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Gas and Flame Detection Systems

Showing 1981–2025 of 2984 results

Oldham Simtronics R-5000AL-2 Display Module, Aluminum Enclosure (Use only with 4-20mA Source units)
$1,085.00
What is the Oldham Simtronics R-5000AL-2?The Oldham Simtronics R-5000AL-2 is: Display Module, Aluminum Enclosure (Use only with 4-20mA Source units). The GD10P and GD10PE are point gas detectors built on non dispersive infrared (NDIR) detection, using a solid state infrared source flashing at 32 Hz across a dual wavelength, dual path optical bench. Because detection is optical rather than chemical, the detector needs no oxygen to measure correctly and works in an inert gas atmosphere, cannot be poisoned by silicon vapours or hydrogen sulphide, is unaffected by gas velocity, and has no saturation effect, so it can read up to 100% volume. Calibration is factory set and no field recalibration is needed. The GD10PE is the version built for critical applications with large volumes of air at high velocity, where low gas concentrations must be caught quickly, such as HVAC and air generator intakes serving inhabited areas and gas turbine installations. The GD10P / GD10PE Point IR Gas Detectors group in the 2026 price book lists 157 orderable part numbers, and this one is the aluminium build, with the 4-20 mA current source output stage.What are the specifications of the GD10P / GD10PE Point IR Gas Detectors?Detection method: infrared absorption, dual wavelength, dual path, with a solid state 32 Hz flash IR sourceGases detected: hydrocarbon gases and carbon dioxide; the target gas and scale are fixed by the ordered part numberAccuracy: plus or minus 3% of full scale between 0 and 50% of reading, plus or minus 5% between 50 and 100%Lifetime stability: plus or minus 5% of full scale readingResponse time: T20 0.7 s, T50 1.7 s, T90 4.0 s (fast option: 0.2 s, 0.4 s, 1.0 s)Start-up 65 s typical; 30 minutes warm up to full specification performanceOutput: 4-20 mA current source as standard, current sink as an option, maximum load impedance 500 ohmContinuous self-test, with dirty optics warning at 55% signal attenuation and dirty optics fault at 70%Suitable for use in SIL 2 and SIL 3 systems, with CSA, IECEx, ATEX and INMETRO approvalsGD10PE variant only: detection range 0-20% LEL (0-1% Vol.) methane; the GD10P target gas and scale are fixed by the ordered part numberWhat should you check before ordering?Teledyne guarantees parts and workmanship for 5 years and the infrared sources for 15 years, which is the figure behind the claim of the longest combined detector and IR source warranty on the market. That warranty is void if parts of unspecified origin are fitted, so a spare bought outside the vendor chain can cost the remaining source cover. The practical consequence of the NDIR bench is maintenance cost rather than performance: no chemical reaction means no poisoning by silicon vapours or hydrogen sulphide, and factory calibration means the detector is not on a recalibration schedule the way a catalytic bead point is.How do the part numbers differ?In this part numbering the output stage is selected by one character: H is the 4-20 mA current source version and J is the current sink version. Every complete description in the 2026 price book follows that rule without exception across 107 rows.Where is it used?Typical service: Fixed point combustible gas monitoring in boiler rooms and process areas; Offshore and onshore petrochemical installations; Inert or oxygen-free atmospheres where catalytic sensors cannot measure; HVAC and air generator intakes serving inhabited areas (GD10PE); High temperature areas of gas turbine installations (GD10PE).How do I order or get a quote?PE Energy supplies the Oldham Simtronics R-5000AL-2 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the GD10P IR point gas detector already in our catalogue.
