Gas and Flame Detection Systems
Showing 361–405 of 884 results
-
Oldham Simtronics SG50-F-UVIR-F-V-AS22 UV-IR SG50-F for Hydrocarbon Fire, with Near IR HD camera, HART
What is the Oldham Simtronics SG50-F-UVIR-F-V-AS22?The Oldham Simtronics SG50-F-UVIR-F-V-AS22 is: UV-IR 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-UVIR-F-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-UVIR-F-V-AS25 UV-IR SG50-F for Hydrocarbon Fire, with color camera
What is the Oldham Simtronics SG50-F-UVIR-F-V-AS25?The Oldham Simtronics SG50-F-UVIR-F-V-AS25 is: UV-IR 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-UVIR-F-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-V-AS10 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera, M25
What is the Oldham Simtronics SG50-F-UVIR-V-AS10?The Oldham Simtronics SG50-F-UVIR-V-AS10 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS11 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera, HART
What is the Oldham Simtronics SG50-F-UVIR-V-AS11?The Oldham Simtronics SG50-F-UVIR-V-AS11 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS12 UV-IR SG50-F, for non-Hydrocarbon Fire, with Near IR HD camera, HART
What is the Oldham Simtronics SG50-F-UVIR-V-AS12?The Oldham Simtronics SG50-F-UVIR-V-AS12 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS15 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera
What is the Oldham Simtronics SG50-F-UVIR-V-AS15?The Oldham Simtronics SG50-F-UVIR-V-AS15 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS20 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera, 3/4NPT
What is the Oldham Simtronics SG50-F-UVIR-V-AS20?The Oldham Simtronics SG50-F-UVIR-V-AS20 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS21 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera, HART
What is the Oldham Simtronics SG50-F-UVIR-V-AS21?The Oldham Simtronics SG50-F-UVIR-V-AS21 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS22 UV-IR SG50-F, for non-Hydrocarbon Fire, with Near IR HD camera, HART
What is the Oldham Simtronics SG50-F-UVIR-V-AS22?The Oldham Simtronics SG50-F-UVIR-V-AS22 is: UV-IR SG50-F, for non-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-UVIR-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-UVIR-V-AS25 UV-IR SG50-F, for non-Hydrocarbon Fire, with color camera
What is the Oldham Simtronics SG50-F-UVIR-V-AS25?The Oldham Simtronics SG50-F-UVIR-V-AS25 is: UV-IR SG50-F, for non-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-UVIR-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 SP-F-AIRSHIELD-1 Airshield
What is the Oldham Simtronics SP-F-AIRSHIELD-1?The Oldham Simtronics SP-F-AIRSHIELD-1 is: Airshield. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-AIRSHIELD-1 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 SP-F-AIRSHIELD-2 Airshield
What is the Oldham Simtronics SP-F-AIRSHIELD-2?The Oldham Simtronics SP-F-AIRSHIELD-2 is: Airshield. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-AIRSHIELD-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 Spyglass SG50-F flame detector line already in our catalogue. -
Oldham Simtronics SP-F-DMW-S01 Duct Mount Assembly, with sapphire window
What is the Oldham Simtronics SP-F-DMW-S01?The Oldham Simtronics SP-F-DMW-S01 is: Duct Mount Assembly, with sapphire window. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-DMW-S01 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 SP-F-DMX-S01 Duct Mount Assembly, without window. Use with SP-F-AIRSHIELD-1
What is the Oldham Simtronics SP-F-DMX-S01?The Oldham Simtronics SP-F-DMX-S01 is: Duct Mount Assembly, without window. Use with SP-F-AIRSHIELD-1 (sold separately), tilt mount NOT needed. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-DMX-S01 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 SP-F-POLEMOUNT-23 Pole Mount Adaptor for 2″/ 5 cm and 3″/ 8 cm Pipe
What is the Oldham Simtronics SP-F-POLEMOUNT-23?The Oldham Simtronics SP-F-POLEMOUNT-23 is: Pole Mount Adaptor for 2"/ 5 cm and 3"/ 8 cm Pipe. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-POLEMOUNT-23 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 SP-F-SIM-IR3 IR3 Flame Simulator Kit
What is the Oldham Simtronics SP-F-SIM-IR3?The Oldham Simtronics SP-F-SIM-IR3 is: IR3 Flame Simulator Kit. 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 SP-F-SIM-IR3 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 SP-F-SIM-IR3-H2 IR3-H2 Flame Simulator Kit
What is the Oldham Simtronics SP-F-SIM-IR3-H2?The Oldham Simtronics SP-F-SIM-IR3-H2 is: IR3-H2 Flame Simulator Kit. 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 SP-F-SIM-IR3-H2 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 SP-F-TILTMOUNT-SS1 Tilt Mount SS
What is the Oldham Simtronics SP-F-TILTMOUNT-SS1?The Oldham Simtronics SP-F-TILTMOUNT-SS1 is: Tilt Mount SS. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-TILTMOUNT-SS1 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 SP-F-TILTMOUNT-SS2 Tilt Mount SS
What is the Oldham Simtronics SP-F-TILTMOUNT-SS2?The Oldham Simtronics SP-F-TILTMOUNT-SS2 is: Tilt Mount SS. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-TILTMOUNT-SS2 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 SP-F-USB-RS485 USB/RS485 converter kit for PC/Laptop USB port, incl Flame Detector
What is the Oldham Simtronics SP-F-USB-RS485?The Oldham Simtronics SP-F-USB-RS485 is: USB/RS485 converter kit for PC/Laptop USB port, incl Flame Detector Communicator. 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 SP-F-USB-RS485 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 SP-F-WEATHERCOVER-1 Weather Cover SS
