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| Coen's worldwide approved, state-of-the-art iScan flame detector features an "All In One" configuration with an integrated viewing head and signal processor, which eliminates the traditional flame professional scanner signal processing unit (professional amplifier) and amplifier professional cabinet. The iScan is accepted as the industry standard for monitoring oil, gas, and coal flames with thousands of units in use worldwide. |
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The Model FL3111HT is a high temperature rated (125°C) ultraviolet (UV) optical flame sensor designed to detect unwanted fires while maintaining false alarm immunity. The FL3111HT detects only in the UV spectral range for optimized speed of response.
The FL3111HT's electronics are integral within its stainless steel explosion-proof housing, allowing detector information to be processed at the point of detection. The electronics are fully separated from the Exe wire compartment offering protection during installation and service. |
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Flame detector for continuous operation IFW 50
Flame detector for flame signalling or for multi-flame control in conjunction with IFD 450/454, for continuous operation, ionisation control.
Mains voltage: switchable from 220/240 V AC to 110/120 V AC, for earthed or unearthed mains.
Flame detector IFW 15
Flame detector for flame signalling or for multi-flame control in conjunction with IFS 110/111IM, for intermittent operation, ionisation or UV control. For earthed or unearthed mains, mains voltage:110/120 V AC or 220/240 V AC.
Flame detection PFF
Flame detector in 19" standard rack for multi-flame control in conjunction with PFS/PFD or for flame signalling.
PFF 704: for intermittent operation, ionisation or UV control,
PFF 754: for continuous operation, ionisation control,
with 4 independent flame professional amplifiers,
mains voltage: switchable from 220/240 V AC to 110/120 V AC, for earthed or unearthed mains.
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The Model FL3100 is an Ultraviolet / Infrared flame detector designed to detect fires and provide alarm outputs directly from the detector while maintaining false alarm immunity. It detects fires by monitoring in both the ultraviolet (UV) and infrared (IR) spectral ranges, making it highly immune to false alarms. There is also a hydrogen-specific detector available that detects hydrogen fires.
FL3100 Series flame sensors' electronics are integral within their explosion-proof housings, allowing detector information to be processed at the point of detection. The detectors also provide a 4-20mA stepped output signal indicating detector status. The COPM (Continuous Optical Path Monitoring) self-test feature checks the optical path integrity (window cleanliness) and the detectors' electronic circuitry once every minute. |
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| The Model FL4000 is an advanced multi-spectral infrared (MSIR) flame detector designed to provide superior false alarm immunity with the widest field of view. The FL4000 employs a multi-spectral optical IR sensing array with a sophisticated Neural Network Technology (NNT) system to reliably discriminate between actual flames and the vast majority of false alarm sources (such as arc soldering). The FL4000 is designed to detect typical fires such as alcohol, n-heptane, gasoline, jet fuels and hydrocarbons. In addition, the FL4000 can see through dense smoke produced by diesel, rubber, plastics and lube oil fires. |
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The design of this new generation of detectors provides 3 main features :
• Performances
• Guaranteed detection
• Easy installation, use and maintenance.
The efficiency of SIMTRONICS flame detectors offers :
• High sensitivity,
• Very short response time,
• Reliability,
• Immunity from interferences
It also guarantees protection against fire risks in industrial environments and enables the control of fire fighting.
The housings are treated specifically to resist corrosive factors (stainless steel or aluminium housings).
These TV63 UV / 2xIR detectors have a wide viewing angle (110°) and a range higher than 45 m.
The integrated relays and a 4-20mA output enable the control of the TV63 by the control units or by PLC.
The detectors are equipped with an automatic test control, which regularly checks the functionality of detection, as well as the optical and electronic integrity of the system.
The detector’s non-stop auto-tests & intrinsic quality feature SIL 2. |
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The design of this new generation of detectors provides 3 main features :
• Performances
• Guaranteed detection
• Easy installation, use and maintenance.
The efficiency of SIMTRONICS flame sensors offers :
• High sensitivity,
• Very short response time,
• Reliability,
• Immunity from interferences
It also guarantees protection against fire risks in industrial environments and enables the control of fire fighting.
The housings are treated specifically to resist corrosive factors (stainless steel or aluminium housings).
These TV63 detectors have a wide viewing angle (110°) and a range higher than 85 m.
The integrated relays and a 4-20mA output enable the control of the TV63 by the control units or by MANUFACTURERS OF PLC.
The detectors are equipped with an automatic test control, which regularly checks the functionality of detection, as well as the optical and electronic integrity of the system.
The detector’s non-stop auto-tests & intrinsic quality feature SIL 2.
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Dräger Safety optical flame detection provide the reliable detection of a wide range of both hydrocarbon and non-hydrocarbon based fires. Providing a perfect solution to the ever increasing demand of flame detection throughout industry, they can also be used along with Dräger supplier of gas detection technologies to form part a complete safety system
The reliability and flexibility of Dräger flame detectors, along with their worldwide approvals ensure suitability for just about any application anywhere in the world.
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The self-checking SAFYR PACKSCAN flame detectors are designed for monitoring solid or liquid fuel industrial burners (oil, pulverised coal, heavy liquid residues). They are adapted for multi-burner installations by facilitating flame discrimination.
A binary safety signal is transmitted in the presence or absence of a flame. The output signal is also available on terminals for recording or remote display purposes.
Operation of the SAFYR PACKSCAN flame detector is based on the characteristic flickering phenomena of flames, generally between 0 to 150HZ. It uses a silicium photodiode cell, adapted to the combustion frequency in the visible light band (320 to 1100nm).
A display indicates all the configured parameters, as well as the detection level.
30 years of experience in the field of flame detection gives the SAFYR PACKSCAN the following advantages :
• An ‘all in one concept’ with an integrated professional amplifier in the professional scanner head for easy installation.
• Two microprocessors for increased safety and reliability.
• Approved by APAVE to meet all safety criteria requirements
• Detection level indicator to simplify commissioning
• Various standard confi guration methods by internal switches, by remote and by serial link, to simplify configuration
• Two SPDT output switches to indicate flame presence and proper detector operation |
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The self-checking RUBY PACKSCAN flame detectors are mainly designed for monitoring gas burners manufacturers.
They transmit a binary safety signal on the presence or absence of a flame.
The response time to a flame shutdown is less than 1 second, as per Standard EN298 relating to gas safety equipment.
The RUBY PACKSCAN detector uses a detection tube for ultraviolet wavelengths between 185 and 280nm.
An auto-checking mechanism for the tube covers the sight hole three times per second in order to ensure self checking operation.
A display enables visualisation of the configured parameters as well as the level of detection.
30 years in the field of flame detection gives the RUBY PACKSCAN the following advantages :
• an ‘all in one concept’ with an integrated professional amplifier in the professional scanner head for easy installation
• two microprocessors for increased safety and reliability
• Approved by APAVE meeting all safety criteria requirements.
• Detection level indicator to simplify commissioning
• Various standard confi guration methods by internal switches, by
remote and serial link to simplify configuration.
• DPDT output switch to indicate flame presence and proper detector operation. |
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