Oldham Simtronics R-5000ALR-2 Display Module with Relays, Aluminum Enclosure
$1,325.00
What is the Oldham Simtronics R-5000ALR-2?The Oldham Simtronics R-5000ALR-2 is: Display Module with Relays, Aluminum Enclosure (Use only with 4-20mA Source units). The GD10P and GD10PE are point gas detectors built on non dispersive infrared (NDIR) detection, using a solid state infrared source flashing at 32 Hz across a dual wavelength, dual path optical bench. Because detection is optical rather than chemical, the detector needs no oxygen to measure correctly and works in an inert gas atmosphere, cannot be poisoned by silicon vapours or hydrogen sulphide, is unaffected by gas velocity, and has no saturation effect, so it can read up to 100% volume. Calibration is factory set and no field recalibration is needed. The GD10PE is the version built for critical applications with large volumes of air at high velocity, where low gas concentrations must be caught quickly, such as HVAC and air generator intakes serving inhabited areas and gas turbine installations. The GD10P / GD10PE Point IR Gas Detectors group in the 2026 price book lists 157 orderable part numbers, and this one is the aluminium build, with the 4-20 mA current source output stage.What are the specifications of the GD10P / GD10PE Point IR Gas Detectors?Detection method: infrared absorption, dual wavelength, dual path, with a solid state 32 Hz flash IR sourceGases detected: hydrocarbon gases and carbon dioxide; the target gas and scale are fixed by the ordered part numberAccuracy: plus or minus 3% of full scale between 0 and 50% of reading, plus or minus 5% between 50 and 100%Lifetime stability: plus or minus 5% of full scale readingResponse time: T20 0.7 s, T50 1.7 s, T90 4.0 s (fast option: 0.2 s, 0.4 s, 1.0 s)Start-up 65 s typical; 30 minutes warm up to full specification performanceOutput: 4-20 mA current source as standard, current sink as an option, maximum load impedance 500 ohmContinuous self-test, with dirty optics warning at 55% signal attenuation and dirty optics fault at 70%Suitable for use in SIL 2 and SIL 3 systems, with CSA, IECEx, ATEX and INMETRO approvalsGD10PE variant only: detection range 0-20% LEL (0-1% Vol.) methane; the GD10P target gas and scale are fixed by the ordered part numberWhat should you check before ordering?Teledyne guarantees parts and workmanship for 5 years and the infrared sources for 15 years, which is the figure behind the claim of the longest combined detector and IR source warranty on the market. That warranty is void if parts of unspecified origin are fitted, so a spare bought outside the vendor chain can cost the remaining source cover. The practical consequence of the NDIR bench is maintenance cost rather than performance: no chemical reaction means no poisoning by silicon vapours or hydrogen sulphide, and factory calibration means the detector is not on a recalibration schedule the way a catalytic bead point is.How do the part numbers differ?In this part numbering the output stage is selected by one character: H is the 4-20 mA current source version and J is the current sink version. Every complete description in the 2026 price book follows that rule without exception across 107 rows.Where is it used?Typical service: Fixed point combustible gas monitoring in boiler rooms and process areas; Offshore and onshore petrochemical installations; Inert or oxygen-free atmospheres where catalytic sensors cannot measure; HVAC and air generator intakes serving inhabited areas (GD10PE); High temperature areas of gas turbine installations (GD10PE).How do I order or get a quote?PE Energy supplies the Oldham Simtronics R-5000ALR-2 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the GD10P IR point gas detector already in our catalogue.
Oldham Simtronics R-5000SS-2 Display Module, Stainless Steel Enclosure
$1,805.00
What is the Oldham Simtronics R-5000SS-2?The Oldham Simtronics R-5000SS-2 is: Display Module, Stainless Steel Enclosure (Use only with 4-20mA Source units). The GD10P and GD10PE are point gas detectors built on non dispersive infrared (NDIR) detection, using a solid state infrared source flashing at 32 Hz across a dual wavelength, dual path optical bench. Because detection is optical rather than chemical, the detector needs no oxygen to measure correctly and works in an inert gas atmosphere, cannot be poisoned by silicon vapours or hydrogen sulphide, is unaffected by gas velocity, and has no saturation effect, so it can read up to 100% volume. Calibration is factory set and no field recalibration is needed. The GD10PE is the version built for critical applications with large volumes of air at high velocity, where low gas concentrations must be caught quickly, such as HVAC and air generator intakes serving inhabited areas and gas turbine installations. The GD10P / GD10PE Point IR Gas Detectors group in the 2026 price book lists 157 orderable part numbers, and this one is the stainless steel build, with the 4-20 mA current source output stage.What are the specifications of the GD10P / GD10PE Point IR Gas Detectors?Detection method: infrared absorption, dual wavelength, dual path, with a solid state 32 Hz flash IR sourceGases detected: hydrocarbon gases and carbon dioxide; the target gas and scale are fixed by the ordered part numberAccuracy: plus or minus 3% of full scale between 0 and 50% of reading, plus or minus 5% between 50 and 100%Lifetime stability: plus or minus 5% of full scale readingResponse time: T20 0.7 s, T50 1.7 s, T90 4.0 s (fast option: 0.2 s, 0.4 s, 1.0 s)Start-up 65 s typical; 30 minutes warm up to full specification performanceOutput: 4-20 mA current source as