What is the Oldham Simtronics SP-F-WEATHERCOVER-1?The Oldham Simtronics SP-F-WEATHERCOVER-1 is: Weather Cover SS. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-WEATHERCOVER-1 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 SP-F-WEATHERCOVER-2 Weather Cover SS
What is the Oldham Simtronics SP-F-WEATHERCOVER-2?The Oldham Simtronics SP-F-WEATHERCOVER-2 is: Weather Cover SS. 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.About the Spyglass SG50-F Flame Detectors lineThis part is an accessory for the Spyglass SG50-F Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.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 SP-F-WEATHERCOVER-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 Spyglass SG50-F flame detector line already in our catalogue. -
Oldham Simtronics Spyglass SG50-F Flame Detector
What is the Oldham Simtronics Spyglass SG50-F Flame Detectors?The Spyglass SG50-F is a flame detector family covering hydrocarbon, hydrogen and other alternate energy fuel fires, offered in triple infrared and ultraviolet with infrared technologies, with an on-board video option. 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.PE Energy lists 78 orderable part numbers from this family, each fixed at order for detection technology, approval scope and cable entry.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 Spyglass SG50-F Flame Detectors on a quote basis: tell us the fire type, the area classification and the mounting, and we return the right part number with pricing and lead time. Every reference in this family is configured at order, so the part number carries the detection technology, the approval scope, the output and the cable entry. -
Oldham Simtronics TLH710 HART Remote Control Unit with batteries charger
What is the Oldham Simtronics TLH710?The Oldham Simtronics TLH710 is: HART Remote Control Unit with batteries charger. 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.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 TLH710 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 TLH720 IS HART Remote Control Unit with batteries charger
What is the Oldham Simtronics TLH720?The Oldham Simtronics TLH720 is: IS HART Remote Control Unit with batteries charger. 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.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 TLH720 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 TLU600 IS Infra Red Remote Control Unit with batteries charger
What is the Oldham Simtronics TLU600?The Oldham Simtronics TLU600 is: IS Infra Red Remote Control Unit with batteries charger (US/UK/AU adapters. The MultiFlame DF-TV7 is an optical flame detector for hydrocarbon fires, designed around minimising false alarms and fitted with an intelligent optical self-test. The family has two detection technologies: the DF-TV7-T reads three separate infrared wavelengths and detects hydrocarbon fires up to 80 metres away, and the DF-TV7-V combines ultraviolet with double infrared for higher immunity to false alarms and a shorter response time, detecting hydrocarbon fires up to 45 metres away. The detector connects directly to conventional fire controllers or to a PLC, and a DF-RV7 variant exists for the addressable SYNTEL network. Configuration, including time delay, sensitivity and output behaviour, is done with the TLU600 hazardous area remote terminal or over HART with a TLH710 or TLH720.About the MultiFlame DF-TV7 Flame Detectors lineThis part is an accessory for the MultiFlame DF-TV7 Flame Detectors line. The specification below describes the detectors it is used with, not the accessory itself.Detection technologies: triple infrared (DF-TV7-T) and ultraviolet with double infrared (DF-TV7-V)Detection distance: up to 80 m for the triple IR version, up to 45 m for the UV/2IR versionField of view up to 120 degrees, per the vendor product overviewOutputs: 4-20 mA, relays, HART as an option, and LonWorks for the SYNTEL systemPower supply 24 V DC (18 to 35 V DC on DF-T#7 versions, 18 to 30 V DC on DF-R#7)Typical power consumption 1.4 W for IR3 and 1.5 W for UV2IR, 5 W maximumOperating and storage temperature: -40 C to +65 CHumidity 95% RH non condensing, protection rating IP66Explosion proof housing in 316 L stainless steel, weight 5.1 kgPerformance certified to EN 54-10/A1, RFI and EMI to EN 50130-4, SIL 2 capableWhat should you check before ordering?The two technologies in this family are not interchangeable and the difference is measurable rather than a matter of preference: the triple IR version reaches 80 metres and is aimed at smoky hydrocarbon fires that are hard to see optically, while the UV/2IR version trades reach for speed and false alarm immunity and reaches 45 metres. Published MTBF also separates them, at 172,000 hours for the DF-TV7-T against 115,000 hours for the DF-TV7-V. One exception is worth catching at specification time: the manual states that reference DF-V7-XT0-0-0-0---1 is neither EN 54-10 compliant nor SIL compliant, so a site with an EN 54-10 requirement cannot take that particular reference.How do the part numbers differ?Part numbers separate the detection technology (XT for triple infrared, XV for ultraviolet with double infrared), the range (A standard, B long), the output (C configurable, H HART, L LON for the SYNTEL network), and the DF-RV7 prefix marks the addressable SYNTEL variant. Published detection distances are test figures: sensitivity in the field also depends on fuel type, fire size, atmospheric conditions such as wind, rain and fog, and the angle between the fire and the detector.Where is it used?Typical service: Refineries and chemical plants; Drilling and production platforms, and FPSO vessels; Fuel loading facilities and compressor stations; LNG and LPG processing and storage; Gas turbines and aircraft hangars; Stadia and gymnasia.How do I order or get a quote?PE Energy supplies the Oldham Simtronics TLU600 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 MultiFlame DF-TV7 optical flame detector line already in our catalogue. -
