Transcript
PRELIMINARY
Dual-Mode Digital PIR + Microwave Motion Sensor The “PIRfect” PYR-2023 provides Dual-Mode Digital Passive Infra Red (PIR) and Doppler Microwave (DMW) motion detection for indoor commercial and residential volumetric area protection, This wired sensor is ideal for extra false alarm immunity and operation in high temperature harsh climates where PIR alone is not sufficient. The sensor includes many high-end features and installer selectable modes and sensitivity levels.
GENERAL DESCRIPTION
MAIN FEATURES
The PYR-2023 is an advanced Dual-Mode digital motion sensor (Infra-Red and Microwave) used for intrusion and presence detection in a compact designer housing ideal for residential and commercial installations.
Internal Pulsed Doppler Microwave Sensor with environmental disturbance analysis, & conditional mode. Optical Spherical Fresnel Lens with advanced optical selectable patterns; pet immunity, look down (creep) & curtain, Long Range and Wide Angle zones. Advanced nano-watt micro-controller SMD electronics, with 10-Bit three channel A to D, for Dynamic RF and IR environmental compensation & superior movement speed spectrum analysis. Shielded Dual element Pyro inside a bug and dust-proof chamber made to reduce false alarms. Selectable IR Pulse Count, and Microwave Sensitivity allows the sensor to be tuned in to operate in a multitude of harsh and normal installations. Input/ Output Line Protection for added resistance to transient shock, ESD, and RFI interference. No Internal Calibration of PCB height. The detector may be placed in any height from 2.3m to 1.8m. Cover and Back (optional) Tamper Switch detection of removal from wall with an optional Corner Mount Bracket Independent Test Modes: to test either the IR detection or the Microwave detection patterns independently, or together. Detection is indicated by one of three LEDs. Test modes automatic time out 60 seconds no alarm.
By having both optical IR and Doppler Microwave technologies, the sensor performs better across a wide temperature range, and has better false alarm prevention features than a single technology device. The optical sensing part features a high quality German made dual element Pyro-Electric infra-red energy sensor and spherical lens, which includes look down (Creep) zones, long range and wide angle in a sealed chamber thus resistant to bugs and dust entering the sensor area. Detection is made by an advanced FLASH nano-watt microcontroller, with simultaneous 2 channel A to D signal analysis with real time dynamic temperature compensation. The Installer can adjust the Optical pulse and Microwave sensitivity independently and includes additional jumpers for LED, and Back tamper operation.
Model : PYR-2023
THE MEANING OF ADVANCED
SPECIFICATIONS
Nano-watt technology, means lots of processing power with very-low power consumption, allows for very efficient operation without overloading the panel, a feature specially designed for large installations.
Input Power:
9-14 VDC (Voltage reversal makes the sensor inoperative)
2 Alarm Relays:
Form A, 28VDC, 90mA max. with 15-ohm protective resistor
The PYR-2023 enters a self adjusting mode from the first power up, it measures the ambient temperature and adjusts for regular conditions in the IR sensor and Microwave sensor, filtering acceptable interference and causes of false alarms. The sensor keeps in form across the harsh environment.
Active Temperature Compensation: Advanced dual-slope temperature compensation adjusts for ambient both above and below body temperature.
The sensor can be set to activate the Microwave sensor to confirm an IR detection before activating the alarm signal, or both IR and Microwave can be set to operate at the same time continuously.
Indicator:
The importance of performance, quality and reliability of the sensor is fundamental to the PYR-2023, and they are the priorities. This allows for peace of mind, where you can install and forget.
