ESV-0407-6

Installation Instructions RF835 TriTech® Microwave/PIR Intrusion Detector with Pet Immunity 7/99 Copyright © 1999 Detection Systems, Inc. RF835 Installation Instructions P/N 40142A Detection Systems, Inc., 130 Perinton Parkway Fairport, New York, USA 14450-9199 (716) 223-4060 • (800) 289-0096 • Fax: (716) 223-9180 1.0 Overview The RF835 TriTech® detector uses passive infrared technology, Micro- wave technology, and artificial intelligence to detect motion and pro- vides freedom from false alarms. When motion is detected the unit sends an alarm signal to the control panel. 2.0 Specifications General • Power supplied by four 1.5V AA Alkaline Batteries. •Typical current draw is 100 micro-amps with LED disabled. •Typical battery life is two to three years (has not been verified by Underwriters Laboratories). •Operating temperature range of +32°F to +120°F (0°C to +49°C) •Microwave Frequency: 10.525 Ghz (U.L. Listed) •RF Transmit Frequency: 304.00 MHz •Options: Low Profile Swivel Mount Bracket (use of this bracket may reduce range and dead zone areas). 3.0 Installation TriTech Motion Sensor •Coverage area 35 ft. by 35 ft. (10.7 m by 10.7 m) •Internal coverage pointability -6° to -10° Vertical and ±10° Horizontal. •Masking kit provided to block portions of coverage area. •Field selectable sensitivity options of Standard and Intermediate. •Three minute transmitter lockout time after alarm extends battery life. •Timed Walk Test Mode automatically disables LED after setup to extend battery life. •Cover activated Tamper indication. Optional wall activated Tamper is included. •Pet Immunity capabilities have not been verified by UL. RF Transmitter •Integral RF transmitter capable of transmitting 500 feet open air. (Actual acceptable transmitter range should be verified for each installation). •Transmits low battery report (trouble) to the control panel. •Transmits tamper •Transmits supervisory signal to the control panel every 64 minutes. 3.1 Open the cover3.2 Open base3.3 REMOVE BATTERY PLUG 3.5 Observe the Pet Immunity mounting recommendations 6.5 Ft (2 M) Mount the detector 6 1/2 feet (2 meters) above the floor NO Don't point at stairs Don't point where pets can climb NO 3.6 Avoid: Hot or cold air directed onto sensor Direct or reflected sunlight Moving objects Moisture 3.7 Observe the Pet Immune Area3.8 Observe Receiver Range Upper areas are not pet immune Pet Immune Area OK NO 500’ max (300 meters) Panel Receiver Insert four (4) size AA Alkaline batteries in the battery holder per the guides imprinted on the holder Notches Insert screwdriver into notches and gently twist to open 3.4 Select a mount- ing location DO NOT MOUNT OUTDOORS PRELIMINARY Page 2 Copyright © 1998 Detection Systems, Inc. RF835 TriTech Installation Instructions 3.9 Mount the Detector3.10 Set the Vertical Adjust3.11 Set the PIR Sensitivity 3.14 Adjust the Microwave 3.16 Coverage Patterns Feet 05101520253035 0 5 10 15 20 5 10 15 20 