ESV850PIR/Microwave Intrusion Detector

Installation Instructions for the OD850 Outdoor PIR/Microwave Intrusion Detector 1.0 Description The OD850 is a 50 ft. by 50 ft. (15 m by 15 m) PIR/Microwave intrusion detector that is intended for use outdoors and in other harsh environments. By using Motion Analyzer II PIR signal processing and Linear Travel Distance (LTD) microwave processing, the detector can measure the linear travel distance of a target to provide excellent catch performance of people while ignoring stationary objects with slight movement such as tree limbs and hanging signs. The combination of advanced processing techniques and mechanical design combine to provide a detector that offers superior performance in a wide range of weather conditions. 2.0 Specifications •Dimensions (HxWxD):6.5 in. x 3.25 in. x 2.25 in. (16.5 cm x 8.25 cm x 5.7 cm) •Input Power:10-15 VDC @ 22 mA standby. Maximum current 62 mA. Use only a Listed Limited Power Source. •Standby Power:No internal standby battery. Standby power must be provided by a Listed Limited Power Source. For UL Certificated installations, four hours (88 mAh) standby power must be provided by the control panel or by a Listed burglary power source. •Alarm Relays: Form "A":Normally closed, supervised alarm contact opens on alarm. Form "C":Unsupervised, timed relay contact transfers on alarm and follows an installer programmable timer. Contact Ratings:3 W, 125 mA max., 25 VDC max. for DC resistive loads; and protected by a 4.7 Ω, 1/2 W resistor in the common “C” leg of the relay. To be connected to a SELV (Safety Extra-Low Voltage) circuit only. NOTE:Do not use with capacitive or inductive loads. •Temperature Range:The temperature range is -31°F to +140°F (-35°C to +60°C) for all installations including UL Certificated installations. •Microwave Frequency:10.525 GHz (UL Listed) •Coverage:50 ft. by 50 ft. (15 m by 15 m) •Tamper:Normally Closed (with cover on). Contacts rated 125 mA max., 25 VDC max. To be connected to a SELV (Safety Extra-Low Voltage) circuit only. Connect tamper circuit to a 24-hour protection circuit. •Options:B335 Low Profile Swivel Mount Bracket (supplied), B328 Swivel Mount Bracket, B338 Ceiling Mount Bracket, Pole Mount Bracket (supplied). NOTE:The use of brackets may reduce range and increase dead zone areas. •Patents: This product is covered by one or more of the following U.S. patents #4,660,024, #4,764,755, #5,208,567, #5,262,783, and #5,450,062. Other patents pending. •Compliance: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 conditions: (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. 3.0 Installation Considerations For UL installation requirements, the unit shall only be installed outdoors for primary protection in high security installations where unwanted alarms would be tolerated. Otherwise, the outdoor device should be used for supplementary protection only, and be connected to a trouble zone or to a zone that is not programmed for off-premises transmission. •Never install the detector in an environment that causes an alarm condition in one technology. Good installations start with the LED OFF when there is no target motion. It should never be left to operate with the LED in a constant or intermittent green or red condition. •Point the unit away from traffic (roads/alleys) even if they are outside the coverage area. •Avoid installations where hanging signs, trees or other objects that will be moved by wind are within the coverage pattern or where wildlife may be moving within the coverage pattern . •Point the unit away from objects that may change temperature rapidly. NOTE:The PIR detector will react to objects rapidly changing temperature within its field-of-view. •Eliminate interference from nearby sources. NOTE:Microwave energy will pass through glass and most common non-metallic construction walls. 