Red LED, enabled/disabled via jumper link
IR Pulse Count:
Selectable 1 or 2 by the Installer, use N=1, H=2
IR Detect Range:
Sensitivity: D t= 1.1 C @ 0.9 m/sec (D t= 2 F @ 3 ft /sec)
Operating Temperature:
DETECTION WALK RATES Based on analog and digital ASIC technology, the system controls the eye (pyro) sensor of the PIR to form a protection pattern. When an intruder crosses the pattern made by the fresnel lens, the pyro will detect the infrared energy change and activate the transmission of the sensor. Sensitivity: t= 1.1 C @ 0.9 m/sec ( t= 2 F @ 3 ft/sec) For a correct installation, the proper selection of fresnel lens is important to maximize the likeliness that an intruder crosses the pattern. Detectable Walk Rate 0.5-10ft/sec (.15-3m/sec)
Copyright Rosslare Enterprises Ltd 1999-2004 PRELIMINARY V1.0 09/12/04
Subject to change without notice
DOPPLER EFFECT An integrated solution featuring Doppler Effect Microwave signal detection. This electronic mechanism analyses the reflected signals coming off of objects in the detection areas. Transmitted RF
Operating Humidity:
-10C to +50 C 14 F to + 122 F
Up to 95% RH (max.), non-condensing
Tamper Switches:
Cover and Back Tamper Detection. (back tamper is selectable by jumper) Optional corner mount.
Doppler Microwave Frequency: 10.525 GHz Microwave Sensitivity: Adjustable from 3m to 15m Current Consumption: 4 mA (standby) 4 mA nom. (alarm, no LED) 10 mA nom. (alarm, LED on) 30mA nom.(Microwave, LED on) (All current nominal at 12 VDC)
Reflected RF
Size:
xxmm x xxmm x xxmm (xx in. x xx in. x xx in.)
Net Weight: Received IR Energy
126 grams ( xx oz)
PRELIMINARY
Dual-Mode Digital PIR + Microwave Motion Sensor PRODUCT DETAILS
Terminal Blocks for Wiring Power, Alarm and Tamper Signals to the Panel’s Inputs
OPTICAL & MICROWAVE DETECTION PATTERNS
Microwave Pattern
1) Look-Down (Creep) Zones which detect motion directly under the sensor. These can be deactivated by either removing the Mirror (Default Fitted).
Microwave Doppler Transceiver
Two Optically Isolated Alarm Relays
Three LED action display
2) Long Range Front Lenslets can detect up to 18 meters in front of the PIR. Also these can be used as curtain lens when fitted with the curtain MASK.
Programming Header (FLASH) And Jumpers for Settings
SENSOR Dual Element Passive Infrared
Microwave Pattern
Thermistor
Microwave Sensitivity Adjustment Hard Spherical Fresnel Lens
Cover Tamper Switch and Back Tamper Jumper
Look-Down Creep Zones
PYR-2023 ELECTRICAL BLOCK DIAGRAM
TYPE AND ORDERING PART NUMBER ASSIGNMENT
Optical Section Lens and Pattern Infra-Red PyroElectric Sensor with Analog Signal Shaping and Amplification
Model Number - Specification 1 = Standard IR 2 = IR + Antimasking 3 = IR + Microwave 4 = IR + Microwave + Antimasking Product Family Prefix This is the name Prefix of the entire series of the detectors family
Plastic Housing Type 1 = Short Housing 2 = Long Housing 0 1 2 3
3) Wide angle lenslets which detect a 140 degree view around the center of the sensor. See the pattern diagrams of the detection areas. (2.1m mounting height)
Walk Test Switch
Inside the PYR-2023
The spherical lens is divided into several optical groups of lenslets.
Interface Type of Unit 1 = Wireless Product 2 = Wired Product
Major Version Number = European Frequency 10.525 GHz = OEM Custom Version = OEM Custom Version = OEM Custom Version
INCLUDED ACCESSORIES Look Down Mirror: This mirror is mounted onto the bottom housing fitted standard in all units. Remove this Mirror to disable the lookdown zones. Curtain Mask: This is a plastic piece that is fitted under the lens, masking all of the side zones and enabling only the curtain zones to be activated. In order for all the zones to be enabled, install without the curtain mask. Jumpers: 4 Jumpers for all the settable options are included with the unit, which enables the installer to select any mode, right out of the box.
