Page 1 ADPRO PRO Passive Infrared Detector Training...
Page 2 What is Infra-Red? • Every surface above 0 Kelvin (absolute zero) emits infra-red energy • Invisible to the naked eye, the wavelengths fall within the electromagnetic wavelength range of 0.7 to 1000 microns. • Because infrared rays have such wide wavelength spectral bands, they are classified into near, medium and far infrared.
Page 3 What is the principle of Infra-Red detection? • Humans and other mammals radiate infra-red waves in band lengths from 7 to 14 microns so pyro-elements in PIR detectors are set to detect these bands. • PIRs detect sudden changes in Far Infra- red radiation levels and produce corresponding electrical signal.
Page 4 Materials • REFLECT – ABSORB – PENETRATE • Far infrared energy is reflected by glass, mirrors and other reflective surfaces • Because of this it cannot penetrate glass, nor can it penetrate most plastics (polyethylene is a notable exception, which we use as front filters for the standard detectors) •...
Page 5 Optics • Precision mirror glass optics instead of Fresnel- polyethylene lenses (think telescope) • Continuous, gap-free coverage §§ §§...
Page 6 Curtain-Shaped Coverage Each curtain has this field of view: (13 ft) 1-8 m (4-25 ft) (9 ft) Continuous curtain – no gaps! Nominal range • Detectors feature one or more zones that are sensitive to objects moving into or through them...
Page 7: Product Line Overview
Product Line Overview  PRO E Standard model • Precision mirror optics • Operating temperature: –20º to +60ºC (-4º to +140ºF) • 3 outputs • RS-485 HLI for alarm management and settings  PRO E-H High-performance model (H) = standard model PLUS •...
Page 8 PRO E Features • Best performance in alarm and nuisance alarms in the industry, proven in countless applications and specific tests by independent experts. • NEW: Anti Masking alarm • NEW: 360PROtect™: Covers the area between -1 to +8m to eliminate creep zones •...
Page 9 >>RESULT: We see the alarms, not the false alarms! Testimonial from Till Freihoff, Founder and CEO of the Freihoff Group: • I was very impressed by the new PIR PRO E-Generation of Xtralis. • Perimeter protection is a key topic for all our customers nowadays.
Page 10 Field test by perimeter security experts Freihoff and Piendl...
Page 11 Field test by perimeter security experts Freihoff and Piendl...
Page 12 Vandal and Manipulation Detection New Feature: Anti Masking • Active IR proximity sensor protects ca. 50cm in front and below detector • Any obstruction in that area will be detected • If completely covered, immediate (!) specific alarm (competition takes around 2 minutes)
Page 13 Vandal and Manipulation Detection New Feature: Advanced 3D Tamper • Altering the alignment which is stored during setup, horizontal, vertical or pitch, triggers a tamper alarm. • Digital compass detects even very slow (!) horizontal alignment changes...
Page 14 Vandal and Manipulation Detection New Feature: Proximity sensor in main housing • Active IR proximity sensor in main housing • Will even trigger when parts of lid are removed (e.g. by sawing), which would not affect a standard cover switch •...
Page 15 Creepzone coverage and beyond New Feature: 360PROtect™ • An additional dual PIR sensor in the top-front covers the area between up to 1m behind the detector and 8m in front of it, eliminating all creep zones. • Covers all the way up to any wall and even *behind* the pole the detector is mounted to •...
Page 16 Creepzone Video...
Page 17 Creepzone coverage and beyond New Feature: 360PROtect™ 2.5m Up to 8m 1m (anything within the view of the 1.5m sensor)
Page 18 Tackling Nuisance Alarms Techniques that minimize nuisance alarms • Differential Sensors – Signals received within the same time period in both sensor elements will be compensated, no alarm is generated • Temperature compensation – For dynamic compensation of contrast variation •...
Page 19 Tackling Nuisance Alarms Differential Sensors – The pyro sensor element is separated into two ‘flakes’, covering laterally neighbouring areas of the detection zone – output of the 2 flakes is subtracted from one another – Identical signals received within the same time period in both sensor elements will be compensated, no alarm is generated No alarm...
Page 20 Tackling Nuisance Alarms Dynamic threshold by ATD continuous noise raises the threshold Note: switch off ATD during walk tests, peak triggers alarm otherwise the test will rise the threshold noise dying off lowers the threshold temporally too high...