Spectrex 20/20MI Mini Triple IR (IR3) Flame Detector
The SharpEye Mini-IR3 Flame Detector (20/20MI) is a high performance and high reliability compact, selfcontained triple spectrum infrared flame detector. With the highest immunity to false alarms, the Mini-IR3 has applications in a wide range of industrial and commercial facilities, where the threat of accidental fire involves hydrocarbon fuels such as gasoline, kerosene, diesel fuel, aviation jet fuels like JP-4, JP-5, JP-8, hydraulic fluids, paints and solvents, monomers and polymers like ethylene and polyethylene, natural gas (LNG), town gas and liquefied petroleum gas (LPG), hydrocarbon gases like methane, ethane, propane, butane, acetylene, propylene, etc. The patented Triple IR design also offers 3-4 times the detection distance of any conventional IR or UV/IR Detector. This detector is packaged in a compact, lightweight housing for easy installation and where space is at a premium. It is specially designed as a general purpose flame detector for industrial applications to withstand “harsh” environmental conditions, including extreme temperatures, high humidity, vibrations, etc. Main Features Triple Spectrum Design 80% Less Power Consumption Highly Immune to False Alarms Large Field of View (100° horizontal/vertical) Sensitivity Selection User-Programmable Functions Configurable via software from a PC or handheld device Automatic and Manual Built-In-Test (BIT) Standard 4-Wire Connection 4-20mA sink or source (3-4 wires) configuration RS-485 Modbus Compatible MTBF Minimum 100,000 Hours 3-Year Warranty FM Approval (Functional) EN54-10 (VdS) Approved for 20/20MI-1 Applications Aircraft-hangars and maintenance areas including landing gear pits Automotive parts manufacturing Car parking towers and garages Chemical industry Mining and heavy-duty vehicles Nuclear power plants Paint spray booths Petrochemical facilities Power generation - pumps, generators, and unmanned stations Printing-presses and facilities Recreational and sports arenas (facilities) Storage areas Tank farms with fixed or floating roofs Wet bench manufacturing Product Data Sheet -
Spectrex 20/20ML Mini UV/IR Flame Detector
The SharpEye Mini-UV/IR Flame Detector (20/20ML) is a compact style detector featuring excellent detection sensitivity combined with enhanced immunity to false arms. This model is designed to detect hydrocarbon-based fuel fires, hydroxy and hydrogen fires, as well as metal and inorganic fires. The UV/IR flame detector senses energy in the short wave section of both the ultraviolet and infrared portions of the electromagnetic spectrum. The UV sensor incorporates a special logic circuit that helps prevent false alarms caused by solar radiation. The IR sensor is sensitive to radiation over the range of 2.5 to 3.0 microns. The signals from both sensors are analyzed for frequency, intensity and duration. Simultaneous matching of radiant energy in both the UV and IR sensors triggers an alarm signal. Main Features UV/IR Dual-Sensor High-Speed Response Large Field of View (100° horizontal/vertical) User Programmable Functions Configurable via software from a PC or handheld device Immune to False Alarms (solar blind) Applications Aerospace Industry - Hydroxy fuels, Hydrogen and Hydrazine fuels Aircraft Hangars - landing gear pits, under-wing and over-wing protection Automotive - manufacturing, paint spray booths Chemical Industry - production, storage, transportation Paint - manufacturing facilities Petrochemicals - production, storage, shipping facilities Pharmaceutical Industry Polymers and Glue - manufacturing and curing Power Generation Facilities - pump areas, gen- erator rooms, unmanned stations, gas-fired and coal-fired reactors Printing Industry - solvent handling, presses, drying processes Warehouses - storage facilities for flammable materials Product Data Sheet -
Spectrex 20/20MPI Commercial IR3 Flame Detector
With its lightweight housing and low power consumption, the 20/20MPI provides a cost effective solution, specially suited to indoor applications such as transport terminals, storage areas, industrial kitchens and historical and cultural sites with large open areas, providing an efficient alternative smoke and heat detectors often prove to be ineffective. The 20/20MPI is a compact, lightweight, high performance IR3 detector with a new design for retail use based on industrially proven IR3 technology. The 20/20MPI retains all the benefits of IR3 technology, including long distance detection and the highest immunity to false alarms. Main Features Long distance Flame Detection (up to 140ft / 43m) Large Field of View (100° horizontal / 90° vertical) Highest immunity to false alarms Output options (two models): – Alarm and Fault relay outputs (4 wire) or – Stepped mA output (3 wire source) RS-485 Modbus Compatible Automatic and Manual Built-In-Test (BIT) 3 Year Warranty Applications AIRPORT TERMINALS Airport terminals situated in dense cities often have large