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UV/IR FLAME DETECTOR
Net Safety's Ultra-violet/Infrared ( UV/IR ) flame detector delivers high performance security with functions and features that set it apart. The flame detection reacts to both UV and IR flame radiation delivering accurate and reliable fire monitoring, yet is immune to arc welding, hot body radiation, lightning or sunlight. Two spectrums of radiation must be recognized and confirmed by precisely tuned sensors for the UV/IR to initiate a fire condition, greatly reducing false alarms while providing critical safety performance to your site and personnel.
Enclosed in a rugged, explosion-proof housing, the Net Safety UV/IR flame detectors use the latest in modular microprocessor and UV/IR sensor technology — delivering accurate and reliable monitoring for hydrocarbon fires. It's capable of stand-alone operation or can be connected to a variety of control devices to create a dependable fire monitoring system. The user can define sensitivity and time delay settings and the built-in testing routines ensure continous operation.
The UV/IR Flame Detector has a extra wide field of view - up to 120 degrees, it has one of the lowest power consumption levels available on the market and a wide voltage range - all of these factors can lower your overall cost of ownership during design, installation and power draw requirements. This can add up to thousands of dollars PER DETECTOR over it's installation.
Net Safety has engineered a superior and affordable, UV/IR flame detector that is simple to operate and maintain while delivering all the security and performance required for high-risk, industrial installations!
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PHOENIX TRIPLE IR (MULTISPECTRUM FLAME DETECTOR
Very serious risks to human life, productivity and equipment are always present at industrial facilities that store, transport and process flammable or explosive chemicals. Automatic flame detection and protective action must be initiated within seconds whenever a fire ignites. Net Safety's Phoenix Triple IR Multi-spectrum flame detector provides the reliable and instantaneous flame detection response that is required in high-risk environments while utilizing advanced technologies to reduce false alarm events and provide rock-solid performance in any environment.
The Phoenix will only alarm when input conditions from three distinct IR wavelengths found in fires are satisfied. The Phoenix also incorporates our unique Automatic Digital Zoom (ADZ) technology which provides accurate detection of small and massive flames in the most difficult working situations where other detectors fail. Three precisely tuned IR sensors, ADZ technology, Automatic Visual Integrity, user selectable sensitivity and time delay provide unparalleled false alarm immunity and detection performance.
The Phoenix Triple IR is the ONLY flame detector on the market that does not have an external reflector or light source. Experience has shown that external reflectors and light sources often become obscured by industrial dirt and corrosion which causes unwanted fault alarms that requires difficult and costly maintenance to correct. The Phoenix Triple IR flame detector completely eliminates these issues in applications where salt, dust, petroleum vapor, heavy rain, snow or blowing sand are present.
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ULTRAVIOLET FLAME DETECTOR
Net Safety's Single UV flame detector reacts to the ultraviolet radiation found in hydrocarbon fires, delivering accurate and reliable fire monitoring. The Single UV does not react when exposed to incandescent or fluorescent lighting, heaters or sunlight - meaning false alarms are virtually eliminated..
Enclosed in a rugged, explosion-proof housing, the Single UV uses the latest in microprocessor and UV sensor technology. It is capable of stand-alone operation or can be connected to a variety of control devices to create a dependable flame monitoring system. The user can define sensitivity and time delay settings to virtually eliminate false alarms and the built-in testing routines ensure continuous operation.
The Single UV has a Field of View of up to 120 degrees and is available with analog or analog/relay output configuration for 12 or 24 VDC systems - just let us know your requirements!
Net Safety's Single UV flame detector is globally certified Class I, Division 1 for hazardous locations to CSA, ATEX, Factory Mutual (FM), ANSI-UL/ISA, INMETRO, and GOST-R performance, technical and safety standards.
Net Safety has engineered a cost effective, high-performance flame detector, ideal for even the most high-risk, industrial applications!
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Dräger Safety optical flame detectors 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 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 Model FL3111HT is a high temperature rated (125°C) ultraviolet (UV) optical flame detector 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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The Model FL3100H 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 detectors' 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 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 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 welding). 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 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 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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uv1a3
Specifications:
- Optical range: 190-270 nm
- Supply voltage: 560 VAC
(supplied by control)
- Mounting threads: 1/2" NPT
- Operating temperature: -40°C to 94°C
(-40°F to 200°F)
- Available in NEMA (Class 1, Div 2,
Group C and D) and Cenelec
approved explosion proof housing
(EEx d IIC T6)
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AIE-EA, Ionization Smoke Sensor
STANDARD FEATURES
Uses the noise immune Digital Communication Protocol (DCP), which utilizes interrupts for fast response to fires
Built in fire test feature
Automatic compensation for sensor contamination
Simple and reliable device addressing method
Low Profile - Only 2.22" high, including base
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95ir/95uv/95ds insight scanners
The Fireye InSight Type 95IR, 95UV, and 95DS flame scanners are microprocessor based flame scanners utilizing solid state infrared (IR), ultraviolet (UV) or dual (IR and UV) sensors.