Page 21 Tackling Nuisance Alarms Pulse count in volumetric detectors • Intruders crossing though volumetric detector usually trigger several alarms • Triggering a full alarm only after a defined number of alarms (“pulses”) reduces nuisance alarms. Here: Alarm occurs only after 3 pulses...
Page 22: Maintenance
Maintenance Inspection is recommended following extreme conditions such as snow storms, sand storms, hail etc. to make sure that nothing has been damaged and the sensitivity is not reduced by accumulation of snow, sand or dirt on the front window. The detectors have been designed to be virtually maintenance free but the following precautions are recommended: –...
Page 23 Wrapping up: PRO E Detector Advantages • Up to 4 m (13 ft) mounting height to minimise the risk of vandalism • Precision mirror optics for gap-free, uniform coverage with creep zones (curtain-models only) No finger-and-gap coverage patterns with detection zone starting as little as 1 m (3.3 ft) from the mounting location, at recommended mounting height of 4 m (13 ft) •...
Page 24 Super-Long-Range Curtain Triple Channel PRO E-400H (CH10100001) Longest range in the market Multi-zone detector with separate Model PRO E-400H amplifier / signal processing for Nominal Range 220 m (720ft) each zone Width @ Nominal Range 4.7 m (14 ft) Zone information as separate outputs and data protocol...
Page 25 (Flipchart multi channel / segmented mirror)
Page 26 Long-Range Curtain Triple Channel PRO E-100(CH10033001) PRO E-100H(CH10033101) Multi-zone detector with separate Model PRO E-100 PRO E-100H amplifier / signal processing for Nominal Range 120 m (400 ft) 150 m (500 ft) each zone Zone information as separate Width @ Nominal Range 2.7 m (9 ft) 3.3 m (11 ft) outputs and data protocol...
Page 27 Medium-Range Curtain PRO E-45(CH10023001) PRO E-45H(CH10023101) Model Standard H-Version Nominal Range 50 m (165 ft) 60 m (200 ft) Width @ Nominal Range 3.3 m (11 ft) 3.9 m (13 ft)
Page 28 Directional Medium-Range Curtain Dual Channel PRO E-45D(CH10023201) PRO E-45DH(CH10023301) Typical 5 times lower nuisance alarm rate compared to the PRO E-45(H) if configured in unidirectional mode (left to right or right to left)! Model Standard H-Version Nominal Range 50 m (165 ft) 60 m (200 ft) Width @ Nominal Range 3.6 m (12 ft) 4.2 m (14 ft)
Page 29 Directional Medium-Range Curtain Dual Channel PRO E-45D(H) Directional Detection Example: Right-Left Left-Right...
Page 30 Directional Medium-Range Curtain Dual Channel PRO E-45D(H) Directional Detection Example: Right-Left Left-Right...
Page 31 Volumetric Coverage • Precision segmented mirror optics • Unique pulse count feature massively reducing nuisance alarm, taking advantage of the discrete areas of detection • Ideal for direct covering of critical areas • Standard security camera coverage matched by specific detector...
Page 32 Volumetric Medium-Range PRO E-18 (CH10055001) PRO E-18H (CH10055101) Model Standard H-Version Nominal 24 m (80 ft) 30 m (100 ft) Range Width @ NR 21 m (70 ft) 27 m (90 ft)
Page 33 Volumetric Wide-Angle PRO E-18W (CH10053001) PRO E-18WH (CH10053101) Model Standard H-Version Nominal 21 m (70 ft) 27 m (90 ft) Range Width @ 24 m (80 ft) 30 m (100 ft)
Page 34 Volumetric Medium-Range PRO E-30 (CH10073001) Model Standard Nominal 30 m (90 ft) Range Width @ NR 20 m (100 ft) *Use PRO E-18H as H-version of PRO E-30...
Page 35 Volumetric Medium-Range Narrow-Angle PRO E-40 (CH10073001) Model Standard Nominal Range 40 m (130 ft) Width @ Nominal Range 10 m (33 ft) *Use PRO E-45H as H-version of PRO E-40...
Page 36 Step by step installation PRO E detector Required tools and accessories • Mounting kit, shipped with detector • Scope with PRO E adapter • PC with PRO-Software and RS-485 Interface • iCommision with smart phone / tablet (now: iOS only) •...