halls, accompanied by retail, food and beverage outlets, each with their fire risks, which don’t have full fire protection coverage. With the structure’s size and complex design, fires are often difficult to detect and larger fires are less common due to the large air intake. TRAIN STATIONS AND TERMINALS Train stations and terminals often have large atria containing food and beverage outlets which have large air intake and often have little fire protection coverage. Additionally, within these areas, electricity and fuel are present, increasing the chances of ignition. STORAGE AREAS A wide range of substances are stored within open or closed storage facilities, part of which can be dangerous or flammable, creating a greater fire hazard than usual. ARCHIVES A large amount of paper work collecting dust poses potential fire hazards that require monitoring. MALLS With over 1,000 fire events taking place annually within the retail industry, it is imperative that the large open areas with high ceilings found in shopping malls have full fire protection coverage in order to avoid damage to assets and personnel. HOSPITALS Hospitals consist of large open spaces and confined rooms, all of which contain a wide variety of contents that pose hazards. Cooking and heating equipment, as well as electrical distribution, lighting and medical equipment such as oxygen tanks are found throughout hospital buildings and are all potential fire risks which should be protected against. CAR PARKING TOWERS AND GARAGES Areas intended for vehicle storage or maintenance contain large amounts of fuel and fumes within an enclosed space, posing a fire hazard that must be monitored. PUBLIC BUILDINGS Public buildings often house governmental offices and more, requiring excellent fire protection in order to prevent damage to assets and personnel in any potential fire. BANKS AND OFFICES Banks and offices face common fire hazards with large open areas, coupled with large amounts of paperwork and a large volume of people constantly passing through. HISTORICAL AND CULTURAL SITES Historical, cultural or national sites often contain irreplaceable assets, alongside flammable materials. A fire within these areas which were not designed with safety in mind would cause irreversible damage. AIRCRAFT HANGARS Large open floor areas with high roofs provide a suitable area for aircraft storage and repair. However, the large quantities of liquid jet fuel and risk of spill, coupled with maintenance activities provide potential ignition sources which is complicated by aircraft wing obstructions. CABLE TUNNELS Cable tunnels play an essential role in every industrial company. Any fire damage to the cables puts entire production areas out of action. As the cable tunnel environment deteriorates with time, cable insulation performance decreases, leaving an increased heating value and greater risk of tunnel fires and detection of these fires is essential in order to prevent further damage. Product Data Sheet -
Spectrex SafEye 300 Duct Open Path Detector
The SafEye 300 Duct Open Path Detectors monitor ingress of hazardous flammable gas concentrations into air intakes of turbine engines and HVAC air ducts. Duct applications require that the small path across an air inlet responds with a very high sensitivity, full scale of 1 LEL.m for 2-6.6ft (0.6-2m) wide inlet and full scale of 2.5 LEL.m for 6.6-23ft (2-7m) wide inlet. Features High Sensitivity Alarm up to 0.5 LEL.m 5 times more sensitive than the normal Open Path equipment Fast Response Fast response time of typically 2 sec., max. 5 sec. 5 to 10 times faster than the commonly used Open Path detector and 20-50 times faster than the Point Detector. Low Maintenance High reliability, simple installation, alignment, and maintenance, equipment not subject to poisoning. Proven Technology Used in air ducts on FPSO’s and offshore rigs for British Petroleum (BP), Shell, and ABB Lummus for turbines, air intakes, etc. Harsh Environment Specially designed to perform under extreme conditions such as high-speed airflows, high temperatures (up to 185˚F (85˚ C)), humidity, and corrosive gases, where point detectors may not be effective. Standard Interface Options Standard 4-20 mA outputs or RS-485 output to allow networking (up to 64 detectors) to a central monitoring/PC system. This feature also enables easy maintenance and local and remote diagnostic tools. Typical Applications Offshore Oil & Gas Rigs and FPSOs; Onshore Oil & Gas Terminals; Storage Farms and Filling Stations; Petrochemical and Chemical Industries; Power Utilities and Turbines areas; Automotive, Painting, Printing, Pharmaceutical Industries, and many more. Specific applications include: HVAC ducts (Heating Ventilation Air Conditioning) in accommodations areas Air ducts in process areas Stacks and exhaust towers Compressors and generators enclosures Curing ovens and drying equipment, printing equipment Engine & Turbine air intake and exhaust Air intake to safety enclosures Paint-booths and paint production and drying processes Air ventilation shafts Specifications General Specifications Detected Gases Simultaneous detection of C1-C8 flammable gases Detection Range and Response Time Model 301 Distance 2-11.5ft (0.6-3.5m) Response Time Typically 2 sec., max. 5 sec. Immunity to False Alarm Not influenced by solar radiation, hydrocarbon flames, other external IR radiation sources, high airflows and high loaded streams Spectral Response 3.0-4.0 µm Sensitivity Range 0-2.5 LEL.m Standard; 0-1 LEL.m by software