standard, current sink as an option, maximum load impedance 500 ohmContinuous self-test, with dirty optics warning at 55% signal attenuation and dirty optics fault at 70%Suitable for use in SIL 2 and SIL 3 systems, with CSA, IECEx, ATEX and INMETRO approvalsGD10PE variant only: detection range 0-20% LEL (0-1% Vol.) methane; the GD10P target gas and scale are fixed by the ordered part numberWhat should you check before ordering?Teledyne guarantees parts and workmanship for 5 years and the infrared sources for 15 years, which is the figure behind the claim of the longest combined detector and IR source warranty on the market. That warranty is void if parts of unspecified origin are fitted, so a spare bought outside the vendor chain can cost the remaining source cover. The practical consequence of the NDIR bench is maintenance cost rather than performance: no chemical reaction means no poisoning by silicon vapours or hydrogen sulphide, and factory calibration means the detector is not on a recalibration schedule the way a catalytic bead point is.How do the part numbers differ?In this part numbering the output stage is selected by one character: H is the 4-20 mA current source version and J is the current sink version. Every complete description in the 2026 price book follows that rule without exception across 107 rows.Where is it used?Typical service: Fixed point combustible gas monitoring in boiler rooms and process areas; Offshore and onshore petrochemical installations; Inert or oxygen-free atmospheres where catalytic sensors cannot measure; HVAC and air generator intakes serving inhabited areas (GD10PE); High temperature areas of gas turbine installations (GD10PE).How do I order or get a quote?PE Energy supplies the Oldham Simtronics R-5000SS-2 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the GD10P IR point gas detector already in our catalogue.
Oldham Simtronics R-5000SSR-2 Display Module with Relays, Stainless Steel Enclosure
$2,125.00
What is the Oldham Simtronics R-5000SSR-2?The Oldham Simtronics R-5000SSR-2 is: Display Module with Relays, Stainless Steel Enclosure (Use only with 4-20mA Source units). The GD10P and GD10PE are point gas detectors built on non dispersive infrared (NDIR) detection, using a solid state infrared source flashing at 32 Hz across a dual wavelength, dual path optical bench. Because detection is optical rather than chemical, the detector needs no oxygen to measure correctly and works in an inert gas atmosphere, cannot be poisoned by silicon vapours or hydrogen sulphide, is unaffected by gas velocity, and has no saturation effect, so it can read up to 100% volume. Calibration is factory set and no field recalibration is needed. The GD10PE is the version built for critical applications with large volumes of air at high velocity, where low gas concentrations must be caught quickly, such as HVAC and air generator intakes serving inhabited areas and gas turbine installations. The GD10P / GD10PE Point IR Gas Detectors group in the 2026 price book lists 157 orderable part numbers, and this one is the stainless steel build, with the 4-20 mA current source output stage.What are the specifications of the GD10P / GD10PE Point IR Gas Detectors?Detection method: infrared absorption, dual wavelength, dual path, with a solid state 32 Hz flash IR sourceGases detected: hydrocarbon gases and carbon dioxide; the target gas and scale are fixed by the ordered part numberAccuracy: plus or minus 3% of full scale between 0 and 50% of reading, plus or minus 5% between 50 and 100%Lifetime stability: plus or minus 5% of full scale readingResponse time: T20 0.7 s, T50 1.7 s, T90 4.0 s (fast option: 0.2 s, 0.4 s, 1.0 s)Start-up 65 s typical; 30 minutes warm up to full specification performanceOutput: 4-20 mA current source as standard, current sink as an option, maximum load impedance 500 ohmContinuous self-test, with dirty optics warning at 55% signal attenuation and dirty optics fault at 70%Suitable for use in SIL 2 and SIL 3 systems, with CSA, IECEx, ATEX and INMETRO approvalsGD10PE variant only: detection range 0-20% LEL (0-1% Vol.) methane; the GD10P target gas and scale are fixed by the ordered part numberWhat should you check before ordering?Teledyne guarantees parts and workmanship for 5 years and the infrared sources for 15 years, which is the figure behind the claim of the longest combined detector and IR source warranty on the market. That warranty is void if parts of unspecified origin are fitted, so a spare bought outside the vendor chain can cost the remaining source cover. The practical consequence of the NDIR bench is maintenance cost rather than performance: no chemical reaction means no poisoning by silicon vapours or hydrogen sulphide, and factory calibration means the detector is not on a recalibration schedule the way a catalytic bead point is.How do the part numbers differ?In this part numbering the output stage is selected by one character: H is the 4-20 mA current source version and J is the current sink version. Every complete description in the 2026 price book follows that rule without exception across 107 rows.Where is it used?Typical service: Fixed point combustible gas monitoring in boiler rooms and process areas; Offshore and onshore petrochemical installations; Inert or oxygen-free atmospheres where catalytic sensors cannot measure; HVAC and air generator intakes serving inhabited areas (GD10PE); High temperature areas of gas turbine installations (GD10PE).How do I order or get a quote?PE Energy supplies the Oldham Simtronics R-5000SSR-2 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the GD10P IR point gas detector already in our catalogue.