Page 37: Mounting Kit
Mounting kit Cable seal Top and bottom bracket seals for pole (round) and wall (straight) mounting Bracket side covers with break-outs for pole mounting straps 4mm hex screws and washers for securing detector to bracket and fix horizontal alignment...
Page 38 Tools Scope sight with PRO E adapters Long screwdriver for wall mounting Philips / 4mm hex iCommision iOS app instead of screw drivers, wire stripping tools and pliers: Victorinox CyberTool 34 RS485 Interface and PC Software...
Page 39 Place both bracket seals in bracket top and bottom Note! Straight for wall mounting Note! Round for pole mounting...
Page 40 Pole mounting only: Remove break-outs from side covers...
Page 41 Install side covers for brackets Note! break-outs for pole mounting only...
Page 42 Pole mounting only: Feed straps through bracket, tighten around pole Note! make sure, the bracket tamper is pushed in tightly against the pole...
Page 43 Pole mounting only • Mount detectors sideways to the pole, not along it • the detector is protected by the pole on the sides, and not exposed towards the perimeter • precise alignment is much easier • 360PROtect™ coverage to the back is not blocked by pole...
Page 44 Pole mounting Top view Exposure Alignment 360PROtect™...
Page 45 Wall mounting only: screw bracket to wall Note: screws not included long screwdriver (shaft min. 140mm) needed for top screws...
Page 46 Open bracket by pressing screwdriver/pen/etc. through top hole...
Page 47 Feed installation cable *and* bracket switch wires through bracket...
Page 48 Feed cable and bracket switch wires through detector and place detector firmly (!) on bracket Press together until gaps between the two disappear...
Page 49 Place the three 4mm screws and washers Do not fully tighten them yet, the detector must still be able to move horizontally for alignment.
Page 50 Wire cables Note: before wiring the bus, make sure each detector has an individual address (see SW chapter)! Wire up cable shield, power and/or RS485 and/or alarm outputs...
Page 51 Connect bracket switch If bracket switch is not desired, place jumper instead to avoid permanent tamper alarm...
Page 52 Standard PRO E PCB: 1. Cover Switch connector 2. Type selector switch (do not change!) 3. Cover proximity sensor 4. Backup battery 5. Heater connector 6. Test socket (bus/power) 7. Cable shield terminal 8. Alarm relays terminal 9. Power/RS485 terminal...
Page 53 Prepare cable seal Cut into cable seal and tear off one knob for each cable used...
Page 54 Feed cable(s) and wires through cable seal Place cable(s) in gap(s) and feed wires in the centre spaces. Ensure a tight fit...
Page 55 Close lid, tighten top screws...
Page 56 Place scope on detector for alignment...
Page 57 Align detector 1. Align horizontally by twisting detector over bracket 2. Align vertically by turning bottom-front 4mm hex screw 3. Aim at desired nominal range at about 2m...
Page 58 Remove scope and place iCommision...
Page 59 Walk test the detector and fine-tune vertical alignment 1. Perform walk test at ¼, ½ and full nominal range 2. Use CT PRO X, iPIR app with Fasttrace 2 or remote controlled PC running PRO SW to determine performance and fine tune sensitivity 3.
Page 60 Tighten screws to fix alignment Tighten 4mm hex screw on bottom-left side of detector Tighten 3 4mm hex screws on bottom of detector...
Page 61 Close bracket hatch If the screw in the bottom front of the bracket is properly adjusted it will now close the bracket switch and the top LED will start blinking to finalize the installation by memorizing Antimasking, proximity-lid-switch and alignment readings. After a minute the LED will stop blinking and the detector is operational...
Page 62 Adjust bracket switch screw If closing the bracket hatch does not cause the LED to start blinking, slowly screw in the lower front screw of the bracket until the bracket switch closes and the LED starts blinking. Keep going for another 2-3 rotations.
Page 63 Fasttrace intelligent double knock and low visibility mode...
Page 64 iPIR Solutions, PIR plus Fasttrace...
Page 65 iPIR Solutions, PIR plus Fasttrace small to medium animals Will not create an alarm because small to medium animal will not be detected by both detectors at the same time.
Page 66 iPIR Solutions, PIR plus Fasttrace sunrise Light / Heat sources sunset - cannot create nuisance alarms - only one of the detectors affected...