Misalignment Tolerance ±2˚ Drift Long-term ±5% of full scale Temperature Range -40˚F (-40˚C) to 185˚F (85˚ C) Electrical Specifications Power Supply 24 VDC (18-32 VDC) Power Consumption Detector: 200mA @ 24 VDC (250 mA Peak) Source: 250mA @ 24 VDC (450 mA Peak) Electrical Connection 2 x 3/4'' - 14NPT conduits Electrical Input Protection According to MIL-STD-1275B Electromagnetic Compatibility EMI/RFI protected CE Marked Outputs 0-20mA Sink (source option) configuration Maximum load 600Ω at 18-32V DC 4-20mA Gas reading 4mA Normal, zero reading 2mA Obscuration/misalignment /beam block 1mA Zero calibration mode 0mA Fault HART Protocol HART communications on the 0-20mA analog current (FSK)- used for maintenance, configuration changes and asset management RS-485 The RS-485 input/output provides complete data information to a PC and receives control commands from the PC or handheld unit Relays Type Normal Position Maximum Ratings Alarm SPDT NO, NC 2A at 30V DC Accessory SPST Open 2A at 30V DC Fault SPST Closed 2A at 30V DC Mechanical Specifications Dimensions 5.2" (132mm) x 5.2" (132mm) x max. 4.7" (120mm) Weight Al. Encl. Detector: max 8.7 lb (3.7 kg) Source: max 8.58 lb (3.9 kg) Mechanical Design The standard detector housing is heavy-duty, copper-free (less than 1%) aluminum. The housing is finished in white epoxy enamel Environmental Standards Designed to meet MIL-STD-810C for Humidity, Salt & Fog, Vibration, Mechanical shock, High Temp, Low Temp Water and Dust Tight IP66 and 67 per EN60529 NEMA 250 6P Hazardous Area Approvals FM Class I, Division 1, Groups B, C and D, Dust Ignition proof for Class II, Division 1, Groups E, F and G. Performance per Class no. 6325 Reliability SIL2 per IEC61508 (TUV) Product Data Sheet -
Spectrex SafEye Quasar 900 Open Path Combustible Gas Detector
The SafEye Quasar 900 is part of the innovative SafEye Quasar open path gas detector series. The detector provides continuous infrared technology monitoring for combustible hydrocarbon gases at very low concentrations, up to 95 percent obscuration, featuring advanced wide area coverage with long range detection at up to 660 ft. (200 m) and high-speed response in under three seconds. The SafEye Quasar 900 ensures reliable and accurate protection to keep a SafEye on your safety. Features and benefits Detects combustible hydrocarbon gases, including alkanes (methane to hexane) and ethylene at up to 660 ft. (200 m) Accurate and reliable high-speed response in under three seconds Uses infrared technology High false alarm immunity Built-in event recorder; record of the last 256 events Strengthened reliability and durability with a massive three-year warranty Easy installation and maintenance Heated window for operation in harsh weather conditions (snow, ice, or condensation) Detection of a cloud of gas at very low concentrations, up to 95 percent obscuration User programmable via HART® 7 or RS-485 Modbus®; compatible with modern user interface for ease of use Certified performance/Hazardous Area approved (FM, ATEX, IECEx, CSA, and more) for location in Zone 1 areas and 3rd party performance approved (FM, DNV) Approved to Safety Integrity Level 2 (SIL2 - TÜV) High reliability-MTBF-minimum 100,000 hours Applications Offshore platforms and FPSOs Petrochemical plants Chemical Gas filling and distribution terminals Gas transport and pipelines Large storage areas and buildings Perimeter monitoring Product Data Sheet -
Spectrex SafEye Quasar 950 Open Path H2S Gas Detector
The SafEye Quasar 900 is part of the innovative SafEye Quasar open path gas detector series. The detector provides continuous infrared technology monitoring for combustible hydrocarbon gases at very low concentrations, up to 95 percent obscuration, featuring advanced wide area coverage with long range detection at up to 660 ft. (200 m) and high-speed response in under three seconds. The SafEye Quasar 900 ensures reliable and accurate protection to keep a SafEye on your safety. Features and benefits Detects combustible hydrocarbon gases, including alkanes (methane to hexane) and ethylene at up to 660 ft. (200 m) Accurate and reliable high-speed response in under three seconds Uses infrared technology High false alarm immunity Built-in event recorder; record of the last 256 events Strengthened reliability and durability with a massive three-year warranty Easy installation and maintenance Heated window for operation in harsh weather conditions (snow, ice, or condensation) Detection of a cloud of gas at very low concentrations, up to 95 percent obscuration User programmable via HART® 7 or RS-485 Modbus®; compatible with modern user interface for ease of use Certified performance/Hazardous Area approved (FM, ATEX, IECEx, CSA, and more) for location in Zone 1 areas and 3rd party performance approved (FM, DNV) Approved to Safety Integrity Level 2 (SIL2 - TÜV) High reliability-MTBF-minimum 100,000 hours Applications Offshore platforms and FPSOs Petrochemical plants Chemical Gas filling and distribution terminals Gas transport and pipelines Large storage areas and buildings Perimeter monitoring Product Data Sheet -
Spectrex SafEye Quasar 960 Open Path NH3 Gas Detector