MICROWAVE Section DRO Oscillator, 2 Tx and 2 Rx Patch Antennas
Micro Controller Section
Terminal Blocks Section
Processing A to D of the Optical Inputs Section, forming and transmitting the message via RF, tamper, low batt and power management
High Quality + head, Listed Terminals Blocks. Power / Ground / Alarm / Tamper /
Power Supply Section From the DC source of the wired intrusion security Panel.
SECURITY & ENVIRONMENTAL STANDARDS AND GRADES Reference Document: CENELEC EN 50131-2-2 Name of Standard: “Requirements for Passive Infrared Detectors” PYR-2023 - Security Grade : Grade 2 of 4 PYR-2023 - Environmental Grade: Grade 1 of 3 (INDOOR UNIT) EUROPEAN EMC/RF/SAFETY/ STANDARDS - TBD ETSI EN300220 – European RF Standards EN50081 - EMC
OPTIONAL ACCESSORIES Corner Mounting Tamper Bracket: Optional to enable the back tamper to work when mounted onto the corner. Copyright Rosslare Enterprises Ltd 1999-2004
PRELIMINARY Subject to change without notice
V1.0 09/12/04
PRELIMINARY
Dual-Mode Digital PIR + Microwave Motion Sensor ARCHITECTURAL AND ENGINEERING SPECIFICATIONS Concerns: Architect/Engineer Specifications Affects: PYR-2023 Microwave/PIR Intrusion Detector Dated:
May 28, 1998
The Intrusion Detector[s] shall operate on the Verified Intrusion principle using combined Passive Infrared (PIR) and Microwave Intrusion Detection technologies, and shall be Listed by Underwriter's Laboratories, Inc., and FCC Certified to operate in the 10.525 Ghz band in the United States. [Each] [The] detector shall provide the detection, signal processing, alarm relay, and operating power circuitry in the same enclosure; and shall provide an alarm relay actuation upon the simultaneous detection of an intruder moving into or through its combined protection pattern. The enclosure shall be ready for surface and/or corner mounting, and shall be capable of mounting to a compatible Gimbal Mount or Low Profile Swivel Mount Bracket without modification. The detector[s] shall incorporate a three-color LED to indicate the different operating conditions. Red shall indicate an alarm condition. Green shall indicate a PIR activation. Yellow shall indicate a microwave activation. The LED shall be able to be field disabled using a jumper. The detector[s] shall be capable of operating from a DC power source rated within the range of 9 to 15 volts DC, and shall draw a nominal 18 milli-amps (mA) over the rated voltage range. A condition of alarm shall occur when both the PIR and microwave alarm conditions are met. The detector shall signal the condition of alarm using a Supervised Normally Closed Reed Relay with terminal strip connections. To accomplish PIR detection, [each] [the] detector shall contain a sealed Pyro-Electric sensor peaked for the detection of nearinfrared energy in the 10 micron region. Spike-Noise suppression circuitry shall inhibit alarms caused by noise burst signals. To guard against unwanted alarms caused by changes in infrared energy not associated with motion, the sensor shall utilize a balanced DualOpposed element. The PIR detection shall use Motion Analyzer II Signal Processing. Motion Analyzer II is a highly advanced signal processing technique that shall require a specific signature and timing of signals to generate an alarm. The processor shall analyze the incoming signal and automatically adjust for target speed and signal strength
The fifth plane shall be angled 75° downward from the top plane, and shall consist of a sensor zone-pair horizontally spaced at 0° from center. The coverage pattern selected shall be horizontally adjustable up to plus and minus 10° from center, and vertically adjustable up to plus 2° and minus 10° from center. To accomplish microwave detection, [each] [the] detector shall utilize an integrated DRO oscillator and strip-line antenna design. Using a precise pulse width and repetition frequency, the transmitter shall transmit pulses of microwave energy into the intended area of protection. Employing the Doppler Shift principle, the receiver shall monitor for any returned microwave energy at or near the transmitted frequency, and shall compare the received frequency to the