Page 67 Performance in poor visibility Single ended, standard sensitivity, ATD on Nominal range Actual range...
Page 68 Performance in poor visibility Single ended, high sensitivity, ATD off Nominal range Actual range...
Page 69 Performance in poor visibility iPIR, combined, standard sensitivity, ATD on Nominal range Actual range...
Page 70 Performance in poor visibility iPIR, single, high sensitivity, ATD off Nominal range Actual range Triggered by Fasttrace low contrast recognition...
Page 71: Installation Tools And Accessories
Installation Tools and Accessories...
Page 72 Tools and Accessories • The PRO E detector range offers various tools to facilitate the installation process, including – CT PRO 2: Wireless walk tester – AD 853: Telescopic scope with PRO E adapters – IFM-485-ST: RS-485 Interface module – iCommision: Tool for remote vertical alignment...
Page 73 CT PRO 2 (242600) Wireless Walk Tester – Wireless walk-testing up to 150 m / 500 ft for all models – Transmitter plugs to test- socket of detector – Hand-held receiver continuously displays the PIR signal level and alarm status by LEDs and a buzzer –...
Page 74 AD 851 (Z AP 03) Universal Telescopic Sight • Allows precise alignment over the full range of up to 220m...
Page 75 Use of telescope in various situations...
Page 76 IFM-485-ST (CH19000301/CH19000300?) Interface Module RS-232/USB to RS-485 USB or RS-232 connection to RS-485 conversion Features: • Robust metal housing for protection in the field • Effective electric surge protection • Connects to and powers via included 5m cables to the PRO and PRO E (requires PRO E-IFC-RS-485) series of detectors...
Page 77 PRO E-IFC-RS-485 Interface Cable • Interface Cable for PRO E- detectors to CT PRO 2 and IFM-485-ST • Adapts the RJ12 plug from the CT PRO transmitter or from the RJ12 test cable to the 4 pin plug to connect it to the PRO E detectors...
Page 78 PRO E-IPM Interface Module Ethernet to RS-485 IP Module to be built into PRO E Housing Directly supported in latest FT release...
Page 79 iCommission (CH12003001) Remote Vertical Alignment Tool • To be connected to the vertical adjustment screw of the detector • Will remotely adjust the internal vertical angle for precise alignment • Controlled through IOS/Android app while checking detection at full range with walktester or iPIR app...
Page 80 iCommission remote vertical alignment tool...
Page 81 Spareparts: Front Filters, easily replaceable Window HDPE filter, 10 pcs. (CH11001001) 10 Plastic Filters for standard and RF detectors, in case they are broken Window Silicon Wafer Filter 1 pc. (CH11001001) A single silicon wafer for H and IS detectors...
Page 82 Installation and Commissioning Software • Windows ® -based • For commissioning of challenging installations • Scope view for signal monitoring • Log-file capability for long-term monitoring • Event-driven screen- shot for additional diagnostics...
Page 84 PRO Windows® Software • Browses for detectors online – Lists all detectors found including model – Allows to select one detector for further manipulation...
Page 85 PRO Windows® Software • Monitoring of signals of one selected Alarm detector – Shows signals in different zones – Shows alarm threshold levels – Shows master alarm / contact closure status...
Page 86 PRO E-85 Zone information Alarm in near-left zone Alarm in far-center zone...
Page 87 PRO Windows® Software • Adjusting parameters of detectors – Copy / paste / save & load settings • Alarm & status log – Of all detectors on bus...
Page 88 NEW PRO SW Features – scope view - Shows all new events - Compass alarm - Antimasking - 360PROtect™...
Page 89 NEW PRO SW Features - settings Detailed fine tuning Main sensor 360PROtect™ sensor All features on/off Individual delay for each output...
Page 90: Alarm Output Configuration
NEW PRO SW Features Alarm output configuration Any events can be assigned to any of up to 5 outputs in a matrix This allows for detailed alarm identification even without RS 485 alarm management Events: Up to 6 zone alarms 360Protect™...
Page 91 RS 485 Data Bus / PC Each detector has RS 485 connectivity: • For installation – Visualizing signals of detectors Up to 32  walk-testing detectors • For testing operation – Alarm-management/logging – Tilt/pan – Change parameters remotely – Open protocol USB or RS 232...