0 Meters 1.63.24.86.489.611.2 B C D E H I J K N O P Q R S T U W X TOP VIEW LZ F G L Z 10 0 Feet 05101520 25 30 -5° SIDE VIEW 0 Meters 1.63.24.86.489.6 35 1 Remove masking for Look Down zone. B-L N-QR-U,ZW-XLZ BCDEFGHIJKL NR W SOZPTXUQ RF835 TriTech Lens Pattern Testing in Walk Test Mode Removing and replacing the cover will start a 90 second Walk Test Mode. During this Test Mode, any activity in the sensor’s cov- erage pattern will cause a transmitted alarm and LED activation. Each alarm will also extend the Test Mode for an additional 90 seconds. 6.0 Other Information Maintenance: At least once a month, the range and coverage should be verified using the walk test mode. To ensure continual daily operation, the end user should be instructed to walk through the far end of the coverage pattern. This ensures an alarm output prior to arming the system. Pattern Masking: The PIR coverage pattern may be masked using the masking stickers provided with the unit. NOTE:Masking only eliminates the PIR portion of the coverage and has no effect on the Microwave pattern. U.S. Patent Numbers: #4,660,024, #4,764,755, #5,077,548, #5,208,567, #5,262,783, and #5,450,062. Other patents pending. FCC Notice This device complies with Part 15 of the FCC Rules and with RSS-210 of Industry and Science Canada. Operation is subject to the following two con- ditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesirable operation. Changes or modifications not expressly approved by Detection Systems, Inc. can void the user's authority to operate the equipment. MountingRange Height 20 ft. (6.1 m)35 ft. (10.7 m) 6.5 ft. (2 m)*-7-5* 7.0 ft. (2.1 m)-9-6 8.0 ft. (2.4 m)-10-7 * Required for pet immunity. 4.0 Programming See your Control Panel Programming Guide for information. 5.0 Setup for Non-Pet Applications Select the vertical starting angle from the chart. To adjust the vertical starting angle for the desired mounting height and range, loosen the vertical adjust screw and slide the board up, to point the PIR pattern down. Note the settings on the vertical adjust scale (Figure 3.9). NOTE:The vertical angle must be set at -5° for installations contain- ing pets. NOTE:During the warm-up period, the tricolor LED will flash red until the unit has stabilized (approximately 30 minutes) and has seen no movement for two seconds. When the LED stops flash- ing, the detector is ready to be tested. With no motion in the protection area, the LED should be OFF. If the LED is on, re- check the protection area for disturbances affecting the Micro- wave (yellow) or PIR (green) technologies. (See Figure 3.11.) 3.15 Uncover Look Down Lens 3.12 LED Operation LED ConditionCause Steady RedUnit Alarm Steady yellowMicrowave Activation (walk test) Steady GreenPIR Activation (walk test) Flashing RedWarmup Period After Power-Up Flashing Red (four- pulse sequence) Microwave or PIR failure. Replace Unit. 3.13 Walk Test Green = PIR detect Yellow = MW detec…