Oldham Simtronics R-8 MX 43 rack version, 8 lines
$3,510.00
MX 43 rack version, 8 lines. Part number R-8 belongs to the Teledyne Gas and Flame Detection (Oldham) MX 43 product line. List price $3,510.00 USD per each. Supplied by PE Energy Industrial Supply, Houston, TX. Request a quote for volume pricing, lead time or help choosing the right configuration. Browse all Oldham Simtronics products on the PE Energy Oldham Simtronics brand page.
Oldham Simtronics SG50-F-IR3-AS10 Triple IR (IR3) SG50-F, for Hydrocarbon Fire, M25
$4,430.00
What is the Oldham Simtronics SG50-F-IR3-AS10?The Oldham Simtronics SG50-F-IR3-AS10 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS10 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS11 Triple IR (IR3) SG50-F, for Hydrocarbon Fire, HART, SIL2, M25
$4,875.00
What is the Oldham Simtronics SG50-F-IR3-AS11?The Oldham Simtronics SG50-F-IR3-AS11 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS11 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS13 Triple IR (IR3) SG50-F, for Hydrocarbon Fire where exhaust gases may
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-AS13?The Oldham Simtronics SG50-F-IR3-AS13 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire where exhaust gases may be present, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS13 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS15 Triple IR (IR3) SG50-F for Hydrocarbon Fire. Complied with NFPA 33
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-AS15?The Oldham Simtronics SG50-F-IR3-AS15 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire. Complied with NFPA 33, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS15 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS20 Triple IR (IR3) SG50-F, for Hydrocarbon Fire, 3/4NPT
$4,430.00
What is the Oldham Simtronics SG50-F-IR3-AS20?The Oldham Simtronics SG50-F-IR3-AS20 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS20 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS21 Triple IR (IR3) SG50-F, for Hydrocarbon Fire, HART, SIL2, 3/4NPT
$4,875.00
What is the Oldham Simtronics SG50-F-IR3-AS21?The Oldham Simtronics SG50-F-IR3-AS21 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS21 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS23 Triple IR (IR3) SG50-F, for Hydrocarbon Fire where exhaust gases may
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-AS23?The Oldham Simtronics SG50-F-IR3-AS23 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire where exhaust gases may be present, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS23 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-AS25 Triple IR (IR3) SG50-F, for Hydrocarbon Fire. Complied with NFPA 33
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-AS25?The Oldham Simtronics SG50-F-IR3-AS25 is: Triple IR (IR3) SG50-F, for Hydrocarbon Fire. Complied with NFPA 33, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-AS25 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS10 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$4,685.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS10?The Oldham Simtronics SG50-F-IR3-H2-AS10 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen. 4-20mA / RS485 outputs. M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS10 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS11 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$4,880.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS11?The Oldham Simtronics SG50-F-IR3-H2-AS11 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS11 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS13 Xtend Triple IR (IR3) SG50-F for Energy Transition Fires
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS13?The Oldham Simtronics SG50-F-IR3-H2-AS13 is: Xtend Triple IR (IR3) SG50-F for Energy Transition Fires - HC & Hydrogen, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS13 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS15 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS15?The Oldham Simtronics SG50-F-IR3-H2-AS15 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen. Complied with NFPA 33, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS15 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS20 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$4,685.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS20?The Oldham Simtronics SG50-F-IR3-H2-AS20 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen. 4-20mA / RS485 outputs. 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS20 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS21 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$4,880.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS21?The Oldham Simtronics SG50-F-IR3-H2-AS21 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS21 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS23 Xtend Triple IR (IR3) SG50-F for Energy Transition Fires
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS23?The Oldham Simtronics SG50-F-IR3-H2-AS23 is: Xtend Triple IR (IR3) SG50-F for Energy Transition Fires - HC & Hydrogen, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS23 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-AS25 Triple IR (IR3) SG50-F for Energy Transition Fires – e.g. Hydrogen
$5,070.00
What is the Oldham Simtronics SG50-F-IR3-H2-AS25?The Oldham Simtronics SG50-F-IR3-H2-AS25 is: Triple IR (IR3) SG50-F for Energy Transition Fires - e.g. Hydrogen. Complied with NFPA 33, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-AS25 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS10 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$5,835.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS10?The Oldham Simtronics SG50-F-IR3-H2-V-AS10 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with Near IR HD camera, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS10 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS11 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$6,030.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS11?The Oldham Simtronics SG50-F-IR3-H2-V-AS11 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with Near IR HD camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS11 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS12 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$5,740.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS12?The Oldham Simtronics SG50-F-IR3-H2-V-AS12 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with color camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS12 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS13 Xtend Triple IR (IR3) SG50-F for Energy Transition Fires