Page 92 RS 485 Data Bus / Camdisc Each detector has RS 485 connectivity: • For installation – Visualizing signals of detectors Up to 32  walk-testing, then fine-tuning detectors • For operation – Alarm-management/logging – Tilt/pan – Change parameters remotely – Open protocol USB or RS 232...
Page 93 RS 485 Data Bus or Ethernet (!) / Fasttrace Each detector has RS 485 connectivity: • For installation – Visualizing signals of detectors Up to 32  walk-testing detectors • For operation – Alarm-management/logging – Tilt/pan – Change parameters remotely –...
Page 94 RS 485 ground difference • In order to avoid possible malfunctioning or damage caused by potential differences, always connect the ground wire between the detectors and the RS485 converter. Potential Difference USB/RS232...
Page 95 RS 485 For Installation • Precision walk-testing • Shows signal strength from target RS 485 – at different distances to test – at different ambient socket conditions • Adjust detector parameters USB / RS 232 on premises...
Page 96 RS 485 For Operation • Real-time alarm retrieval • Zone-information • Create log-files over longer periods RS 485 • Connect to each Up to 32 detectors detector individually • Capture signals in scope-view Control room / Alarm Panel • Run diagnostics...
Page 97 ADPRO PRO Wireless detectors...
Page 98 Wireless Detector Features Detector Range • Long (PRO E-100RF) and mid range curtain (PRO E-45RF) • Volumetric (PRO E-18WRF) Power Management • Powered by 4 off-the-shelf D-type batteries (“mono”, 1.5 V Alkaline or 3.6V Lithium) • Running on Alkaline up to 2y*, running with Lithium Thionylchlorid up to 5y* •...
Page 99 Same great Features as our wired PRO E detectors 1. Same industry leading performance in nuisance alarms and alarm recognition as our wired detectors as = > proven in countless tests and applications 1. Same extensive accuracy and quality test of each detector = >...
Page 100 Wireless detectors are connected RF Detectors Topology to the Inovonics uni-directional receiver panel for wireless alarm management Inovonics Panel iFT-E...
Page 101 Additional more remote detectors RF Detectors Topology are connected to the Inovonics repeater module which is wirelessly connected to the receiver panel Inovonics Panel iFT-E...
Page 102 Certified Geographic Markets...
Page 103 Medium-Range narrow Curtain PRO E-45RF • Mid range 50x3.3m (165x11ft) ideal for limited optical range (e.g. common fog) or matched with video analytics Model PRO E-45RF Nominal Range 50 m (165 ft) Width @ Nominal Range 3.3 m (11 ft)
Page 104 Long-Range Curtain Triple Channel PRO E-100RF • 120m(400ft) long range ideal for efficient coverage of long straight section • Multi-zone detector with separate amplifier / signal processing for each zone • Alarm localisation through zone information as separate outputs and data protocol Model PRO E-100RFe/RFn Nominal Range...
Page 105 Medium Range Volumetric Wide-Angle PRO E-18WRF • Precision segmented mirror optics • Unique pulse count feature massively reduced nuisance alarm, taking advantage of the discrete areas of detection Model PRO E-18WRF Nominal Range 21 m (70 ft) Width @ NR 24 m (80 ft)
Page 106 Wireless detector PCB (first design): 1. Innovonics wireless transmitter module, plugged in PCB 2. Right battery pack connector 3. Solar panel terminal 4. Cover switch connector 5. Test socket (power/bus) 6. Left battery pack connector 7. Alarm Relay (NO/C/NC) 8. Bracket cover switch connector...
Page 107 Wireless detector PCB (current design): 1. Inovonics wireless transmitter module, plugged in PCB 2. Right battery pack connector 3. External power source terminal 4. Cover temper switch 5. Test socket (power/bus) 6. Left battery pack connector 7. Alarm relay terminal (NO/C/NC) 8.
Page 108 PRO E-IFM-RF (CH12100001) RF Interface Module • For power reasons, the RF detectors have no standard RS- 485 interface • To enable fully features control with the PRO software, we offer a custom data interface module • Please prepare a mini-USB cable, as it is not included.
Page 109 PRO Software Support Scope View • There is full support of the RF units from the PRO software (Version 9.27 and up), once connected via the PRO E-IFM-RF module • All sensors, thresholds and alarm channels are visualized in real- time.