3.1Tamper Options The unit has a built-in cover tamper that will signal when the detector unit (Figure 3c) is separated from the mounting plate (Figure 3b). Optionally, the unit can be installed so the tamper will also signal if the entire unit is pulled away from the surface on which it is mounted. NOTE:The wall/cover tamper option is only available when the unit is surface mounted. The cover tamper is automatic with all mounting options. •Determine whether the tamper switch is to be used as a cover tamper or a wall/cover tamper: -for a wall/cover tamper, using an appropriate screw, fasten the Mounting Plate Tamper section (Figure 3a) to the wall. -for a cover tamper, do not attach the Mounting Plate Tamper section to the wall. 4.0 Mounting WARNING:All wires should remain disconnected from the power supply until all detector mounting and wiring procedures are completed. •Select a location likely to intercept an intruder moving across the coverage pattern. Page 2 P/N 48674D© 2002 Detection Systems, Inc. All rights reserved.OD850 Installation Instructions NOTE:This detector features a Fresnel lens to focus infrared energy onto a sensor and an offset Look Down lens that adds a Look Down Zone. The coverage pattern of these lenses is shown in Figure 1. •The surface must be solid and vibration-free. •Mounting height range is 7 to 9 feet (2.1 to 2.7 m). Recommended mounting height is 7 feet ( 2.1 m). NOTE:Mounting height recommendations are based on level surfaces. If the terrain is not level, adjust the mounting height and detector angle to provide the best coverage. Refer to the coverage patterns and Section 8.0. •Choose from the available mounting methods: 4.1 surface mount using a single-gang electrical box 4.2 surface mount without an electrical box 4.3 pole mount 4.4 bracket mount using an optional br…

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SAN ECR# DR AUTH DATE SYMREVISION RECORD ACCEPTED DRAWINGB MW Transiever Sample and Hold (Q2) Sample and Hold (Q7) AMP U3-1 AMP U3-2 AMP U3-3 AMP U3-4 DRIVE PULSE SAMPLE PULSE RANGE ADJUST RA1 RA3 μ Processor RA2 RA0 PIC16C72 PIR DET AMP U4-2 AMP U4-1 TIMED OUTPUT ALARM OUTPUT LED INDICATORS RHC DATE DRAWN DRAWING TITLE SCALE 1:1 DETECTION SYSTEMS, INC., 130 PERINTON PARKWAY FAIRPORT, NEW YORK, 14450, USA (716) 223 4060, FAX (716) 223 9180 PART NO. 47271B 11/19/01 BLOCK DIAGRAM (OD850) SHEET 1 OF 1 DRAWING NUMBER DRAWN BY: SAN APPR BY: A47271 Rev. B +5V 11/19/01 Temp Ambient Light User Set Switches (6)