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DATE DRAWN DRAWING NUMBER DRAWING TITLE DRAWN BY: LAL APPR BY: SCALE A40143REV-B ds ® SHEET 1 OF 1 DETECTION SYSTEMS, INC. 130 PERINTON PARKWAY FAIRPORT, NEW YORK, 14450-9099, USA (716) 223 4060, FAX (716) 223 9180 LAL 06/22/99B ECR# DR AUTHDATESYMREVISION RECORD ACCEPTED DRAWING 06/22/99 BLOCK DIAGRAM (RF835) EMH RF OSCILLATOR ANTENNA RF AMPLIFIER MICRO- PROCESSOR MICRO- PROCESSOR 6V BATTERY POWER REGULATOR 4V LOW BATTERY DETECTION LOW BATTERY DETECTION USER SELECT A B/E FUNCTION U WAVE DETECTOR OMBIENT TEMP SENSOR PIR SENSOR

DATE DRAWN DRAWING NUMBER DRAWING TITLE DRAWN BY: PRJ APPR BY: SCALE A40141REV-A ds ® SHEET 1 OF 1 DETECTION SYSTEMS, INC. DWG- RF835 LBL GEN ID 130 PERINTON PARKWAY FAIRPORT, NEW YORK, 14450-9099, USA (716) 223 4060, FAX (716) 223 9180 PART NO. 40141A PRJDM ECR# DR AUTH DATE SYMREVISION RECORD PRELIMINARY DRAWING 7/23/99 A7/23/99 MADE IN USA LOT: ZZZ 1. Use raw label PN 41126. 2. Ribbon must be PN 40893. 3. YYYYYYYYY is different for every unit and defines the program ID for system usage. 4. ZZZ represents the production lot number. N633 FCC ID: ESV-0407-6 CANADA XXXXXXXXXXX ID: YYYYYYYYYRF835

® DETECTION SYSTEMS, INC. 130 PERINTON PARKWAY FAIRPORT, NEW YORK 14450 USA phone: 716-223-4060 FAX: 716-223-9180 eng/vol1/wireless/gendocs/protocol/RF_5kbps_tx_info.doc General RF Alarm Devices Information for 5kbps 1.Data Modulation The data is modulated using the Manchester on/off keyed encoding scheme with 50% duty cycle shown below. The on-air format is defined with a ‘1’ bit which is carrier turning on at the bit center and a ‘0’ bit which is carrier turning off at the bit center. 1 0 1 1 0 0 1 0 1 0 200us 100us 100us 200us 2.Message, Packet and Inter-Packet A packet consists of all on-air bits that are transmitted to provide the system with the current status of a transmitter. A single message is composed of up to 8 packets of the same data. The time between packets is defined as a pseudo-random time length between 100 milliseconds and 275 milliseconds. Message < 8 Packets t p < 20ms t ip = 100ms - 275ms t p t ip 3.Transmission A message will be transmitted when a control signal has changed, a system integrity test takes place or the supervisory time has expired. Control Signal / Recognition Code A single message, of up to 8 packets, will be transmitted when the control signal changes in a transmitter or a repeater. Up to 8 packets of recognition code will also be transmitted by the repeaters to ensure system integrity. < 8 Packets Supervisory To verify system integrity, the state of the inputs will be transmitted periodically. These transmissions consist of not more than 4 packets and will occur not less than every 60 minutes. < 4 Packets > 60 minutes < 4 Packets Note: Packet width of < 20ms with 50% duty cycle Manchester modulation makes the on-air time < 10ms. Therefore, no transmission has more than 10ms of on time out of 100ms. Note: figure not drawn to scale Note: figure not drawn to scale Note: figure not drawn to scale Note: figure not drawn to scale