$6,220.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS13?The Oldham Simtronics SG50-F-IR3-H2-V-AS13 is: Xtend Triple IR (IR3) SG50-F for Energy Transition Fires - HC & Hydrogen, with Near IR HD camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS13 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS15 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$6,220.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS15?The Oldham Simtronics SG50-F-IR3-H2-V-AS15 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with Near IR HD camera. Complied with NFPA 33, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS15 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS20 Triple IR (IR3) for Energy Transition Fires – e.g. Hhydrogen
$5,835.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS20?The Oldham Simtronics SG50-F-IR3-H2-V-AS20 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hhydrogen, with Near IR HD camera, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS20 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS21 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$6,030.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS21?The Oldham Simtronics SG50-F-IR3-H2-V-AS21 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with Near IR HD camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS21 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS22 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$5,740.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS22?The Oldham Simtronics SG50-F-IR3-H2-V-AS22 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with color camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS22 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS23 Xtend Triple IR (IR3) SG50-F for Energy Transition Fires
$6,220.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS23?The Oldham Simtronics SG50-F-IR3-H2-V-AS23 is: Xtend Triple IR (IR3) SG50-F for Energy Transition Fires - HC & Hydrogen, with Near IR HD camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS23 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-H2-V-AS25 Triple IR (IR3) for Energy Transition Fires – e.g. Hydrogen
$6,220.00
What is the Oldham Simtronics SG50-F-IR3-H2-V-AS25?The Oldham Simtronics SG50-F-IR3-H2-V-AS25 is: Triple IR (IR3) for Energy Transition Fires - e.g. Hydrogen, with Near IR HD camera. Complied with NFPA 33, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-H2-V-AS25 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS10 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, M25
$5,445.00
What is the Oldham Simtronics SG50-F-IR3-V-AS10?The Oldham Simtronics SG50-F-IR3-V-AS10 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS10 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS11 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, HART
$5,740.00
What is the Oldham Simtronics SG50-F-IR3-V-AS11?The Oldham Simtronics SG50-F-IR3-V-AS11 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS11 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS12 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with Near IR HD camera
$8,290.00
What is the Oldham Simtronics SG50-F-IR3-V-AS12?The Oldham Simtronics SG50-F-IR3-V-AS12 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with Near IR HD camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS12 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS13 Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may
$6,595.00
What is the Oldham Simtronics SG50-F-IR3-V-AS13?The Oldham Simtronics SG50-F-IR3-V-AS13 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may be present, with color camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS13 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS14 Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may
$6,885.00
What is the Oldham Simtronics SG50-F-IR3-V-AS14?The Oldham Simtronics SG50-F-IR3-V-AS14 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may be present, with Near Ir camera, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS14 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS15 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera
$6,595.00
What is the Oldham Simtronics SG50-F-IR3-V-AS15?The Oldham Simtronics SG50-F-IR3-V-AS15 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera. Complied with NFPA 33, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS15 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS20 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, 3/4NPT
$5,445.00
What is the Oldham Simtronics SG50-F-IR3-V-AS20?The Oldham Simtronics SG50-F-IR3-V-AS20 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS20 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS21 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, HART
$5,740.00
What is the Oldham Simtronics SG50-F-IR3-V-AS21?The Oldham Simtronics SG50-F-IR3-V-AS21 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS21 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS22 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with Near IR HD camera
$8,290.00
What is the Oldham Simtronics SG50-F-IR3-V-AS22?The Oldham Simtronics SG50-F-IR3-V-AS22 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with Near IR HD camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS22 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS23 Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may
$6,595.00
What is the Oldham Simtronics SG50-F-IR3-V-AS23?The Oldham Simtronics SG50-F-IR3-V-AS23 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may be present, with color camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS23 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS24 Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may
$6,885.00
What is the Oldham Simtronics SG50-F-IR3-V-AS24?The Oldham Simtronics SG50-F-IR3-V-AS24 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire where exhaust gases may be present, with Near Ir camera, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS24 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-IR3-V-AS25 Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera
$6,595.00
What is the Oldham Simtronics SG50-F-IR3-V-AS25?The Oldham Simtronics SG50-F-IR3-V-AS25 is: Triple IR (IR3) SG50-F for Hydrocarbon Fire, with color camera, Complied with NFPA 33, HART, SIL2, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-IR3-V-AS25 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-UVIR-AS10 UV-IR SG50-F, for non-Hydrocarbon Fire, 3/4NPT
$3,780.00
What is the Oldham Simtronics SG50-F-UVIR-AS10?The Oldham Simtronics SG50-F-UVIR-AS10 is: UV-IR SG50-F, for non-Hydrocarbon Fire, 3/4NPT. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-UVIR-AS10 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.