NC NC NC NC NC D G S + + + D G S + C NC NO C NO + NC C NO + S G D + - - + NC IN GND OUT + + + + + + SMOBCSMOBC RA4/TOCKI OSC2 OSC1 RC7 RC6 RC5/SDO RC4/SDI RC3/SCK RC2/CCP1 RC1 RB7 RB6 RB5 RB4 RB3 RB2 RB1 RB0 RA3/AN3/VREF RA2/AN2 RA1/AN1 VCC RA5/AN4 VSS1VSS2 MCLR RA0/AN0 RC0/T1CKI + + A B C INHIBIT OUT/IN VDD VEEVSS X0 X1 X2 X3 X4 X5 X6 X7 NC REVDATEDESCRIPTIONDRAWN BY Rev Part Number Manuf. Reviewed Test Reviewed Release Approval Release Date Initial/Date Design Approval Design Review Date Title without expressed written permission of same used, duplicated or disclosed in whole **** PROPRIETARY DATA **** Data contained herein shall not be Drawn By: 1 2 3 CBA 4 3 2 1 ABCD D 4 Created: Sheet: SCHEMATIC OF or in part outside Bosch Security Systems, BOSCH FAX: (585) 223-9180 TEL: (585) 223-4060 FAIRPORT, NEW YORK 14450-9199 U.S.A. 130 PERINTON PARKWAY BOSCH SECURITY SYSTEMS * * ** * * ** ** TAF TAF * * * TAFINITIAL RELEASE T AL MW1 MW2 MAIN BOARD MW3 OD850 * * * 1 1 11-28-2000 RHC D47268 - + AL T C NC NO B01NOV01TAF 16JAN02 PROTOTYPE 0 1 2 3 4 5 6 LED DISABLE SENSITIVITY K2 TIME 1 K2 TIME 2 SPARE FUNCTION AND/OR DAY/NIGHT SWITCH POS C * * * RANGE ADJUST AND/OR K2 TIME 2 K2 TIME 1 MICROWAVE SENSITIVITY LED DISABLE SPARE ** * * * * D24OCT02ECR 15344TAF E27NOV02ECR 15604 DAY/NIGHT F GND MICROWAVE F14FEB03ECR 15679 * V_BIAS * SEE BOM FOR VALUE/USAGE ALARM * * * R59 1K 1K R28 330 R62 2-19-2003_11:07 OSC H14 OSC R63 150 C35 .0068UF D4 BAV99 H4 R64 3.3K C34 .0068UF RV3 31VDC LAYDOWN RV4 LAYDOWN 31VDC RV2 LAYDOWN 31VDC RV1 LAYDOWN 18VDC LDR1 NSL-19M51 3 4 2 1 N.O. M261 U8 +5V 1 2 4 3 U6 M262 N.C. 1 2 4 3 U7 M261 N.O. R14 5.6K R9 82 LED2 L113VGC GREEN A 10K R56 AB 2 5 17154 K2 1N4007 D3 .1uF 10% C1 4.7 1/2W R1 1/2W 4.7 R2 +5V C12 .1UF 10% 10% .1UF C14 330 R60 .01UF 10% C4 .01UF 10% C27 +5V J1 96S1 132S1 114S1 200 R55 +5V 11 10 9 6 3 16 78 13 14 15 12 1 5 2 4 4051B U5 5% 27PF C44 +5V 4.7K R50 4.7K R11 0 R53 MMBT4403 Q4 150 R51 NP 1UF 50V C9 390K R37 12K R40 12K R44 33UF 25V C11 33UF 25V C13 5.6K R16 10K R68 1 2 3 4 5 6 7 8 9 TS1 10K R12 RED L2523SURC LED1 6 10 9 18 17 16 15 14 13 12 28 27 26 25 24 23 22 21 5 4 3 20 7 819 1 2 11 PIC16C72 U2 FID2FID1 FID3FID4 +5V TOOLING HOLE H13 TOOLING HOLE H11 H5 0 R21 5K W/ ADJUST HOLE R57 16V 10UF LL C17 LL 4.7UF 35V C26 35V 4.7UF LL C19 LL 10UF 16V C29 LL 10UF 16V C6 16V 10UF LL C28 H1 H2 H3 78L05A 5V U1 1K R65 SAM PL BAS16LT1 D1 100K R8 100K R7 114S1 312S1 10% .0022UF C30 .0022UF 10% C25 10% .0022UF C18 .0022UF 10% C22 4.7K R49 R39 680K R41 680K R15 680K R18 5.6K R35 680K R13 MMBT4403 Q1 +5V 10K R22 270K R23 +5V +5V +5V 1K R19 +5V 78 S1 +5V +5V +5V 10K 5% RT1 +5V 10K R61 1 8 3 2 4 LM358 U4 4 6 5 8 7 LM358 U4 1K R47 DSI-2 W/ 40717 & TAB ALIGN DS1 1 2 11 4 3 LM324 U3 5 4 11 6 7 LM324 U3 510S1 100K R6 +5V 10% .01UF C45 .01UF 10% C10 12 4 11 13 14 LM324 U3 8 9 11 4 10 LM324 U3 10% .01UF C32 5K R58 R43 10K R42 5% 27PF C3 27PF 5% C15 10V 100uF C31 .01UF 10% C8 27PF 5% C43 SAM SAM S11 MMBT4403 Q3 10M R31 10UF 25V C33 10K R27 10K R32 R34 10% .1uF C38 243K 1% R36 475K 1% R38 4 1 43900 K1 1 3 4 17154 K2 2 3 43900 K1 +5V 270K R48 18K R20 18K R29 47K R30 47K R25 1K R45 LL 6.3V 47uF C21 100K R5 100K R3 100K R46 BAV70 D2 PL J176 Q7 100uF 10V C7 MW2 MW1 100uF 10V C5 100uF 10V C2 25V .22UF C20 MW3 .1uF 10% C24 J176 Q2 100K R4 MMBT4401 Q5 1K R54 R17 10K R26 10M R24 5% 27PF C16 H6 H7 H8H9 H10 5% 27PF C23 +5V H12 +5V 100K R10 +5V +5V 680K R33 +5V 0 R52 +5V +5V B +5V +5V 47268f Wednesday, February 19, 2003 11:08 am Page 1 PART # QTY REFDES COMP_CLASS DEVICE COST/PER TOTAL COST ------------------------------------------------------------------------------------------------------- 14 H1,H2,H3,H4,H5,H6,H7,H8, H9,H10,H11,H12,H13,H14 2 FID3,FID4 2 FID1,FID2 14505 1 D3 DIODE 1N4007 0.009 0.00900 16839 1 C21 CAPACITOR 47UF 0.026 0.02600 17154 1 K2 RELAY 1.1 1.10000 17857 2 R1,R2 RESISTOR 4.7 0.0036 0.00720 19295 2 C19,C26 CAPACITOR 4.7UF 0.018 0.03600 19538 4 