_SHOW.PS Fairport Multi-Level Bills of Material 14:11:40 14 JUN 1999 Requested by engineer Page 1Level/Part E Description Qty/Assy UM IT Rt Scr PBT Rv LT RTG ECO ECO Note Reference Designator S Nbr % HNP Lv Off Seq Number Date Refer 0 RF835 P WIRELESS DUAL EA FG 1....... 40146 P ASM-RF835 -MECH 1.00 EA SA 200 1 200 2...... 16556 A BTRY-"AA" SIZE DURA-CELL 4.00 EA PP 91 1 912...... 19301D A LBL-PRODUCT SHIPPING 1.00 EA PP 91 B1 912...... 22605G A ENC COVER (DS707) 1.00 EA PP 91 1 912...... 22640C A LBL-DS INC.-USA GP 1.00 EA PP 91 B1 912...... 22946 A PROG PLUG 2.00 EA PP 91 1 91 FOR P1 & P22...... 23199B A BOX-2.9375 x 2.5 x 5.875 1.00 EA PP 91 1 912...... 25371B A HARDWARE-PURCH ASSM 1.00 EA PA 91 1 91 3..... 12041 E PBG- 2X 3. X 4. 0.00 EA PP B2 88433..... 15053 A ANCHOR (8-10 x 7/8) 0.00 EA PP B2 88433..... 19777 A SRW-TF #4X0.312PHP-ST PLT 0.00 EA PP B2 88433..... 24584D A SRW-SM #6x1.250F2P-STZPLT 0.00 EA PP B2 8843 2...... 27620D A SRW-MS632x0.290PHC-STBLKO 1.00 EA PP 60 1 602...... 27691D A LIGHT PIPE (DS730) 1.00 EA PP 91 1 D 912...... 27811C A SRW-MS M5x5 SH -STZPLT 1.00 EA PP 60 B1 602...... 27829B A SRW-TF424x0.250RHP-STZPLT 2.00 EA PP 90 1 902...... 27924C A SPRING-DS926 TAMPER 1.00 EA PP 91 1 912...... 29692D A ANTENNA, 319 MHZ DS924i 1.00 EA PP 60 1 602...... 29896B A BOX-PCB 16.06x12.12x2.13 0.04 EA PP 91 1 91 24762...... 30308D A LENS HOLDER (DS835) 1.00 EA PP 91 1 912...... 30522B E DWG-DS8/9xx 10.525 FREQ 0.00 EA DR 85 2 852...... 30790B A LBL-DS835 LOOKDOWN MASK 1.00 EA PP 91 .1 1 912...... 31525B A KNOB-POT THUMB WHEEL 1.00 EA PP 91 1 912...... 32920B A LENS-FR/GI-OPQBE-STD-OL82 1.00 EA PP 91 1 912...... 34594C A ENCLOSURE BASE (RF835) 1.00 EA PP 90 1 902...... 34595C A MOUNTING BASE (RF835) 1.00 EA PP 91 1 912...... 35611C A BTTERY HOLDER, 4AA(RF835) 1.00 EA PP 90 1 902...... 38182B A RF835 BATTERY INSULATOR 1.00 EA PP 91 1 91 25042...... 40141B E DWG-RF835 GP LBL INFO 0.00 EA DR 91 2 912...... 40142A P INGUIDE (RF835) 1.00 EA PP 91 1 912...... 40144 P ASM-RF835 -PCSM 1.00 EA SA 50 1 50 3..... 16141 A CAP-CC- .001M- 50V-K-SMR 3.00 EA PP 20 1 20 C13,C22,C473..... 16142 A CAP-CC- .01M- 50V-K-SMR 5.00 EA PP 20 1 20 C4,C20,C30,C46,C553..... 16143 A CAP-CC- 100P- 50V-K-SMR 4.00 EA PP 20 1 20 C6,C32,C34,C493..... 19935 A DIO-RLS4153 -SI .1A 50VSM 14.00 EA PP 20 1 20 D1,D4,D5,D7,D8,D11 D12,D13,D16,D17,D18D19,D20,D21 3..... 20067C A CAP-AL- 22M- 10V-K-RTP 2.00 EA PP 20 1 20 C28,C383..... 20688C A IC(40106)HEX SHMT TRGR SM 1.00 EA PP 20 1 20 U63..... 20711B A CAP-CC- 27P- 50V-J-SMR 2.00 EA PP 20 1 20 C33,C373..... 20990 A TRA-MMST5089-NPN-SI- SM 12.00 EA PP 20 1 20 Q5,Q10,Q11,Q14,Q15 Q16,Q17,Q19,Q20,Q22Q24,Q25 3..... 21126 A SW-LVR-SPST-30VDC .05A 1.00 EA PP 40 1 40 SW13..... 21213 A CAP-CC- 15P- 50V-J-SMR 3.00 EA PP 20 1 20 C29,C59,C623..... 