CFSQ2260SNMicrowave/PIR Polling Loop Motion Sensor

K5510 12/00 ® 4XHVW61 0LFURZDYH3,53ROOLQJ/RRS0RWLRQ6HQVRU ,167$//$7,21,16758&7,216 GENERAL INFORMATION The Quest 2260SN is a Microwave/PIR polling loop motion detector that offers unmatched levels of operation with the advanced features listed below. This detector is designed for use with control panels that support serial number polling loop devices . It is not for use with panels that support only DIP switch addressing. • Accu-Trak environmental test feature allows the installer to check for environmental disturbances on both the PIR and microwave channels at the same time. • Conditional Microwave Mode saves current in large installations. • Automatic adaptation to environmental disturbances. • Rejection of fluorescent light disturbance. • Continuous supervision of both PIR and microwave. • Advanced dual-slope temperature compensation assures optimal detection. • Vertical and horizontal pattern adjustability. • Tampered front cover and back case. This detector is shipped with its standard wide-angle lens installed to provide coverage of 60 ft x 75 ft. Optional swivel-mounting bracket is available under part number 998SB. SPECIFICATIONS Detection Method:Dual-technology Microwave/PIR Coverage:Standard Lens 60' x 75' (18.3m x 22.9m) Detection Zones:Standard Lens: 38 zones (11 long range, 11 over 6 intermediate,5 over 5 short range, 1 Look-Down Zone) Pulse Processing:Standard or Intermediate, selectable via a DIP Switch Detectable Walk Rate: 0.5-10 ft/sec (0.15-3m/sec) Mounting Height:7-8 ft (2.1-2.4m), Indicator:Red and Green LED (see LED INDICATIONS); enabled/disabled via a DIP switch Input Voltage:9-13VDC at polling loop terminals with reverse polarity protection Current:3mA nom. (Conditional Microwave mode) 6mA nom. (Normal mode), with LED disabled 8mA nom. (alarm, with LED enabled) Up to 8mA nominal during warm-up Standby:Power source should be capable of at least 4 hours of battery standby Operating Temp:-14 ° F to +122 ° F (-10 ° C to +50 ° C) (0 ° C to +50 ° C for UL installations) Operating Humidity:Up to 95% RH (max.), non-condensing Dimensions:2.8"W x 5.2"H x 2.2"D (71mm x 132mm x 56mm) COVERAGE & LOCATION CONSIDERATIONS Combined protective patterns are shown in Figure 1 for a nominal mounting height of 7.5 ft (2.3m). The microwave detection pattern shown in Figure 1 represents coverage in open space. In practical application, when the detector is bounded by ceiling, floor, and walls, reflections can occur. SELECTING A MOUNTING LOCATION The detector responds to changes in energy that occur when an intruder moves into the combined protection pattern. Best coverage will be obtained if the mounting site is selected so that the likely direction of intruder motion is generally across the pattern and angles slightly toward the detector. 0 37.5' (11.5 m) 37.5' (11.5 m) 0 5' (1.5m) 10' (3m) 15' (4.5m) 20' (6m) 25' (7.5m) 30' (9m) 35' (10.5) 40' (12m) 45' (13.5) 50' (15m) 55' (16.5) 60' (18m) 5' (1.5m) 10' (3m) 15' (4.5m) 20' (6m) 25' (7.5m) 30' (9m) 35' (10.5) 40' (12m) 45' (13.5) 50' (15m) 55' (16.5) 60' (18m) MICROWAVE PATTERN MICROWAVE PATTERN 7.5' (2.3m) 1' (0.3m) 2' (0.6m) 3' (1.0m) 4' (1.2m) 5' (1.5m) 6' (1.8m) 7' (2.1m) 0 2260SN-001-V0 SIDE VIEW TOP VIEW INSTALLATION HINTS The detector is remarkably resistant to false alarm hazards, but the following recommendations should be observed. • Never install the detector in an environment that causes a disturbance in one technology. Good installations start with both LEDs OFF when in the Accu-Trak environmental test mode and there is no target motion. • Do not mount on an unstable surface. Locate the unit on a sturdy inside wall whenever possible. Avoid sources of vibration such as loose fitting doors and walls that shake when heavy traffic exists. • Do not install on or close to metal structures such as metal door frames, shelves, etc. • Do not include space heaters in the protective pattern whenever possible, to avoid rapid temperature changes and vibrations from fans. • ALL microwave transmission penetrates most building materials (except metal, which reflects transmission). Moving objects outside of the protected area may be detected unless the microwave sensitivity control is kept at as low a setting as possible, to minimize penetration. • Make sure the detection area does not have obstructions (curtains, screens, large pieces of furniture, plants, etc.) that may block the PIR portion of the coverage pattern. – 2 – MOUNTING Mount the unit to a firm vertical surface. The wall wiring hole should be no more than 5/16" (8mm) diameter. 1. Remove the front cover by twisting a screwdriver blade in the groove between cover and base at the bottom edge of the case and then lifting the cover off. 2. Remove the circuit board: Loosen (do not remove) the vertical adjustment screw, slide the PC board down, then spread the PCB holding tabs (see Figure 3), and remove the PC board. 3. Break out desired mounting and wire entry holes in the back case. Refer to Figure 2. Knockout screw holes “A” in the back case are for normal surface mounting on a wall. Knockout screw holes “B” are for corner mounting. Also break out the wire entry hole marked X in Figure 2. If surface wiring is to be used, break out the section at the bottom of the back case, and run the wiring up the wiring channel at the back of the case to hole “X”. If the back case tamper is to be used, use an additional screw through hole C to secure the back case to the mounting surface. 4. Feed wiring (unpowered) coming from the wall through the wire access hole near the top of the detector case back. If surface wiring is used, use bottom access hole and use the wiring channel in the case back for routing the wires. 5. Mount the base and reinstall the PC board. 6. Vertically align the PC board in accordance with Table 1 (Vertical Pattern Adjustment section below) before tightening the vertical adjustment screw. 7. Refer to WIRING CONNECTIONS section before replacing cover. BREAK - O…