C2,C5,C7,C31 CAPACITOR 100UF 0.0185 0.07400 19599 1 J1 MISC 0.017 0.01700 19951 1 U3 IC LM324 0.082 0.08200 20401 1 D4 DIODE BAV99 0.0113 0.01130 20402 1 D2 DIODE BAV70 0.023 0.02300 20505 1 U4 IC LM358 0.082 0.08200 20712 1 S1 SWITCH 0.4 0.40000 21103 1 U1 IC 78L05A 0.1 0.10000 21126 1 S11 SWITCH 0.131 0.13100 21377 1 U5 IC 4051B 0.159 0.15900 21599 1 RV1 SURGE 18VDC 0.032 0.03200 21600 3 RV2,RV3,RV4 SURGE 31VDC 0.032 0.09600 23480 1 Q5 TRANSISTOR MMBT4401 0.02 0.02000 23481 3 Q1,Q3,Q4 TRANSISTOR MMBT4403 0.018 0.05400 25084 4 C6,C17,C28,C29 CAPACITOR 10UF 0.0222 0.08880 26124 1 R38 RESISTOR 475K 0.00165 0.00165 26707 5 C1,C12,C14,C24,C38 CAPACITOR .1UF 0.011 0.05500 28439 1 C33 CAPACITOR 10UF 0.0211 0.02110 30337 2 Q2,Q7 FET J176 0.12 0.24000 31011 1 C20 CAPACITOR .22UF 0.034 0.03400 31401 2 C11,C13 CAPACITOR 33UF 0.0268 0.05360 31522 1 R36 RESISTOR 243K 0.0017 0.00170 32116 1 RT1 THERMISTOR 10K 0.115 0.11500 32145 1 D1 DIODE BAS16LT1 0.015 0.01500 34045 1 DS1 DETECTOR DSI-2 0.56 0.56000 35891 2 R57,R58 RESISTOR 5K 0.042 0.08400 36891 1 U2 IC PIC16C72 2 2.00000 43900 1 K1 RELAY 0.32 0.32000 45116 6 C3,C15,C16,C23,C43,C44 CAPACITOR 27PF 0.0092 0.05520 47268f Wednesday, February 19, 2003 11:08 am Page 2 PART # QTY REFDES COMP_CLASS DEVICE COST/PER TOTAL COST ------------------------------------------------------------------------------------------------------- 45136 6 C4,C8,C10,C27,C32,C45 CAPACITOR .01UF 0.0125 0.07500 45180 2 R39,R43 RESISTOR 1M 0.0008 0.00160 45183 2 R40,R44 RESISTOR 12K 0.00165 0.00330 45184 9 R12,R22,R26,R27,R32,R42, RESISTOR 10K 0.0008 0.00720 R56,R61,R68 45191 3 R21,R52,R53 RESISTOR 0 0.0008 0.00240 46048 4 C18,C22,C25,C30 CAPACITOR .0022UF 0.01 0.04000 46054 2 C34,C35 CAPACITOR .0068UF 0.00268 0.00536 46201 1 R9 RESISTOR 82 0.0015 0.00150 46206 1 R63 RESISTOR 150 0.0007 0.00070 46206 1 R51 RESISTOR 150 0.0015 0.00150 46209 1 R55 RESISTOR 200 0.0015 0.00150 46214 2 R60,R62 RESISTOR 330 0.0008 0.00160 46224 7 R19,R28,R45,R47,R54,R59, RESISTOR 1K 0.0008 0.00560 R65 46236 1 R64 RESISTOR 3.3K 0.0007 0.00070 46238 2…

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A 2 A B 21 B Title 1 **** PROPRIETARY DATA **** Data contained herein shall not be used, duplicated or disclosed in whole without expressed written permission of same Design Approval Design Review Date Manuf. Reviewed Test Reviewed Release Approval Release Date Initial/Date Drawn By: DATEREV DESCRIPTION DRAWN BY PART NUMBERREV. Created SHEETOF SCHEMATIC or in part outside Bosch Security Systems, BOSCH SECURITY SYSTEMS 130 PERINTON PARKWAY TEL: (585) 223-4060 FAX: (585) 223-9180 FAIRPORT, NEW YORK 14450-9199 U.S.A. BOSCH G D S + MOUNTING HOLES LNA 1 C4998138558 OD850MW T.A. FRAYDA 15MAY03 1 TAF MW3 MW2 MW1 GND ANTENNA_2 ANTENNA_1 B B 16JUN03INITIAL RELEASE 6-16-2003_12:33 C203 4.7UF TANT 16V 10% REFLOW ONLY C204 220PF Q399 BC857W R207 10K 1% C206 100PF H4 H5 Q199 NE3210 Q99 BFP640 Y99 10.65GHZ C99 .5PF 50% C205 470PF R209 47.5 1% HSMS2862 D199 D99 HSMS2862 R204 150 1% R205 3.32K 1% C201 100PF R208 4.75K 1% 100PF C202 R201 100 C399 .5PF 50% R199 75 100 R299R399 100 R599 470 R499 1.1K 100PF C299 C199 100PF R203 47.5 1% R206 1.82K 1% H3 H2 H1 H6 H7 H8 4998138558b Monday, June 16, 2003 12:33 pm Page 1 PART # QTY REFDES COMP_CLASS DEVICE COST/PER TOTAL COST ------------------------------------------------------------------------------------------------------- 8 H1,H2,H3,H4,H5,H6,H7,H8 2734353013 