21214 A CAP-CC- 47P- 50V-J-SMR 3.00 EA PP 20 1 20 C42,C43,C443..... 21216 A TRA-2N7002 V-FET 1.00 EA PP 20 1 20 Q93..... 21282D A CAP-CC- 270P- 50V-J-SMR 2.00 EA PP 20 1 20 C24,C313..... 22017B A CAP-CC- 10P- 50V-D-SMR 1.00 EA PP 20 1 20 C613..... 22301 A CAP-TA- 1M- 10V-K-SMR 3.00 EA PP 20 1 20 C11,C23,C603..... 22584C A CAP-AL- 100M-6.3V-K-RTP 7.00 EA PP 20 1 20 C9,C19,C21,C51,C52 C53,C54 3..... 22642 A RES-TF-0.1W- 1K-J-SMR-N 1.00 EA PP 20 1 20 R363..... 22644 A RES-TF-0.1W- 1.5K-J-SMR-N 2.00 EA PP 20 1 20 R133,R1373..... 22646 A RES-TF-0.1W- 2.2K-J-SMR-N 1.00 EA PP 20 1 20 R353..... 22647 A RES-TF-0.1W- 2.7K-J-SMR-N 1.00 EA PP 20 1 20 R23..... 22648 A RES-TF-0.1W- 3.3K-J-SMR-N 1.00 EA PP 20 1 20 R1383..... 22650 A RES-TF-0.1W- 4.7K-J-SMR-N 3.00 EA PP 20 1 20 R7,R13,R1173..... 22654 A RES-TF-0.1W- 10K-J-SMR-N 8.00 EA PP 20 1 20 R3,R24,R25,R116,R130 R131,R139,R140 3..... 22656 A RES-TF-0.1W- 15K-J-SMR-N 3.00 EA PP 20 1 20 R44,R45,R47 3..... 22658 A RES-TF-0.1W- 22K-J-SMR-N 3.00 EA PP 20 1 20 R16,R17,R423..... 22660 A RES-TF-0.1W- 33K-J-SMR-N 3.00 EA PP 20 1 20 R15,R43,R533..... 22662 A RES-TF-0.1W- 47K-J-SMR-N 4.00 EA PP 20 1 20 R106,R107,R118,R1293..... 22665 A RES-TF-0.1W- 82K-J-SMR-N 1.00 EA PP 20 1 20 R503..... 22667 A RES-TF-0.1W- 120K-J-SMR-N 3.00 EA PP 20 1 20 R23,R30,R323..... 22668 A RES-TF-0.1W- 150K-J-SMR-N 1.00 EA PP 20 1 20 R713..... 22674 A RES-TF-0.1W- 470K-J-SMR-N 4.00 EA PP 20 1 20 R4,R5,R6,R93..... 22676 A RES-TF-0.1W- 680K-J-SMR-N 1.00 EA PP 20 1 20 R213..... 22678 A RES-TF-0.1W- 1M-J-SMR-N 5.00 EA PP 20 1 20 R10,R22,R26,R68,R703..... 22681 A RES-TF-0.1W- 2.2M-J-SMR-N 14.00 EA PP 20 1 20 R34,R39,R40,R48,R49 R52,R61,R62,R64,R65R66,R76,R114,R121 3..... 22962 A RES-TF-0.1W- 220 -J-SMR-N 2.00 EA PP 20 1 20 R37,R723..... 23162B A IC(LM346)4 PROG OP AMP SM 1.00 EA PP 20 1 20 U73..... 23480 A TRA-MMBT4401-NPN-SI-SS-SM 2.00 EA PP 20 1 20 Q12,Q133..... 23481 A TRA-MMBT4403-PNP-SI-SS-SM 1.00 EA PP 20 1 20 Q33..... 23532B A CAP-CC- 2.2P- 50V-C-SMR 1.00 EA PP 20 1 20 C563..... 23703 A CAP-CC- 180P- 50V-J-SMR 1.00 EA PP 20 1 20 C173..... 24021B A RES-TF-0.1W- 20 -J-SMR-N 1.00 EA PP 20 1 20 R1413..... 24402B A RES-TF-0.1W- 150 -J-SMR-N 1.00 EA PP 20 1 20 R83..... 24462B A TRA-MMBT5087L-PNP-SI 4.00 EA PP 20 1 20 Q1,Q2,Q6,Q183..... 24830B A CAP-CC- 4.7P- 50V-J-SMR 1.00 EA PP 20 1 20 C53..... 25040B A RES-TF-0.1W- 10 -J-SMR-N 2.00 EA PP 20 1 20 R1,R753..... 25042B A RES-TF-0.1W- 100 -J-SMR-N 1.00 EA PP 20 1 20 R1233..... 25084B A CAP-AL- 10M- 16V-M-RTP 5.00 EA PP 20 1 20 C10,C18,C27,C35,C363..... 25086B A CAP-AL- 4.7M- 16V-M-RTP 3.00 EA PP 20 1 20 C14,C25,C263..... 25339B A SW-TAMPER 1.00 EA PP 40 1 40 SW23..... 25434C A CAP-CC- 470P- 50V-J-SMR 1.00 EA PP 20 1 20 C33..... 26081B A RES-TF-0.1W- 4.7M-J-SMR-N 1.00 EA PP 20 1 20 R143..... 26082B A RES-TF-0.1W- 10M-J-SMR-N 17.00 EA PP 20 1 20 R18,R19,R20,R27,R28 R38,R41,R51,R54,R57R58,R78,R109,R110R112,R128,R135 3..... 26673B A TRA-GaAs X-BAND FET 1.00 EA PP 20 1 20 Q993..... 26674D A CERAMIC RESONATOR-MW 1.00 EA PP 40 1 40 Y993..... 26707B A CAP-CC- .1M- 50V-M-SM 6.00 EA PP 20 1 20 C1,C2,C16,C45,C58 C89 3..... 26714B A CAP-CC- 18P- 50V-J-SM 1.00 EA PP 20 1 20 C83..... 27829B A SRW-TF424x…

