Z41.6-1.340.3*103.55580 2128V / 1.0X41.6-1.340.3*103.55580 2128V / 1.0Y41.6-1.340.3*103.55580 2128V / 1.0Z41.6-1.340.3*103.55580 2432H / 1.0X41.7-0.441.3*116.15580 2432H / 1.0Y41.7-0.441.3*116.15580 2432H / 1.0Z41.7-0.441.3*116.15580 2432V / 1.0X41.7-0.441.3*116.15580 2432V / 1.0Y41.7-0.441.3*116.15580 2432V / 1.0Z41.7-0.441.3*116.15580 2736H / 1.0X41.71.142.8*138.05000 2736H / 1.0Y41.71.142.8*138.05000 2736H / 1.0Z41.71.142.8*138.05000 2736V / 1.0X41.71.142.8*138.05000 2736V / 1.0Y41.71.142.8*138.05000 2736V / 1.0Z41.71.142.8*138.05000 3040H / 1.0X42.03.145.1*179.95580 3040H / 1.0Y42.03.145.1*179.95580 3040H / 1.0Z42.03.145.1*179.95580 3040V / 1.0X42.03.145.1*179.95580 3040V / 1.0Y42.03.145.1*179.95580 3040V / 1.0Z42.03.145.1*179.95580 The frequency range was scanned from 30 Mhz to 3.1 Ghz. All emissions not recorded were more Than 10 dB below the specified limit. Emissions from the EUT do not exceed the specified limits. *=Noise Floor Measurements ( Minimum system sensitivity) Data Sheet 3 of 4 Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-7970-1 Test Sample: 304 Mhz Keypad Transmitter FCC ID: ESV-0407-3 Model No.: RF3341 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: March 4,1999 Notes: Test Distance: 3 Meters Duty Cycle: .7.6 % Detector: Peak Duty Cycle Correction: -22.4 dB Test Freq. Antenna Pol./Height EUT Orientation Peak Reading Correction Factor Corrected Reading Converted Reading Peak Limit Mhz(V/H) / DegreesX / Y / Z dBuv dB dBuV/m uV/m uV/m 304.0H / 1.0X72.7-22.450.3327.35580 304.0H / 1.0Y79.0-22.456.6676.15580 304.0H / 1.0Z68.2-22.445.8195.05580 304.0V / 1.3X78.7-22.456.3653.15580 304.0V / 1.5Y75.7-22.453.3462.45580 304.0V / 1.0Z67.8-22.445.4186.25580 608.0H / 1.0X38.5-22.416.16.4500 608.0H / 1.3Y39.7-22.417.37.3500 608.0H / 1.2Z41.0-22.418.68.5500 608.0V / 1.0X42.3-22.419.99.9500 608.0V / 1.3Y37.9-22.415.56.0500 608.0V / 1.0Z38.8-22.416.46.6500 912.0H / 1.0X33.5-22.411.1*3.6558 912.0H / 1.0Y33.5-22.411.1*3.6558 912.0H / 1.0Z33.5-22.411.1*3.6558 912.0V / 1.0X33.5-22.411.1*3.6558 912.0V / 1.0Y33.5-22.411.1*3.6558 912.0V / 1.0Z33.5-22.411.1*3.6558 1216.0H / 1.0X38.9-22.416.56.7500 1216.0H / 1.0Y38.2-22.415.86.2500 1216.0H / 1.0Z37.3-22.414.95.6500 1216.0V / 1.2X39.5-22.417.17.2500 1216.0V / 1.0Y37.1-22.414.75.4500 1216.0V / 1.1Z37.1-22.414.75.4500 1520.0H / 1.0X35.8-22.413.4*4.7500 1520.0H / 1.0Y35.8-22.413.4*4.7500 1520.0H / 1.0Z35.8-22.413.4*4.7500 1520.0V / 1.0X35.8-22.413.4*4.7500 1520.0V / 1.0Y35.8-22.413.4*4.7500 1520.0V / 1.0Z35.8-22.413.4*4.7500 The frequency range was scanned from 30 Mhz to 3.1 Ghz. All emissions not recorded were more Than 10 dB below the specified limit. Emissions from the EUT do not exceed the specified limits. *=Noise Floor Measurements ( Minimum system sensitivity) Data Sheet 4 of 4 Test Method: FCC Part 15 Subpart C Radiated Emissions Customer: Detection Systems Job No. R-7970-1 Test Sample: 304 Mhz Keypad Transmitter FCC ID: ESV-0407-3 Model No.: N/A Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: March 4,1999 Notes: Test Distance: 3 Meters Duty Cycle: 7.6% Detector: Peak Duty Cycle Correction: -22.4 dB Test Freq. Antenna Pol./Height EUT Orientation Peak Reading …

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REPORT OF MEASUREMENTS Applicant: Detection Systems Device:304 MHz Security Transmitter FCC ID: ESV-0407-3 Power Requirements: One (1) Duracell DL123A Battery Applicable Rule Section:Part 15, Subpart C, Section 15.231 TEST RESULTS 15.231 (a) -The device is a Remote/Control Security Transmitter designed to transmit arm, disarm signals and other signals to control devices within a residential security system. 15.231 (a)(1) - The transmitter is manually activated by pressing any button or by the periodic supervisory circuit. 15.231 (a)(3) - The unit performs periodic transmissions for system integrity and status purposes a minimum of every 65 minutes. 15.231 (a)(4) - The device is used for Security purposes for remote control and the arming and disarming of home security systems. 15.231 (b) -The fundamental field strength did not exceed 5580 μV/M (Average) at a test distance of 3 meters. In addition, the requirements of section 15.35 for averaging pulsed emissions and for limiting peak emissions were met. The field strength of harmonic and spurious emissions did not exceed 558μV/M (AVERAGE). 15.231 (c) -The device operates at 304 MHz. The bandwidth of emissions did not exceed 0.25% of the operating frequency (760 kHz). FCC ID: ESV-0407-3 Retlif Report No. R-7970-1