5 C199,C201,C202,C206,C299 CAPACITOR 100PF 0.0035 0.01750 27140 1 C203 CAPACITOR 4.7UF 0.06 0.06000 41919 2 D99,D199 DIODE HSMS2862 0.2 0.40000 42559 3 R201,R299,R399 RESISTOR 100 0.0007 0.00210 44493 2 C99,C399 CAPACITOR .5PF 0.01 0.02000 46200 1 R199 RESISTOR 75 0.0015 0.00150 46217 1 R599 RESISTOR 470 0.0008 0.00080 46225 1 R499 RESISTOR 1.1K 0.0015 0.00150 48613 1 Y99 CRYSTAL 10.65GHZ 0.35 0.35000 48769 1 Q199 FET NE3210 0.74313 0.74313 4998118402 1 R208 RESISTOR 4.75K 0.0018 0.00180 4998119483 2 R203,R209 RESISTOR 47.5 0.0018 0.00360 4998119489 1 R204 RESISTOR 150 0.0018 0.00180 4998119505 1 R206 RESISTOR 1.82K 0.0018 0.00180 4998119508 1 R205 RESISTOR 3.32K 0.0018 0.00180 4998119514 1 R207 RESISTOR 10K 0.0018 0.00180 4998130173 1 C204 CAPACITOR 220PF 0.01 0.01000 4998130175 1 C205 CAPACITOR 470PF 0.01 0.01000 4998132785 1 Q399 TRANSISTOR BC857W 0.04 0.04000 4998141671 1 Q99 TRANSISTOR BFP640 0.71346 0.71346 --- ---------- 37 2.38

Test Report Number R-10051 FCC ID: ESV850 REPORT OF MEASUREMENTS GENERAL Applicant: Bosch Security Systems Device: 10.525 GHz Field Disturbance Sensor Model: OD850 Serial Number: N/A FCC ID: ESV850 Input Power Requirements: 10 to 15 VDC, 22 mA (12 VDC Nominal) Rule Section: Part 15, Subpart C, Section 15.245 TEST METHODS PERFORMED 15.245 (b) Radiated Emissions, Fundamental 15.245 (b)(1) Radiated Emissions, Harmonics 15.245 (b)(3) Radiated Emissions, Band Edges 15.245 (b)(3) Radiated Emissions, Spurious Emissions, 30 MHz to 52.625 GHz TEST RESULTS 15.245 (a) The device is an intentional radiator used as a field disturbance sensor. 15.245 (b) The device operates within the 10.500 to 10.550 GHz frequency band. The field strength of the fundamental emission did not exceed 2500 millivolts per meter, average. 15.245 (b)(1) The device does not produce harmonic emissions below 17.7 GHz. 15.245 (b)(1)(I) The device is intended to be used only within buildings and the field strength of harmonic emissions did not exceed 25.0 millivolts per meter. 15.245 (b)(2) All radiated emissions measurements were extrapolated to the specified 3 meter test distance. 15.245 (b)(3) The emissions radiated outside of the specified frequency band of 10.500 Test Report Number R-10051 FCC ID: ESV850 to 10.550 GHz did not exceed the general radiated emission limits of 15.209. 15.245 (b)(4) The requirements of 15.35 for averaging pulsed emissions and limiting peak emissions were met. NOTES 15.31 (a)(b) All measurements were made in accordance with ANSI C63.4:2000. 15.31 ©) The device does not use swept frequency techniques. 15.31 (d) All testing was performed on Retlif Testing Laboratories Ronkonkoma, NY test site which has been listed with the FCC. 15.31 (e) Variation of the radiated signal level of the fundamental frequency component was performed with the supply voltage varied between 85 and 115% of nominal (12 VDC). This was also performed at 85% of the minimum and 115% of the maximum rated input voltage range. 15.31 (f)(1) Where testing was performed at distances other than the specified test distance, the obtained readings were extrapolated to the specified test distance using an inverse linear-distance extrapolation factor (20dB / decade) for measurements between 30 MHz and 40 GHz. 15.31 (f)(5) The device was rotated 360° in order to maximize the radiated emissions. The maximum field strength observed has been reported. 