Related Manuals for Net Safety UV/IRS-A
Summary of Contents for Net Safety UV/IRS-A
- Page 1 Ultraviolet / Infrared Flame Detector User Manual Model: UV/IRS-A MAN-0015 Rev 14 UVIRS-A/AR November 07, 2008...
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Page 3: Important Information
Contact Net Safety Monitoring Inc or an authorized representative for details. If the products or procedures are used for purposes other than as described in We welcome your input at Net Safety Monitoring. If you have any comments the manual, without receiving prior confirmation of validity or suitability, please contact us at the phone/address below or visit our web site and Net Safety Monitoring Inc., does not guarantee the results and assumes no... -
Page 4: Table Of Contents
Detector Maintenance ................... 17 ABLE OF ONTENTS Testing ....................... 17 Important Information ..................3 Manual Check Procedure ................17 Warranty ......................3 Automatic Visual Integrity (VI) Test ............17 Contact Information ..................3 ... -
Page 5: Introduction
Net Safety Monitoring NTRODUCTION Locate Detector The UV/IRS is a smart, stand-alone fire detector, combining sensors for both When positioning fire detectors, consider such factors as, distance from the the ultra-violet and infrared spectra. The detector is designed to respond to a... -
Page 6: Potential Inhibitors
Net Safety Monitoring Potential inhibitors ANGE A potential inhibitor is anything located between the detector and a potential The practical application distance is directly related to the intensity of the fire source which could prevent the UV/IRS from detecting a fire or reduce ultraviolet/infrared radiation source. -
Page 7: Field Of View (As Per Fm And Nfpa Definition)
Net Safety Monitoring Field of View Installation Considerations (as per FM and NFPA definition) The area in front of a flame detector, where a standardized flame can be The following should be considered when mounting flame detectors. detected and which is specified by distance and angle off the central axis, is •... -
Page 8: Unpack
If you find any components missing or damaged, notify the representative or Net Safety Monitoring immediately. Note: Units are factory sealed. MAN-0015 Rev 14 UVIRS-A/AR... -
Page 9: Reflector Positioning
Net Safety Monitoring Figure 2: Dimensional Drawing EFLECTOR OSITIONING Ensure the external VI reflector is placed directly over the VI Emitters (refer to Figure 7 for VI source location). Also ensure the detector is mounted with the VI reflector in the top position, centred over the yellow dot. -
Page 10: Field Installation
Net Safety Monitoring Grounding IELD NSTALLATION WARNING: Proper shielding and grounding procedures, for the specific area must be followed. Consult local electrical code. • Wiring codes and regulations may vary. Compliance with regulations is the responsibility of the installer. Wiring must comply with... -
Page 11: Connecting
Net Safety Monitoring ONNECTING There are two configurations of the UV/IRS available: Analog (A) and Analog with Relays (AR). Review the following figures for wiring and other settings specific to A or AR configurations. WARNING: Prior to wiring, ensure power is disconnected. Improper wiring can cause damage to the detector. - Page 12 Net Safety Monitoring Figure 5: Junction Box Connection — NALOG ELAY OARD Relay Contacts Normally Open Normally Closed Common FIELD WIRING FLAME DETECTOR WIRING FIRE RELAY FAULT RELAY Terminal Function Terminal Wire Function RRst Remote Reset Blue Manual VI / Communication...
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Page 13: Detector Setup
Net Safety Monitoring Figure 6: DIP Switch Location ETECTOR ETUP YSTEM ENSITIVITY The UV/IRS fire detector can be adjusted to various sensitivity levels by setting the detector to respond at a predetermined detector count rate. The count rate is dependent upon the intensity of the ultraviolet/infrared radiation reaching the detector, which in turn depends on the type of fuel, temperature, flame size and distance of flame from the detector. -
Page 14: Closing The Housing
Net Safety Monitoring Table 3: Sensitivity and Time Delay Settings (Sensor Module) Table 4: Relay Setting (Junction Box) Coil and Latch Status Sensitivity Time Delay Position 1 Position 2 Fire Relay Position 1 Position 2 Position 3 Position 4 De-energized / Non-latching... -
Page 15: Detector Functionality
Net Safety Monitoring TART ROCEDURE ETECTOR UNCTIONALITY Once powered up, the UV/IRS will begin a 90 second start up routine. ETECTOR INDOW During this time, the current output will be 3 mA. The UV and IR source lights and the Green power LED will be on for the 90 seconds. Once the start... -
Page 16: Condition Status-Current Output
Net Safety Monitoring Condition Status— Current Output Table 5: Status LEDs and Current Output The Current Loop status can also be measured to determine detector condition. LED Status Current Green LED Red LED Yellow LED (PWR) (Alarm) (Fault) Test Jacks are available on the Analog board in the Net Safety Multi-Purpose... -