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HF-24, Ultraviolet Flame Detector
STANDARD FEATURES
Detects fast flaming fires
Highly reliable, long life UV receptor tube
Low power consumption
HF-24 can be intermixed with other types of detection on the panel's detection circuitry
Interchangeable with Hochiki America's standard smoke and heat detector bases
Size and color similar to other Hochiki America smoke and heat detectors
Easily maintained: cleaning can be accomplished without disassembling the detector
Not UL-listed
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The TF 6000 Short is a pedestrian access control system combining powerful technology and innovative design, to complement your architectural style.
The TF 6000 Short screens traffic flow while ensuring fluid throughput of authorized people. It provides secure access control to sites, and will physically block access in the event of fraud, via its computer-controlled power doors.
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The TF6000 Long is a pedestrian access control system combining powerful technology and innovative design, to complement your architectural style.
The TF6000 Long screens traffic flow while ensuring fluid throughout of authorized people. It provides secure access control to sites, and will physically block access in the event of fraud, via its computer-controlled power doors.
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The unit is composed of 2 pedestals that form a lane, with two central doors.
Each lane is controlled by a PLC unité that pilots two DC reversible motors.
Depending on traffic flow needs, each lane can be readily programmed to operate either as an Entrance and/or an Exit.
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Honeywell MICRO SWITCH™ Safety Switches
Full-Scale Offering. Solid, Robust Industry Knowledge.
Whether you're an end-user or OEM, you face an ongoing challenge: to keep your machines and equipment operating safely and productively, while meeting all global workplace safety standards. When you need comprehensive solutions for machine safeguarding, Honeywell helps you meet the challenge with one of the industry's broadest switch portfolios.
Honeywell offers you choices to ensure that your needs are met in the safety arena. Designed with OEMs in mind, we offer safety switches in every size.
-Miniature switches – less than 50 mm [2 in] square – for smaller doors and openings
-Trapped key and solenoid key switches for large, heavy doors
-Cable pull switches for conveyor or perimeter guarding.
-Non-contacting switches for small door position detection
And, all our products are backed by the Honeywell brand, service, and global support.
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Dräger's portable gas detection instruments have been developed to meet the demands of our everyday working lives. Handy and robust, they provide a high technical standard and have been tried and tested in different fields of application.
The Dräger Chip Measurement System is one of the most accurate and reliable portable detection systems currently available for measuring spot concentrations.
It combines an electronic based analyzer with substance specific chips. The 10 capillaries on each chip are filled with a reagent system based on Draegers 60+ years experience in colometric chemistry. More than 55 gas-specific chips are available. The results of 50 measurements can be stored in a DataRecorder integrated in the analyzer, together with relevant data, i.e. measurement substance, concentration, date, time and site of measurement.
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Included in the wide product range of Dräger Safety are a reliable line of multi-gas scanners. These instruments enable you to measure electronically several gases and/or vapours simultaneously through the use of two different technologies: Ion Mobility Spectrometry (IMS) and Photo Ionization Detection (PID).
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Biosystems, LLC, a Bacou-Dalloz® Company, is a leading supplier of gas detectors, respiratory maintenance equipment and monitoring systems, worldwide. Founded in 1981, Biosystems is headquartered in Middletown, Connecticut.
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Personal Air Monitoring Systems
3M™ Organic Vapor, Ethylene Oxide and Formaldehyde Monitors sample airborne contaminants by the simple process of diffusion. The results may then be compared to permissible exposure limits published in health and safety standards.
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Dräger's line of single-gas measurement products keep you aware of one specifc gas's concentration consistently and reliably. The versatility of these products allow you to configure the product to meet your application needs.
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Biosystems, LLC, a Bacou-Dalloz® Company, is a leading supplier of gas detectors, respiratory maintenance equipment and monitoring systems, worldwide. Founded in 1981, Biosystems is headquartered in Middletown, Connecticut.
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Honeywell safety light curtains are photoelectric barriers composed of several infrared beams aligned on an emitting column and a receiving column. Interrupting just one of the beams deactivates the outputs linked to the emergency stop of the dangerous machine. Different resolutions permit the detection of an approaching finger, hand, limb or body. Separate or self-contained control units, various housing sizes, resolutions, scanning ranges and protection heights are available.
Best Used For:
Machine guarding applications requiring operator point-of-operation protection, access detection, presence sensing, gate monitoring and electrical interfacing to the machine circuitry.
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Type Designation: FMH
Temperature Range: 0 to 1400 ° C
Common Materials: See below
Common Size: Ø 6.0mm to 26.7mm (3/4" nominal bore)
Application Notes:
Assembly component (with sensor)
Replacement sheath
Often has adjustable flange or compression fitting
High temperature
Fast response
Will withstand tough industrial use
Special Options:
Special materials available on request
Wear and Chemical resistant coatings
Ceramic lining sheath for rare metal thermocouples
Sleeve can be formed into right angle
Hygienic designs
Process fittings
Reduced tip options
Pressure testing
Material Certificates
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