The SafEye Quasar 960 is part of he innovative SafEye Quasar open path gas detector series. The detector provides ultraviolet technology continuous monitoring for toxic ammonia (NH3) gas at very low concentrations, up to 95 percent obscuration, featuring advanced wide area coverage with long range detection up to 200 ft. (60 m) and high speed response in under 10 seconds. The SafEye Quasar 960 is solar blind and immune to industrial environments, ensuring reliable and accurate protection to keep a SafEye on your safety. Features and benefits Detects toxic ammonia (NH3) at up to 200 ft. (60 m) Accurate and reliable high-speed response in under 10 seconds Uses ultraviolet technology High false alarm immunity Solar blind and immune to industrial environments Strengthened reliability and durability with a massive three-year warranty Easy installation and maintenance Heated window for operation in harsh weather conditions (snow, ice, or condensation) Detection of a cloud of gas at very low concentrations, up to 95 percent obscuration User programmable via HART® 7 or RS-485 Modbus®; compatible with modern user interface for ease of use Certified performance/Hazardous Area approved (FM, ATEX, IECEx, CSA, and more) for location in Zone 1 areas and 3rd party performance approved (FM, DNV) Approved to Safety Integrity Level 2 (SIL2 - TÜV) High reliability-MTBF-minimum 100,000 hours Applications Agriculture Food and beverage Chemical Waste management Water treatment Pharmaceutical Product Data Sheet -
Spectrex SharpEye 40/40C-I Multispectrum Quad-Sense Flame Detector
The SharpEye 40/40C-I Multispectrum Quad-Sense flame detector is part of the leading, next generation SharpEye 40/40 series. Featuring enhanced performance, advanced long distance detection of hydrocarbon fires at up to 215 ft (65 m), fast detection in under five seconds, and strengthened reliability, the SharpEye 40/40C-I is based on proven triple infrared (IR3) technology, ensuring high sensitivity with superior immunity to false alarms and surely keeping a SharpEye on your safety. Features and benefits Multi-Spectrum Quad-Sense flame detector - integrating four infrared (IR) sensors to further improve differentiation of flame sources from non-flame background radiation. Advanced long distance detection of hydrocarbon-based fuel and gas fires at up to 215 ft (65 m) Fast detection, under five sec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Wide temperature range: -40 °F (-40 °C) to 167 °F (75 °C) Enhanced durability backed up by with three-year warranty Five sensitivity levels, adapting to any application Innovative IR Built-In-Test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Heated optic for impeccable performance in challenging environmental conditions Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Internal log event recorder to analyze past events Applications Oil and gas onshore and offshore installations and pipelines Chemical and petrochemical plants Storage tank farms Aircraft hangars Power generation facilities Pharmaceutical industry Printing industry Warehouses Automotive industry Explosives and munitions Waste disposal facilities Light industrial Product Data Sheet -
Spectrex SharpEye 40/40C-L4B Integrated UV/IR Flame Detector
The SharpEye 40/40C-L4B Ultraviolet/Infrared (UV/IR) Flame Detector is part of the leading, next generation SharpEye 40/40 series. Featuring fast detection in under five seconds with proven immunity to false alarms, the integrated UV and IR optical sensors detect hydrocarbon-based fuel and gas fires, ensuring flawless performance to keep a SharpEye on your safety. Features and benefits Integrating ultraviolet (UV) and infrared (IR) optical sensors for detection of hydrocarbon-based fuel and gas fires. Fast detection under five sec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Wide temperature range: -40 °F (-40 °C) to 167 °F (75 °C) Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Enhanced durability backed up by with three-year warranty Innovative UV and IR built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Three sensitivity levels, adapting to any application Heated optic for impeccable performance in challenging environmental conditions Internal log event recorder to analyze past events Applications Oil and gas onshore and offshore installations and pipelines Petrochemical and chemical plants Storage tank farms Aircraft hangars Power generation facilities Pharmaceutical industry Printing industry Warehouses Automotive industry Waste disposal facilities Aerospace industry Light industrial Product Data Sheet -
Spectrex SharpEye 40/40C-LB Integrated UV/IR Flame Detector
The SharpEye 40/40C-LB Ultraviolet/Infrared (UV/IR) Flame Detector is part of the leading, next generation SharpEye 40/40 series. Featuring fast detection in under five seconds with proven immunity to false alarms, the integrated UV and IR optical sensors detect flames with a large variety of hazardous sources, such as hydrocarbon-based fuel and gas, hydroxyl, hydrogen, metal, inorganic, etc., ensuring flawless performance to keep a SharpEye on your safety! Features and benefits Fast detection in under five sec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Wide temperature range: -40 °F (-40 °C) to 167 °F (75 °C) Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Enhanced durability backed up by with three-year warranty Innovative ultraviolet (UV) and infrared (IR) built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Two sensitivity levels, adapting to any application Heated optic for impeccable performance in challenging environmental conditions Internal log event recorder to analyze past events Applications Oil and gas onshore and offshore installations and pipelines Explosives and munitions Petrochemical and chemical plants Storage tank farms Aircraft hangars Power generation facilities Pharmaceutical industry Printing industry Refinery hydrogenation Warehouses Automotive industry Waste disposal facilities Aerospace industry Hydrogen fuel cell industry Hydrogen vehicle parking and refueling Battery charging areas Space industry hydroxyl propellant Static fuel cell systems Light industrial Product Data Sheet -