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Test Report No. R-8136-1 FCC ID: ESV-0407-6 APPLICANT Detection Systems 130 Perinton Parkway Fairport, NY 14450 MANUFACTURER Same As Applicant 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: RF835 TYPE: 304 MHz Pulsed RF Transmitter POWER REQUIREMENTS: 6 VDC derived from (4) “AA” Batteries FREQUENCY OF OPERATION: 304 MHz TESTS PERFORMED Para. 15.231(a), Radiated Emissions, Fundamental and Harmonics Para. 15.231(c), Occupied Bandwidth Duty Cycle Determination REPORT OF MEASUREMENTS Applicant: Detection Systems Device:304 MHz Pulsed RF Transmitter FCC ID: ESV-0407-6 Power Requirements: 6 VDC derived from (4) “AA” Batteries Applicable Rule Section:Part 15, Subpart C, Section 15.231 Test Report No. R-8136-1 FCC ID: ESV-0407-6 REPORT OF MEASUREMENTS (continued) TEST RESULTS 15.231 (a) -The device is used as a transmitter for security purposes. 15.231 (a)(1) & -The transmitter is automatically operated and ceases transmission within 5 15.231(2)seconds after activation. 15.231 (a)(3) -The transmitter performs periodic transmissions. 15.231 (a)(4)-The device is employed for RC purposes involving security. 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 558 μV/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). 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= 5,580 μV/M (AVERAGE) @ 3 Meters Harmonic Limit= 558 μV/M (AVERAGE) @ 3 Meters Test Report No. R-8136-1 FCC ID: ESV-0407-6 REPORT OF MEASUREMENTS (continued) DETERMINATION OF DUTY CYCLE AS PER DETECTION SYSTEMS: Each packet contains 76 data bits and the packet transmission time with 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) = -22.3dB 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: Setting pulse desensitization equal to zero and utilizing the minimum observed pulse width of 100μs yields a minimum required bandwidth of 6666.66 Hz. FCC specified bandwidths of 100kHz and 1MHz were utilized below and above 1GHz, respectively. Test Report No. R-8136-1 FCC ID: ESV-0407-6 REPORT OF MEASUREMENTS (continued) 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 (4) new 1.5 VDC “AA” Batteries. 4. The frequency range was scanned from 30 MHz to 3.04 GHz. All emissions not reported were more than 20 dB below the specified limit. Test Report No. R-8136-1 FCC ID: ESV-0407-6 EQUIPMENT LIST FCC Part 15 Subpart C ENTypeManufacturerFrequency Range Model No.Cal Date Due Date 067Open Area Test SiteRetlif3 MeterRNY8/30/978/30/99 127BBiconical AntennaElectro-Metrics20 MHz - 200 MHzBIA-2511/24/9811/24/99 128CDouble Ridge GuideEaton Corporation1 GHz - 18 GHz9600110/6/9810/6/99 129EHigh Gain Horn AntennaMicrolab/FXR18 GHz - 26.5 GHzK638A10/14/9810/14/99 129HHigh Gain Horn