Oldham Simtronics SG50-F-UVIR-AS11 UV-IR SG50-F, for non-Hydrocarbon Fire, HART, SIL2, M25
$4,120.00
What is the Oldham Simtronics SG50-F-UVIR-AS11?The Oldham Simtronics SG50-F-UVIR-AS11 is: UV-IR SG50-F, for non-Hydrocarbon Fire, HART, SIL2, M25. The Spyglass SG50-F family covers a wide variety of fire types in a stainless steel housing, and is offered in triple infrared (IR3) and ultraviolet with infrared (UV-IR) technologies, including versions for hydrogen and other alternate energy fuel fires. An on-board video option lets a fire be viewed in real time or reviewed after an incident without anyone being at the scene. An ultra fast detection mode is available for spark and NFPA 33 applications, and the family covers arcs and sparks in windmills, munitions, and hot engine exhaust such as helipads.What are the specifications of the Spyglass SG50-F Flame Detectors?Detection technologies: triple infrared (IR3) and ultraviolet with infrared (UV-IR), plus hydrogen fire versionsField of view: 90 degrees horizontal, 80 degrees verticalSG50-F-UV-IR detection time: 5 ms for a fast fire burst or explosion, 1 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 2 s at 15 to 30 mSG50-F-UV-IR-F detection time: 5 ms for a fast fire burst or explosion, 1.5 s for a 0.1 m2 n-heptane pan fire at 0 to 15 m, under 3 s at 15 to 30 mAdjustable time delay 0 to 30 seconds, with automatic and manual built-in testOperating voltage 24 V DC nominal (18 to 32 V DC); 120 mA standby, 180 mA maximum with all systems including the window heaterOutputs: 0-20 mA, HART, Modbus and 3 relaysCable entries: two conduit entries, 3/4 inch NPT or M25 x 1.5, one plugged with a certified stopperExplosion proof approvals: ATEX, UKCA, IECEx, PESO, INMETRO, FM and FMC; performance to ANSI FM 3260 and EN 54-10Functional safety: certified SIL 2 per IEC 61508What should you check before ordering?Response figures here are test results against a defined fire, not marketing rounding: a 0.1 m2 n-heptane pan fire, measured at two distance bands. That matters when comparing the two UV-IR variants, because the F version is consistently the slower of the pair on the same fire (1.5 s against 1 s at 0 to 15 m, and under 3 s against under 2 s at 15 to 30 m), while both hit 5 ms on a fast burst or explosion. The temperature ceiling also moves with the temperature class ordered: T5 approval runs to 75 C ambient while T4 runs to 85 C, so the class chosen on the order limits where the detector can be mounted.How do the part numbers differ?Part numbers separate the detection technology (UV-IR or IR3, with H2 versions for hydrogen), the presence of HART and SIL 2, NFPA 33 compliance, and the cable entry thread (M25 or 3/4 inch NPT), so two references that look alike can differ on approval scope rather than on the sensor.Where is it used?Typical service: Hydrocarbon fire detection in process and storage areas; Hydrogen and alternate energy fuel fires; Arc and spark detection, including windmills and NFPA 33 spray application areas; Munitions handling and storage; Helipads and other areas with hot engine exhaust; Incident review where the on-board video option is fitted.How do I order or get a quote?PE Energy supplies the Oldham Simtronics SG50-F-UVIR-AS11 on a quote basis: send the part number with your application details and we return pricing and lead time. Fixed gas and flame detection is quoted rather than listed because most references ship configured for target gas, range, approval scope and cable entry, and those choices are fixed at the part number. This part belongs to the same product line as the Spyglass SG50-F flame detector line already in our catalogue.