Spectrex SharpEye 40/40C-M Multispectrum Quad-Sense Flame Detector
The SharpEye 40/40C-M Multispectrum Quad-Sense flame detector is part of the leading, next generation SharpEye 40/40 series. Featuring enhanced performance, advanced long distance detection of hydrogen and hydrocarbon fires, fast detection in under five seconds and strengthened reliability, the SharpEye 40/40C-M is based on proven triple infrared (IR3) technology, ensuring high sensitivity with superior immunity to false alarms and surely keeping a SharpEye on your safety! Features and benefits Multispectrum Quad-Sense™ flame detector - integrating four infrared (IR) sensors to further improve differentiation of flame sources from non-flame background radiation. Advanced long distance detection of hydrogen and hydrocarbon-based fuel and gas fires at up to 215 ft (65 m) Fast detection, under five sec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Wide temperature range: -40 °F (-40 °C) to 167 °F (75 °C) Enhanced durability backed up by with three-year warranty Five sensitivity levels, adapting to any application Innovative IR built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Heated optic for impeccable performance in challenging environmental conditions Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Internal log event recorder to analyze past events Applications Oil & gas onshore and offshore installations and pipelines Hydrogenation (petroleum refining, food processing, and chemical) Chemical and petrochemical plants Storage tank farms Fuel and gas processing and storage facilities Power generation Explosives and munitions Fertilizer plants Automotive industry Vehicle battery charging stations Hydroxyl production and storage Aerospace industry Pharmaceutical industry Printing Hazardous materials storage areas Food processing Light industrial Product Data Sheet -
Spectrex SharpEye 40/40D-I Ultra Fast Multispectrum Quad-Sense Flame Detector
The SharpEye 40/40D-I Multispectrum Quad-Sense flame detector is part of the leading, next generation SharpEye 40/40 series. Featuring superior, longest distance detection of hydrocarbon fires at up to 300 ft (90 m), exceptional ultra-fast detection in under 50 msec and unparalleled reliability, the 40/40D-I is based on proven Triple-IR (IR3) technology, ensuring highest sensitivity with proven immunity to false alarms and absolutely keeping a SharpEye on your safety! Features and benefits Multi-Spectrum Quad-Sense flame detector - integrating four infrared (IR) sensors to further improve differentiation of flame sources from non-flame background radiation. Superior longest distance detection of hydrocarbon-based fuel and gas fires at up to 300 ft (90 m) Ultra fast detection, high speed response under 50 msec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Best in class temperature range: -76 °F (-60 °C) to 185 °F (85 °C) Enhanced durability backed up by five-year warranty Six sensitivity levels, adapting to any application Smart field of view integrity test, allowing flawless operation Innovative infrared built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Two mode heated optics for impeccable performance in challenging environmental conditions Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Internal log event recorder to analyze past events Applications Oil & gas onshore and offshore installations and pipelines Chemical and petrochemical plants Storage tank farms Fuel and gas processing and storage facilities Power generation Explosives and munitions Fertilizer plants Automotive industry Vehicle battery charging stations Hydroxyl production and storage Aerospace industry Waste management facilities Pharmaceutical industry Printing Warehouses Hazardous materials storage areas Food processing Product Data Sheet -
Spectrex SharpEye 40/40D-L4B Ultra Fast UV/IR Flame Detector
The SharpEye 40/40D-L4B UV/IR flame detector is part of the leading, next generation SharpEye 40/40 series. Detects flames with a large variety of hazardous sources, such as hydrocarbon-based fuel and gas fires. Featuring ultra-fast detection in 20 msec with proven immunity to false alarms, integrating UV and IR optical sensors to ensure flawless performance to keep a SharpEye on your safety! Features and benefits Integrating ultraviolet (UV) and infrared (IR) optical sensors for detection of hydrocarbon-based fuel and gas fires. 20 msec ultra fast detection Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Best in class temperature range: -76 °F (-60 °C) to 185 °F (85 °C) Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Enhanced durability backed up with five-year warranty Smart field of view integrity test, allowing flawless operation Innovative UV & IR built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Three sensitivity levels, adapting to any application Two mode heated optics for impeccable performance in challenging environmental conditions Internal log event recorder to analyze past events Applications Oil & gas onshore and offshore installations and pipelines Chemical and petrochemical plants Storage tank farms Fuel and gas processing and storage facilities Power generation Explosives and munitions Fertilizer plants Automotive industry Vehicle battery charging stations Hydroxyl production and storage Aerospace industry Waste management facilities Pharmaceutical industry Printing Hazardous materials storage areas Food processing Product Data Sheet -