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® QUEST 2260SN THIS DEVICE COMPLIES WITH PART 15 OF FCC RULES. OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS: (1) THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE, AND (2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION. FCC ID: Q2260SN K5511 12/00 3" 5/8"

QUEST2260SN Dual Technology Motion Detector. QUEST2260SN Dual Technology Motion Detector detects an intruder using both microwave and infrared technologies. The microwave channel uses the Doppler shift signal obtained from the X-band DRO module (carrier frequency equals 10.525GHz), and the infrared channel uses the signal from the PIR (passive infrared) detector. Both signals pass through the two-stage AC-coupled amplifiers before entering the A/D converter of the microcontroller. In order to compensate for the ambient temperature changes, the signal from the temperature sensor (thermistor) is fed into the A/D of the microcontroller. The desired mode of operation is set using a 6-position DIP switch. Various DIP switch settings enable or disable unit sensitivity level, LED indication, walk-test mode, possible unit operation in case of the microwave channel failure, and unit’s ability to switch to a non-active state by shutting down an active (microwave) channel in order to reduce power consumption. When the energy-saving mode is used, the PIR channel activity wakes up the microcontroller, which, in turn, enables the microwave channel and starts processing both channels to detect a potential alarm condition. The unit is powered off ADEMCO proprietary “Polling Loop” interface. This interface allows carrying both information and power through the same wire connecting the unit and the control panel. For the purposes of saving the power, the DRO module is used in the pulse mode. The power is applied to the module in the course of approximately 13 microseconds every 416 microseconds. When the DRO module is active (the power is “ON”), the microwave amplifier track and hold circuitry is also activated, capturing the DRO output signal. The microwave channel potentiometer sets the operating range of the microwave channel. The unit conducts a self-test every 12 hours on both PIR and microwave channel. During the self-test of the PIR channel, the PIR detector receives the excitation signal at the drain of its output MOSFET. This excitation signal is a square wave with a period 80uS and 50% duty cycle. The PIR self-test lasts 3 seconds. The microwave self-test lasts 4 seconds. The microcontroller used in QUEST2260SN is Motorola MC68HC705P6A. It uses an external 2MHz ceramic oscillator as an input for its internal clock.

