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| Detector | Model | Datasheet | Manual |
NEW 40/40 Series Flame Detectors |
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| Triple IR (IR3) Flame Detector | 40/40I | DS-F-4040I_Nov2008 | TM-F_4040I_Sept2008 |
| Multi IR Flame Detector | 40/40M | DS-F-4040M_Nov2008 | TM-F_4040M_July2008 |
| UV/IR Flame Detector | 40/40L-LB; 40/40L4-L4B | DS-F_4040UVIR_Nov2008 | TM-F_4040UVIR_June2008 |
| UV Flame Detector | 40/40U-UB | DS-F_4040U-UB_Nov2008 | TM-F_4040U-UB_July2008 |
| Single IR Flame Detector | 40/40R | DS-F_4040R_Nov2008 | TM-F_4040R_July2008 |
| 40/40 Flame Detectors and Accessories | DS-F-4040Accs_Nov08 | ||
20/20 Series Flame Detectors |
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| Triple IR (IR3) Flame Detector with sealed electronics | 20/20SI | DS-F-SI, June 2007 | TM-F-IR3(SI), August 2004 |
| CCTV plus Triple IR (IR3) Flame Detector | 20/20CTIx (N & P) | DS-F-CCTV, November 2003 | TM-F-CTI, January 2005 |
| UV/IR Flame Detector | 20/20L-LB | DS-F-UV/IR, May 2005 | TM-F-UV/IR, August 2004 |
| UV Flame Detector | 20/20U-UB | DS-F-UV, May 2005 | TM-F-UV, August 2004 |
| Single IR Flame Detector | 20/20R | DS-F-R, July 2006 | TM-F-IR, January 2005 |
| Hydrogen Flame Detector | 20/20SH | DS-F-SH, July 2006 | TM-F-SH, May 2005 |
| Fast UV/IR Flame Detector | 20/20F | DS-F-UV/IR (F), July 2006 | TM-F-UV/IR (F), July 2005 |
| Fast IR3 Flame Detector | 20/20FI | DS-F-FI, July 2006 | |
20/20 Mini Flame Detectors |
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| Mini IR3 Flame Detector | 20/20MI | DS-F-MI, June 2007 | TM-F-MI, August 2004 |
| Mini UV/IR Flame Detector | 20/20ML | DS-F-ML_June2007 | TM-F-MU-ML_April2005 |
SharpEye Accessories |
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| Long Range Fire Simulators | 20/20-310, 311, 312, 313 | DS-F-Simulator, July 2006 | |
| Hand-Held Unit for IR3 (Xl) | TM-F-Hend-Held, May 2004 | ||
| Pocket PC Kit for SharpEye | TM-F-SharpEye Pocket PC, September 2005 | ||
| Pocket PC Kit for Standard IR3 | TM-F-IR3 Pocket PC, February 2005 | ||
| Detector | Datasheet | Manual |
| Combustible Gases | ||
| 700 Series, IR flash source, heated optics | DS-G-700, June 2004 | TM-G-700, September 2003 |
| 200 Series, IR flash source | DS-G-200, June 2004 | TM-G-200, May 2004 |
| Duct Mounted Detectors - 200 & 300 Series | DS-G-AirDuct (200 & 300), June 2004 | TM-G-Duct300_June2004.PDF |
| Toxic Gases | ||
| 400 Series, UV flash source | DS-G-400, November 2003 | TM-G-400, November 2004 |
| SafEye Accessories | ||
| Hand-Held Unit for 700 Series | TM-G Hend-Held, May 2004 | |
| Pocket PC Kit for 700 Series | TM-G-700 Pocket PC, February 2005 | |
| Pocket PC Kit for SafEye | TM-G-SafEye Pocket PC, February 2005 | |
Automatic Fire Detection and Suppression System (AFDSS) for the Mine Resistance Ambush Protected (MRAP)
Extinguisher Recharge Procedure - User Manual TM764317 Rev. B, July 2008
About
- What is an optical flame detector?
- How does an optical flame detector detect a fire?
- What types of optical detectors are available?
- Why are the optical detectors so important ?
- What is UV Flame Detection?
- What is IR Flame Detection?
- What is UV/IR Flame Detection?
- What is Dual IR/IR Flame Detection?
- What is Triple IR Flame Detection - IR3?
- What is a CCTV Flame Detector?
- How do I select the correct detector for my application
- What is an optical detector field of view?
- What about detection at longer distances or larger fires (Inverse square law)?
- What is detection distance for different fuels and gases?
- What are the different 'sensitivity' settings for on the IR3 models?
- How can the detector see the fire?
- How to Watch out for 'Blind Spots'?
- How do I decide on the no. of detectors required?
Military
- Automatic Fire & Explosion Detection and Suppression for Special Hazards
- Protecting Hazardous Product Storage Tanks & LPG/LNG Gas Terminals
- Advanced IR3 Technology Applied - The Japanese Angle
SafEye
- Protecting Hazardous Product Storage Tanks & LPG/LNG Gas Terminals
- Optical Flame & Gas Detection for the Oil & Gas Industry
Military
Military
- Stryker Comparison Test
You are about to watch a comparison detection and extinguishing test of a 1x1ft gasoline pan fire in a crew compartment of a combat vehicle.
The first system (Stryker) incorporates dual IR optical sensors.
The second system (Spectrex) incorporates UV/IR optical detectors.
Things to notice:
The first system (Stryker) The second system (Spectrex) The dual IR based detectors did not respond to 1x1ft gasoline pan fire. Manual extinguishing by covering the flame was required The UV/IR based detection system reacts instantaneously, detects the 1x1ft fire and activates the extinguishing
- Extinguishing Comparison Test
You are about to watch a comparison discharge test between a cylinder + pipe + nozzle manufactured by Kidde (At the top part) and the Spectrex cylinder with a 360 degrees dispersion module (At the lower part of the picture).
Both discharge the extinguishing agent at the same distance (1.3 ft/40cm) from the watermelon and are directed towards the watermelon (the watermelon simulates the head of a soldier).
Things to notice:
The top cylinder
which includes a pipe + nozzleThe lower cylinder
with the 360 degrees dispersionBlows off the watermelon
High impact in direct line opposite the nozzleSubstantially smaller impact leaves the watermelon intact
Limited dispersion, narrow angle Wide dispersion, 360 degrees angle.
Deflector provides homogenous dispersion and fills a large volume fasterSlower discharge Fast discharge