15.31 (g) All consumer accessible controls were adjusted in order to maximize emissions (MW Range Control). A one meter length of unshielded twisted pair wire was connected to each of the relay and tamper outputs. 15.31 (m) The device operates at a single frequency of 10.525 GHz. 15.31 (o) All emissions within 20 dB of the specified limits have been reported unless otherwise stated. 15.33 (a)(2) The device operates above 10 and below 30 GHz at a frequency of 10.525 GHz. Therefore radiated emissions measurements were made from 30 MHZ to 52.625 GHz, the fifth harmonic. Test Report Number R-10051 FCC ID: ESV850 DUTY CYCLE Drive pulses are applied to Q99 via Q1 and are twenty microsecond (20 μSec) on time and four hundred and eighty microseconds (480 μSec) off time. This yields a duty cycle of 4%, 20 μSec divided by 500 μSec. This duty cycle was applied to the obtained peak readings in order to determine the average value of the emissions. TEST DISTANCES In order to obtain adequate system sensitivity at the harmonic frequencies of interest, it was necessary to perform certain measurements at a distance less than 3 meters. Care was taken to ensure that all measurements were taken in the far field region. The antenna was determined to be in the far field IFF: d ≥ 2 D 2 ⁄ λ Where: d = Test Distance D = Largest Antenna Length λ = Wavelength at the Frequency of Interest Solving for d yields the minimum test distances shown in the table below. Also shown is the actual test distance utilized. Frequency GHz Minimum Test Distance Meters Actual Test Distance Meters 10.525 2.7 3 21.050 1.5 2 31.575 1.0 1 42.100 0.5 1 Test Report Number R-10051 FCC ID: ESV850 52.625 0.7 1 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 peak field strength measurements. The following formula was utilized: Pulse Desensitization (δ) = 20 log (Pulsewidth * bandwidth * 1.5) Setting the above equal to zero and utilizing the 20.0 microsecond pulsewidth yields a minimum required bandwidth of 33.3 kHz. The 1 MHz bandwidth specified in ANSI C63.4 was utilized for all fundamental and harmonic measurements. Test Report Number R-10051 FCC ID: ESV850 TEST DATA RADIATED EMISSIONS, FUNDAMENTAL 15.245 (b) Test Report Number R-10051 FCC ID: ESV850 TEST SAMPLE: 10.525 GHz Field Disturbance Sensor FCC ID: ESV850 APPLICANT: Bosch Security Systems TEST METHOD: Radiated Emissions, Fundamental SPECIFICATION: FCC Part 15, Section 15.245 (b) PERFORMED BY: C. Weber DATE: September 12, 2003 Field Strength of Fundamental Frequency GHz Antenna Position H / V EUT Orientatio n X / Y/ Z Meter Reading dBuV Antenna Factor +dB Corrected Reading dBuV/m Converted Reading mV/m Limit at 3 Meters mV/m 10.530 H-1.4 X 56.4 30.0 86.4 20.9 2,500 V-1.1 X 67.4 30.0 97.4 74.1 2,500 H-1.0 Y 68.2 30.0 98.2 81.3 2,500 V-1.4 Y 53.9 30.0 83.9 15.7 2,500 H-1.3 Z 58.9 30.0 88.9 27.9 2,500 V-1.3 Z 50.0 30.0 80.0 10.0 2,500 Detector Function: Peak Test Distance: 3 Meters Resolution Bandwidth: 1 MHz Video Bandwidth: 3 MHz Test Report Number R-10051 FCC ID: ESV850 TEST SAMPLE: 10.525 GHz Field Disturbance Sensor FCC ID: ESV850 APPLICANT: Bosch Security Systems TEST METHOD: Radiated Emissions, Fundamental, Input Voltage Variation SPECIFICATION: FCC Part 15, Section 15.245 (b), 15.31(e) PERFORMED BY: C. Weber DATE: September 12, 2003 Input Voltage Variation Frequency GHz Test Voltage % Nominal Test Voltage VDC Meter Reading dBuV…

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TEST SETUP PHOTOGRAPH