Page 110 PRO Software Support SW settings • When using SW settings, make sure DIP switch 1&2 are off (default) • All settings are identical to standard PRO E detector, but reflect RF features (only one output, no proximity switch to reset in lid to reset). Also no reverse of output, since there are NO and NC terminals...
Page 111 Solar Storage Module allows the battery life expectancy to multiply • Detector runs on external power (e.g. solar, wind) whenever available, indefinitely. • Backup module capacities (SuperCaps) charge on external power whenever available • Detector runs on backup module for 12h without sufficient external power •...
Page 112 Cost saving through easy installation  No trenches  No cable tubes  Less or nearly no cables  Shortest installation times  quicker ROI  No customer operational disturbance or process interruption  Highest flexibility  Ideal for temporary security solutions e.g. construction sites, outdoor museums, car dealer etc.
Page 113 Installation and Commissioning • All the basic steps of commissioning a wireless PRO E detector are the same as with a standard detector, so please refer to the PRO E manual for site layout, mounting, alignment, SW settings, etc. • Main differences are: •...
Page 114 Installation and Commissioning DIP Switches • As with our standard detectors, we always recommend to use the SW interface for fine tuning, but since the specific RF interface might not be always at hand, DIP switches can be used as well: DIP 1&2: DIP 2 DIP 1...
Page 115 Installation and Commissioning Connection to Inovonics Panel The included Inovonics transmitter can send alarms to all compatible panels, see http://www.inovonics.com/products/add-on-receivers/ http://www.inovonics.com/products/serial-receivers/ Please connect the panels according to the respective Inovonics manual with the following details: • Make sure, that the transmitter is registered as 2-alarm transmitter ...
Page 116 Installation and Commissioning Final Commissioning Procedure Step 1: Preparation: Make sure that bracket switch is connected (SKT5) and that the bracket is open...
Page 117 Installation and Commissioning Final Commissioning Procedure Step 2: Power Connect batteries (plus external power source, if available) => device starts working As long as lid is open: Red LED is slowly blinking...
Page 118 Installation and Commissioning Final Commissioning Procedure Step 3: test mode Close Lid, leave bracket open! • Red LED stops blinking • Device enters test mode • Alarms are indicated by the red LED Go through setup: Alignment, walk tests, fine tuning alignment, etc. Inovonics panel will constantly receive Alarm 1&2 during test mode.
Page 119 Installation and Commissioning Final Commissioning Procedure Step 3: Finalize When performance is satisfactory, close bracket hatch • Front LED will start blinking fast • If LED does not start blinking, make sure the tamper switch in bracket is closed by turning front screw until LED starts blinking Make sure the detector has an unobstructed view below and around it.
Page 120 Installation and Commissioning Final Commissioning Procedure Step 4: Operation When internal settings are done, the front LED will be permanently deactivated. • Detector is now operational • Alarms in the main zone and creep zone (360protect) will be transmitted as Alarm 1 •...
Page 121: Alarm Management
Alarm management • Each detector can trigger 2 Alarm outputs • Alarm 1: Alarm in main zone, creep zone (zone 1 or S/M/L) • Alarm 2: Battery level low, needs to be replaced • Alarm 1&2: Any kind of tamper alarm •...
Page 122 Inovonics wireless modules Uni-directional transmitters, part of any RF detector 300m range indoors, 150m if receiver inside http://www.inovonics.com/products/rf-modules/ Uni-directional receiver panels for wireless alarm management of the associated RF detectors PLEASE NOTE: The number of channels means *NOTHING* The number of outputs divided by 3 counts!! (12 outputs => 4 detectors) http://www.inovonics.com/products/add-on-receivers/ Repeater modules, extending the standard range by...
Page 124 Intrinsically Safe Detectors (isPIR) Markets: All applications requiring EX protected products !!! © Xtralis Pty. Ltd. ─ Confidential Information...
Page 125 In 1913 occurred in Seghemydd, South Wales, the to that point deadliest mine explosion killing 439 miners. • This national disaster caused an public outcry and started the search for safer signalling technologies. © Xtralis Pty. Ltd. ─ Confidential Information...
Page 126 Intrinsic safety: Beginnings in Mining • Mining signaling system around 1910 © Xtralis Pty. Ltd. ─ Confidential Information...
Page 127 First Step: Energy Limitation But what happens in case of failure? © Xtralis Pty. Ltd. ─ Confidential Information...