transmitted frequency To guard against false activations, the microwave portion shall incorporate both adaptive Signal Processing and Pattern Recognition Technology. Pattern recognition circuitry shall identify and ignore repetitive false alarm sources. Adaptive Processing shall adjust to background disturbances. This shall help to reduce false activations while maintaining catch performance. Free-space microwave coverage shall be a teardrop shaped pattern rated at [20 ft. long by 20 ft. wide] [6 m long by 6 m wide]. To suit the properties of each installation, the coverage shall be field adjustable by use of a built-in Microwave Range. To compliment the PIR technology, the microwave circuitry shall be designed to enhance cross-walk performance, and shall contain a filter for rejection of electrical noise signals generated by fluorescent lights. Pulse Modulation design shall permit multiple unit installation, and low current operation. To ensure proper circuit operation, the detector[s] shall incorporate both a PIR self-test and Microwave self-test with defaults. The PIR circuitry shall be tested once every 12 hours by an internally generated electronic signal. [Each] [The] detector shall include immunity to signals produced by pets and other small animals. This shall include immunity to one dog up to [100 pounds] [45 kg], or 2 dogs up to [60 pounds] [27 kg], or 10 cats, or any number of small rodents. The Microwave shall perform a self-test every 12 hours by oscillating the transmitted signal and analyzing the received signal. If the microwave section fails, the detector[s] will default to PIR only operation. If this occurs, the detector[s] shall adjust the PIR sensitivity to standard.
Motion Analyzer II Processing shall provide two sensitivity settings.
If either supervision condition occurs, the detector[s] shall indicate the trouble condition by flashing the alarm LED continuously in a 4 pulse sequence .
[Each] [The] detector shall contain a front mounted Fresnel lens which shall focus received infrared energy onto the sensor. The sensor and module combined shall then construct a protection coverage field of view consisting of a 90° wide Broad Coverage pattern with five (5) planes of protection. The top plane shall consist of eleven sensor zone-pairs angled 0° downward from the horizontal, and horizontally spaced at 0°, plus and minus 9°, plus and minus 18°, plus and minus 27°, plus and minus 36°, plus and minus 45 from center. The rated range of the top plane shall be [twenty feet (20 ft.)] [six meters (6 m)].
[Each] [The] detector shall feature a single piece electronics board mounted to a base produced from the U.L. Component Recognized material ABS "Cycolac," Grade T or GSM, Rated 94HB, and shall be enclosed with a two-point, positive latch, snap-in-place cover of the same material. The front of the cover shall contain two (2) white-light opaque windows, one which shall be microwave transparent and one infrared transparent, with both constructed from U.L. Component Recognized materials. When combined, the total package shall not exceed [5 in. High, by 2.8 in. Wide, by 2.2 in. Deep] [12.7 cm High, by 7.1 cm Wide, by 5.6 cm Deep].
The second plane shall be angled 8° downward from the top plane, and shall consist of four sensor zone-pairs spaced at plus and minus 18° and plus and minus 36°, from center.
[Each] [The] detector shall be rated to operate within the temperature range of [minus 20° Fahrenheit to plus 120° Fahrenheit] [minus 29° Celsius to plus 49° Celsius].
The third plane shall be angled 16° downward from the top plane, and shall consist of four sensor zone-pairs spaced at plus and minus 18° and plus and minus 36°, from center.
The Dual Technology Intrusion Detector[s] shall be model DS820 [with optional Gimbal Mount Bracket B328] [or] [with optional Low Profile Swivel Bracket B335] [or] [with optional B800 Ceiling Mount].
The forth plane shall be angled 29° downward from the top plane, and shall consist of two sensor zone-pairs spaced at plus and minus 18° from center.
end Copyright Rosslare Enterprises Ltd 1999-2004
PRELIMINARY Subject to change without notice
V1.0 09/12/04