AntennaMicrolab/FXR26.5 GHz - 40 GHzU638A10/14/9810/14/99 133Broadband Pre-AmplifierElectro-Metrics10 kHz - 1 GHz, 26dBBPA-10006/22/996/22/00 141Spectrum AnalyzerHewlett Packard100 Hz - 40 GHz8566B3/16/999/16/99 141AGraphics PlotterHewlett PackardN/A7470A3/5/993/5/00 141BQuasi-Peak AdaptorHewlett Packard100 Hz - 1 GHz85650A3/16/999/16/99 202Transient LimiterHewlett Packard.009 MHz - 200 MHz11947A7/23/987/23/99 206B6.0 dB AttenuatorTexscan0 - 1.0 GHzFP-50 - 6 dB6/22/996/22/00 420AmplifierHewlett Packard2.0 GHz - 18 GHz11975A7/16/987/16/99 421Harmonic MixerHewlett Packard18 GHz - 26.5 GHz11970K7/2/977/2/99 421AHarmonic MixerHewlett Packard26.5 GHz - 40 GHz11970A3/11/993/11/00 421BHarmonic MixerHewlett Packard40 GHz - 60 GHz11970U3/11/993/11/00 523BiconilogElectro-Mechanics26 - 2000 MHz3142B10/22/984/22/00 543PreamplifierHewlett Packard1.0 GHz - 26.5 GHz8449B6/16/996/16/01 Test Report No. R-8136-1 FCC ID: ESV-0407-6 Test Report No. R-8136-1 FCC ID: ESV-0407-6 FCC 15.231(a) RADIATED EMISSIONS, FUNDAMENTAL & HARMONICS (See separate e-file attachment named 304Mhz231.doc) Test Report No. R-8136-1 FCC ID: ESV-0407-6 FCC 15.231(c) OCCUPIED BANDWIDTH (See separate e-file attachments named occbw1.pdf and occbw2.pdf)

Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-8136-1 Test Sample: 304 Mhz Pulsed RF Transmitter FCC ID: ESV-0407-6 Model No.: RF835 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: June 28, 1999 Notes: Test Distance: 3 Meters Temp:27C Humidity: 70% Detector: Peak (Quasi-peak at 608 Mhz) 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 / 1.0X93.2-4.289.028183.855800 304.0H / 1.0Y95.7-4.291.537583.755800 304.0H / 1.0Z94.6-4.290.433113.155800 304.0V / 1.4X93.2-4.289.028183.855800 304.0V / 1.0Y87.6-4.283.414791.155800 304.0V / 1.0Z88.9-4.284.717179.155800 608.0H / 1.0X37.32.740.0100.0200QP 608.0H / 1.0Y41.72.744.4166.0200QP 608.0H / 1.0Z40.82.743.5149.6200QP 608.0V / 1.0X35.42.738.180.4200QP 608.0V / 1.6Y34.62.737.373.3200QP 608.0V / 1.0Z33.22.735.962.4200QP 912.0H / 1.0X32.47.239.695.55580 912.0H / 1.0Y37.27.244.4166.05580 912.0H / 1.6Z34.87.242.0125.95580 912.0V / 1.4X37.77.244.9175.85580 912.0V / 1.0Y34.27.241.4117.55580 912.0V / 1.0Z38.57.245.7192.85580 1216.0H / 1.6X45.6-6.339.392.35000 1216.0H / 1.3Y53.3-6.347.0223.95000 1216.0H / 1.0Z47.5-6.341.2114.85000 1216.0V / 1.3X49.4-6.343.1142.95000 1216.0V / 1.2Y52.5-6.346.2204.25000 1216.0V / 1.8Z47.2-6.340.9110.95000 1520.0H / 1.3X44.8-4.840.0100.05000 1520.0H / 1.0Y47.2-4.842.4131.85000 1520.0H / 1.7Z45.6-4.840.8109.65000 1520.0V / 1.3X43.7-4.838.988.15000 1520.0V / 1.8Y47.9-4.843.1142.95000 1520.0V / 1.6Z45.3-4.840.5105.95000 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) Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-8136-1 Test Sample: 304 Mhz Pulsed RF Transmitter FCC ID: ESV-0407-6 Model No.: RF835 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: June 28, 1999 Notes: Test Distance: 3 Meters Temp:27C Humidity: 70% 