Page 17: Detector Maintenance
Net Safety Monitoring ETECTOR AINTENANCE Automatic Visual Integrity (VI) Test Although an automatic testing of the optics is done every 90 seconds, the The detector performs an automatic Visual Integrity (VI) test every 90 system should be periodically checked. To maintain maximum sensitivity, seconds during normal operation. -
Page 18: Test Procedure
Net Safety Monitoring Note: The manual VI feature is optional. If not used, leave the M VI input WARNING: The detector will stay in the manual VI test mode as long as disconnected or tied to system common. the manual VI input is held at the system power voltage. During the manual VI test all other detector functions are disabled. -
Page 19: Cleaning Window/Lens And Reflector
Net Safety Monitoring LEANING INDOW ENS AND EFLECTOR When cleaning the window and reflector use the cloth and the cleaning solution provided with the detector. Use only the provided cleaning solution as some cleaners can leave a residue or film that may block IR radiation. -
Page 20: How To Return Equipment
A Material Return Authorization number is required in order to return equipment. Please contact Net Safety Monitoring at (403) 219-0688 before All Equipment must be Shipped prepaid. Collect shipments will not be returning equipment or consult our Service Department to possibly avoid accepted. -
Page 21: Troubleshoot
Flashing VI (visual integrity) fault Clean window (use Net Safety Monitoring Lens cleaner only). Check for obstruction(s) within Field of View. Check reflector position and alignment Check UV / IR source bulb. If 4-20 output is not used, jumper it to negative PWR(Com-); close current loop. -
Page 22: Appendix A: Common Uv Absorbing Gases
Net Safety Monitoring A: C UV A PPENDIX OMMON BSORBING ASES Since the UV/IR-A & UV/IR-AR fire detectors are designed to detect fires by responding to the ultra-violet (UV) and Infrared (IR) radiation they emit, it is very important to be aware of UV absorbing gases that may be present between the detector and the sources of potential fires. Small concentrations of these types of gases may not absorb enough UV radiation to cause a problem, but when higher concentrations of these gases are present the detectors may become blind as not enough ultra-violet radiation can reach them to activate an alarm. -
Page 23: Appendix B: Electrostatic Sensitive Device (Esd)
Net Safety Monitoring B: E (ESD) PPENDIX LECTROSTATIC ENSITIVE EVICE Electrostatic discharge (ESD) is the transfer, between bodies, of an electrostatic charge caused by direct contact or induced by an electrostatic field. —ESD The most common cause of ESD is physical contact. Touching an object can cause a discharge of electrostatic energy ! If the charge is sufficient and occurs near electronic components, it can damage or destroy those components. -
Page 24: Appendix C: Resistance Table
Net Safety Monitoring C: R PPENDIX ESISTANCE ABLE MAN-0015 Rev 14 UVIRS-A/AR November 07, 2008... -
Page 25: Appendix D: Specifications
Net Safe ety Monitoring D: S PPENDIX PECIFIC CATIONS odels UV/IRS‐A A (Analog) UV/IRS‐AR (An nalog/Relay) 10 to 32 Operating Voltage e At 10Vdc: Nom minal 95mA/ 0.95W. . Maximum 225mA A/ 2.25W At 10Vdc: Nomina al 95mA/ 0.95W. M Maximum 225mA/ 2 2.25W *With Heater: N Nominal 200mA/ 2. 0W. Maximum 345 5mA/ 3.45W *With Heater: Nom minal 200mA/ 2.0W W. Maximum 335m mA/ 3.35W At 24Vdc: Nom minal 45mA/ 1.1W. Maximum 115mA/ / 2.76W At 24Vdc: Nomina al 45mA/ 1.1W. Ma... -
Page 26: Appendix E: Uvirs Data
Net Safety Monitoring E: UVIRS DATA PPENDIX False Alarm Immunity Falsee Alarm Source Distance Modulated Unmodulated (ft/m) Sunlight direct -------- No Alarm No Alarm Sunlight indirect -------- No Alarm No Alarm Arc Welder 30/9.1 No Alarm -------- 1500 Watt heater 10/3.0... -
Page 27: Appendix E: Uvirs Data (Continued)
Net Safety Monitoring E: UVIRS DATA ( PPENDIX CONTINUED Response Testing w/ Modulated False Alarm Stimuli Present False Alarm Source Distance (ft/m) Fire Source Fire Source Distance (ft/m) Sunlight direct --------------- 16" Propane Plume 25/7.62 Sunlight indirect --------------- 16" Propane Plume 25/7.62... - Page 28 Net Safety Monitoring Inc. 2721 Hopewell Place NE, Calgary, AB Canada T1Y 7J7 1‐866‐FIREGAS (347‐3427) | ph. (403) 219‐0688 | fx. (403) 219‐0694 http://www.net‐safety.com | Email: nsmsales@net‐safety.com PRODUCT SERVICES CONTACT INFORMATION Telephone [ 8am ‐ 5pm MDT ]: (403) 769‐6074 | (403) 717‐8219 Fax: (403) 219‐0694 Email: productservices@net‐safety.com http://www.net‐safety.com/service/product_services.html MAN-0015 Rev 14 UVIRS-A/AR November 07, 2008...
- Page 29 REF-0005 (Rev 0) December 09, 2010. ADDENDUM TROUBLESHOOTING GUIDE: UV/IRS Flame Detectors Condition Possible Cause Possible Solution • • Faulty power supply or /wiring. Replace power supply or/ check wiring. Detector intermittently powers up/down • • Faulty electronics. Contact factory. •...