Page 129: Hazardous Area
Energy Limitation: Basic Idea • Separation of hazardous and save areas „Firewall“ Hazardous area Safe area © Xtralis Pty. Ltd. ─ Confidential Information...
Page 130: Electrical Standards
Increased safety Ex e SN EN 60079-7 EN 60079-7 IEC 60079-7 Flameproof enclosure Ex d SN EN 60079-1 EN 60079-1 IEC 60079-1 Intrinsic safety Ex i SN EN 60079-11 EN 60079-11 IEC 60079-11 © Xtralis Pty. Ltd. ─ Confidential Information...
Page 131 Cables and wires are included in the protection • Also suitable for Zone 0 applications • Maintenance and Operation: • Calibration, function test, swapping, etc. is possible in powered operation in life hazardous zones. © Xtralis Pty. Ltd. ─ Confidential Information...
Page 132 • correct installation regarding the protection of the intrinsically safe circuit from external energy • Only suitable for circuits with rather low power requirements, typically less then 2W (in our case around 500mW) © Xtralis Pty. Ltd. ─ Confidential Information...
Page 133: Intrinsic Safety
Intrinsic Safety Shared responsibility! Ex i © Xtralis Pty. Ltd. ─ Confidential Information...
Page 135 …“ Intrinsic safety always considers the whole electric circuit. A circuit typically consists of one operation device (load), a supply device (source) and their interconnecting cables. Cable Cable Cables Load Source © Xtralis Pty. Ltd. ─ Confidential Information...
Page 136 „electrical apparatus in which all the circuits intrinsically safe circuits.“ • Associated apparatus („Barrier“) „electrical apparatus which contains both energy-limited and non-energy-limited circuits and is constructed so that the non-energy-limited circuits cannot adversely affect the energy-limited-circuits. © Xtralis Pty. Ltd. ─ Confidential Information...
Page 138 • Group II: For all other hazardous areas (gases only, no dust, no mining) Group MIC - ratio* (Minimum Ignition Current) > 0.8 0.45 ... 0.8 < 0.45 *relative to Methane © Xtralis Pty. Ltd. ─ Confidential Information...
Page 139 Ignition Sources „… any spark or any thermal effect,…“ The electric power is limited in hot spots order to avoid hotspots Environmental temperature © Xtralis Pty. Ltd. ─ Confidential Information...
Page 140 >450°C 450°C Propane, Hydrogen >300°C ≤450°C 300°C Ethylene, Acetylene >200°C ≤300°C 200°C Gasoline, Diesel >135°C ≤200°C 135°C Ethanal >100°C ≤135°C 100°C >85°C ≤100°C 85°C Carbon Disulphide © Xtralis Pty. Ltd. ─ Confidential Information...
Page 141 Or:: conditions, is not capable of causing ignition of a The explosive gas atmosphere given explosive gas atmosphere.“ must match the spark energy as well as the surface temperature. Quelle: EN 60079-11 © Xtralis Pty. Ltd. ─ Confidential Information...
Page 142 Ex ia, Ex ib, Ex ic Ex ia Intrinsic Safety with 2 Errors Zone 0, 1 and 2 Ex ib Intrinsic Safety with 1 Error Zone 1 und 2 Ex ic Intrinsic Safety in normal Operation Zone 2 © Xtralis Pty. Ltd. ─ Confidential Information...
Page 143 Intrinsic Safety Implementation: Basic Principle Current limitation Fuse for protection of through resistor overload of Z diode Fuse Voltage Output Input limitation (Ex-Area) (safe area) through Z diode PE/PA, ground © Xtralis Pty. Ltd. ─ Confidential Information...
Page 144 Resistor Fuse Ex-area Safe area Z diode Component Type of Error Broken wire Shortcut Safe? Fuse Unlikely Resistor Possible Unlikely Z diode Z diote The Zener diode is the critical component! © Xtralis Pty. Ltd. ─ Confidential Information...
Page 145 Intrinsic Safety Zones Zone 0, Zone 1, Zone 2 Ex ia Zone 0 Category 1 Ex ib Zone 1 Category 2 Ex ic Zone 2 Category 3 © Xtralis Pty. Ltd. ─ Confidential Information...
Page 146 Zone 0 Required Level regular High very high of Safety No Ignition during Normal Operation Normal Operation Normal Operation or one Error or up to two Errors Safety Multiplier Intrinsic Safety of Category © Xtralis Pty. Ltd. ─ Confidential Information...