REPORT OF MEASUREMENTS GENERAL Applicant:Ademco Device:10.525 GHz Field Disturbance Sensor Models:Quest 2260 SN, Quest 2000,Quest 2200, Quest 2235, Quest 2260 Serial Number:N/A FCC ID: CFSQ2260SN Input Power Requirements:9 to 13 VDC, 8 mA (12 VDC Nominal) Rule Section:Part 15, Subpart C, Section 15.245 TEST METHODS PERFORMED 15.207(a)AC Line Conducted Emissions 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 15.207(a)A commercially available 12 VDC AC Adapter manufactured by AULT, Inc, Model 3212-000-001 was connected to the device’s DC input and the AC line conducted emissions were measured from 450 kHz to 30 MHz. The device was found to comply with the 250 microVolt limit specified throughout the range of the test. 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 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 C63.4:1992. 15.31 (c)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 52.625 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. 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. DUTY CYCLE The device transmits for 14 microseconds for every 420 microsecond period. Dividing the on time by the period yields a duty cycle of 3.33 % or a correction factor of 29.4 dB as shown below: On Time= 14 μSec Period= 420 μSec Duty Cycle=14/420= 0.0333= 3.33% Correction Factor(dB)=20 log 0.0333= 29.4 dB 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 ' 8 Where: d = Test Distance D = Largest Antenna Length 8 = 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 10.5252.73 21.0501.52 31.5751.01 42.1000.51 52.6250.71 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 (*) = 20 log (Pulsewidth * bandwidth * 1.5) Setting the above equal to zero and utilizing the 14 microsecond pulsewidth yields a minimum required bandwidth of 47.6 kHz. The 1 MHz bandwidth specified in ANSI C63.4 was utilized for all fundamental and harmonic measurements. TEST DATA RADIATED EMISSIONS, FUNDAMENTAL 15.245 (b) TEST SAMPLE: 10.525 GHz Field Disturbance Sensor FCC ID: CFSQ2260SN APPLICANT: Ademco TEST METHOD: Radiated Emissions, Fundamental SPECIFICATION: FCC Part 15, Section 15.245 (b) PERFORMED BY: P. Lananna DATE: 01/23/01 Field Strength of Fundamental Frequency GHz Antenna Position H / V EUT Orientation X / Y/ Z Meter Reading dBuV Antenna Factor +dB Corrected Reading dBuV/m Converted Reading mV/m Peak Limit 3 Meters mV/m 10.525H-1.0X108.130.0138.18035.325,000 V-1.3X90.230.0120.21023.325,000 H-1.0Y99.530.0129.52985.425,000 V-1.0Y100.730.0130.73427.725,000 H-1.5Z90.430.0120.41047.125,000 V-1.5Z102.830.0132.84365.225,000 Detector Function: Peak Test Distance: 3 Meters Resolution Bandwidth: 1 MHz Video Bandwidth: 3 MHz Average Strength of Fundamental Frequency GHz Antenna Position H / V EUT Orientation X / Y/ Z Peak Meter Reading dBuV Duty Cycle Factor +dB Corrected Reading dBuV/m Converted Reading mV/m Av. Limit 3 Meters mV/m 10.525H-1.0X138.1-29.4108.7272.32,500 V-1.3X120.2-29.490.834.72,500 H-1.0Y129.5-29.4100.1101.22,500 V-1.0Y130.7-29.4101.3116.12,500 H-1.5Z120.4-29.491.035.52,500 V-1.5Z132.8-29.4103.4147.92,500 Detector Function: Peak / Duty Cycle Applied to Obtain Average Levels T…

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TEST DATA TEST SETUP PHOTOGRAPHS Radiated and AC Line Conducted Emissions