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 1824H / 1.0X44.2-2.741.5118.95580 1824H / 2.0Y44.9-2.742.2128.85580 1824H / 1.0Z44.0-2.741.3116.15580 1824V / 1.1X45.9-2.743.2144.55580 1824V / 1.0Y44.8-2.742.1127.45580 1824V / 1.0Z43.8-2.741.1113.55580 2128H / 1.3X45.0-1.343.7153.15580 2128H / 1.0Y47.2-1.345.9197.25580 2128H / 1.0Z46.8-1.345.5188.45580 2128V / 1.1X46.7-1.345.4186.25580 2128V / 1.1Y44.2-1.342.9139.65580 2128V / 1.0Z45.9-1.344.6169.85580 2432H / 1.0X42.7-0.442.3*130.35580 2432H / 1.0Y42.7-0.442.3*130.35580 2432H / 1.0Z42.7-0.442.3*130.35580 2432V / 1.0X42.7-0.442.3*130.35580 2432V / 1.0Y42.7-0.442.3*130.35580 2432V / 1.0Z42.7-0.442.3*130.35580 2736H / 1.0X42.31.143.4*147.95000 2736H / 1.0Y42.31.143.4*147.95000 2736H / 1.0Z42.31.143.4*147.95000 2736V / 1.0X42.31.143.4*147.95000 2736V / 1.0Y42.31.143.4*147.95000 2736V / 1.0Z42.31.143.4*147.95000 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) Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-8136-1 Test Sample: 304 Mhz Pulsed RF Transmitter FCC ID: ESV-0407-6 Model No.: RF835 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: June 28, 1999 Notes: Test Distance: 3 Meters Max Duty Cycle: 10.0% Detector: Peak (Quasi-peak at 608 Mhz) Duty Cycle Correction: -20 dB Test Freq. Antenna Pol./Height EUT Orientation Peak Reading Correction Factor Corrected Reading Converted Reading Average Limit Mhz(V/H) / DegreesX / Y / Z dBuv dB dBuV/m uV/m uV/m 304.0H / 1.0X89.0-20.069.02818.45580 304.0H / 1.0Y91.5-20.071.53758.45580 304.0H / 1.0Z90.4-20.070.43311.35580 304.0V / 1.4X89.0-20.069.02818.45580 304.0V / 1.0Y83.4-20.063.41479.15580 304.0V / 1.0Z84.7-20.064.71717.95580 608.0H / 1.0X40.00.040.0100.0200QP 608.0H / 1.0Y44.40.044.4166.0200QP 608.0H / 1.0Z43.50.043.5149.6200QP 608.0V / 1.0X38.10.038.180.4200QP 608.0V / 1.6Y37.30.037.373.3200QP 608.0V / 1.0Z35.90.035.962.4200QP 912.0H / 1.0X39.6-20.019.69.5558 912.0H / 1.0Y44.4-20.024.416.6558 912.0H / 1.6Z42.0-20.022.012.6558 912.0V / 1.4X44.9-20.024.917.6558 912.0V / 1.0Y41.4-20.021.411.7558 912.0V / 1.0Z45.7-20.025.719.3558 1216.0H / 1.6X39.3-20.019.39.2500 1216.0H / 1.3Y47.0-20.027.022.4500 1216.0H / 1.0Z41.2-20.021.211.5500 1216.0V / 1.3X43.1-20.023.114.3500 1216.0V / 1.2Y46.2-20.026.220.4500 1216.0V / 1.8Z40.9-20.020.911.1500 1520.0H / 1.3X40.0-20.020.010.0500 1520.0H / 1.0Y42.4-20.022.413.2500 1520.0H / 1.7Z40.8-20.020.811.0500 1520.0V / 1.3X38.9-20.018.98.8500 1520.0V / 1.8Y43.1-20.023.114.3500 1520.0V / 1.6Z40.5-20.020.510.6500 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) Test Method: FCC Part 15 Subpart C Radiated Emissions Paragraph 15.231 Customer: Detection Systems Job No. R-8136-1 Test Sample: 304 Mhz Pulsed RF Transmitter FCC ID: ESV-0407-6 Model No.: RF835 Serial No. N/A Operating Mode: Continuously Transmitter 304 Mhz Signal Technician: Dennis Cortes Date: June 28, 1999 Notes: Test Distance: 3 Meters Max Duty Cycl…

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