Page 149 Ambient Temperature extended to 60°C ≤+60°C II 2G Ex ib IIC T4 T Gas Ignition Temperature: T4: >135°C ≤200°C Ignition Protection G: Gas Type acc. to Max. Surface Temp. : 135°C EN 60 079-XX © Xtralis Pty. Ltd. ─ Confidential Information...
Page 150: Standards And Codes
EN 60079-15 Building Code Zone 2 • EN 60079-17 Test and Maintanence • EN 60079-25 Ex Installation i, IS Systems • EN 60079-27 FISCO, Ex i Field Bus • EN 60079-28 Optical Radiation © Xtralis Pty. Ltd. ─ Confidential Information...
Page 151 Intrinsically Safe PIR Terminal Connections...
Page 152 Intrinsically Safe Product Line Overview 3 Products: Narrow Long-Range Curtain: PRO-100HIS Medium-Range Curtain: PRO-45IS Volumetric Coverage: PRO-18WIS...
Page 153 Long-Range Curtain PRO-100HIS CH10030301 Model Nominal Range 120 m (400 ft) Width @ Nominal Range 2.9 m (10 ft)
Page 154 Medium-Range Curtain PRO-45IS CH10021601 “short creep-zone” Model Nominal Range 50 m (165 ft) Width @ Nominal Range 3.3 m (11 ft)
Page 155 Volumetric Wide-Angle PRO-18WIS CH10051601 Model Nominal Range 21 m (70 ft) Width @ Nominal Range 24 m (80 ft)
Page 156 Technical Concept • Operation of a high-performance, intrinsically safe (HIS) ADPRO PIR requires the installation of IS barriers for power, switching and communications. • The distance from the ADPRO PIR detector to the non-hazardous area can be up to 200 meters. •...
Page 157 Barrier operation RS485 RS485...
Page 158 Barriers Main Power Supply PRO-SPS IS Universal AC Input Switching (CH19200001) • Power supply for a group of barriers • Not necessary for safe operation, other AC power supply modules work too...
Page 159 Barrier RS 485 Interface PRO-SBB IS Isolating Repeater (CH19210001 ) • Barrier for up to 32 RS485 devices...
Page 160 Barrier Power Supply PRO-PS2 IS Quad Channel (CH19200101) • Can power one detector with IR and RS485 or 2 detectors without data interface...
Page 161 Barrier Input Module PRO-SBC IS Dual Channel Switch/Prox. Repeater (CH19210101) • Barrier for to 2 digital signals, either IR alarm and VAN alarm for one detector or combined IR/VAN alarm for 2 detectors.
Page 162 Design Consideration Avoidable design mistakes – Moving vegetation within field of view (grass, branches, bushes, trees) -> Cut frequently or use geotextiles to suppress growth – Field of view not properly terminated (use of artificial termination if necessary) -> See next slide –...
Page 163 Design Consideration – Wedge shaped Coverage 1 Field of View and Termination Curtains may detect beyond desired range unless pointed towards terminating structure! Use of artificial termination if necessary!  Begin of coverage Nominal range (for example 100 m / 330 ft) Effective end of coverage (as far as 1.6 x Nominal...
Page 164 Design Consideration – Wedge shaped Coverage 1 Termination examples...
Page 165 Design Consideration closed perimeter most North, no barriers No considerations of creepzone necessary because of 360PROtect™ !
Page 166 Design Consideration closed perimeter all North / Barriers necessary All detectors aligned towards north as far as possible No considerations of creepzone necessary because of 360PROtect™ !
Page 167 Example of bad installation Detectors aligned at heat source 1...
Page 168 Example of bad installation Detectors aligned at heat source 2...
Page 169 Example of bad installation Detector alignment Too high Too high and off centre 1.8m 1.8m...
Page 170 Example of bad installation Detector alignment, looking down steeply...
Page 171 Example of bad installation Completely overgrown (actual site)
Page 172 Example of bad installation Moving foliage, water, blocked view 1...
Page 173 Example of bad installation Moving foliage, water, blocked view 2...
Page 174 Example of good and bad installation Cleared area, tight fence but missing termination...
Page 175 Example of good installation Cleared area, termination of detection zone in the end...

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Xtralis ADPRO PRO Training Manual

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