Spectrex SharpEye 40/40D-LB Ultra Fast UV/IR Flame Detector
The SharpEye 40/40D-LB Ultra Fast UV/IR Flame Detector is part of the leading, next generation SharpEye 40/40 series. Detects flames with a large variety of hazardous sources, such as hydrocarbon-based fuel and gas, hydroxyl, hydrogen, metal, inorganic, etc. Featuring ultra fast detection in 20 msec with proven immunity to false alarms, integrating UV and IR optical sensors to ensure flawless performance to keep a SharpEye on your safety! Features and benefits Integrating ultraviolet (UV) and infrared (IR) optical sensors for detection of fires from a large variety of hazardous sources, such as hydrocarbon-based fuel and gas, hydroxyl, hydrogen, metal, inorganic, etc. 20 msec ultra fast detection Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Best in class temperature range: -76 °F (-60 °C) to 185 °F (85 °C) Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Enhanced durability backed up with five-year warranty Smart field of view integrity test, allowing flawless operation Innovative UV & IR built-in test - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Three sensitivity levels, adapting to any application Two mode heated optics for impeccable performance in challenging environmental conditions Internal log event recorder to analyze past events Applications Oil & gas onshore and offshore installations and pipelines Hydrogenation (petroleum refining, food processing, and chemical) Chemical and petrochemical plants Storage tank farms Fuel and gas processing and storage facilities Power generation Explosives and munitions Fertilizer plants Automotive industry Vehicle battery charging stations Hydroxyl production and storage Aerospace industry Waste management facilities Hydrogen fuel cell industry Pharmaceutical industry Printing Hazardous materials storage areas Food processing Silane storage (pending) Product Data Sheet -
Spectrex SharpEye 40/40D-M Ultra Fast Multi IR Quad-Sense Flame Detector
The SharpEye 40/40D-M Multi IR Quad-Sense flame detector is part of the leading, next generation SharpEye 40/40 series. Featuring superior, longest distance detection of hydrogen and hydrocarbon fires, exceptional ultra-fast detection in under 50 msec and unparalleled reliability, the SharpEye 40/40D-M is based on proven triple infrared (IR3) technology, ensuring highest sensitivity with proven immunity to false alarms and absolutely keeping a SharpEye on your safety! Features and benefits Multi-Spectrum Quad-Sense™ flame detector - integrating four infrared (IR) sensors to further improve differentiation of flame sources from non-flame background radiation. Superior longest distance detection of hydrogen and hydrocarbon-based fuel and gas fires at up to 300 ft (90 m) Ultra fast detection, high speed response under 50 msec Proven false alarm immunity Unparalleled reliability - 150,000 hours MTBF Best in class temperature range: -76 °F (-60 °C) to 185 °F (85 °C) Enhanced durability backed up by five-year warranty Six sensitivity levels, adapting to any application Smart field of view integrity test, allowing flawless operation Innovative infrared built-in test (BIT) - continuously validating the optical integrity and the electronic circuitry Multiple output options for maximum compatibility with standard infrastructures Plug and play - factory calibrated for immediate use in any fire detection system Universal wiring option for fast ordering process Two mode heated optics for impeccable performance in challenging environmental conditions Worldwide and regionally certified for hazardous areas Performance and reliability approved by recognizable certification bodies SIL3 compatible Internal log event recorder to analyze past events Applications Oil & gas onshore and offshore installations and pipelines Hydrogenation (petroleum refining, food processing, and chemical) Chemical and petrochemical plants Storage tank farms Fuel and gas processing and storage facilities Power generation Explosives and munitions Fertilizer plants Automotive industry Vehicle battery charging stations Hydroxyl production and storage Aerospace industry Waste management facilities Hydrogen fuel cell industry Pharmaceutical industry Printing Hazardous materials storage areas Food processing Silane storage (pending) Product Data Sheet -
Teledyne 8800 Controller – Multichannel Gas And Flame Monitoring System
The 8800 controller combines the reliability of our proven 7800 controller with advanced upgrades in one low cost package. The 8800 controller provides simultaneous display and alarm functions for up to 16 input variables. 8 or 16 channel display modes, and I/O modules arranged in groups of 8 channels, allow economical configuration of systems. This easy-to-configure, user friendly controller is ideal for centralizing display and alarm functions in critical multipoint monitoring applications. Features 8/16 channel display modes accept inputs from many sensor types and signal ranges. Input types include 4-20mA and Modbus Ethernet with Modbus TCP serves/client and web server for configuration and monitoring RS-485 serial ports allow simultaneous Modbus Master/Slave operation. Two standard ports and two optional isolated ports Three independent alarm levels per channel. “Relay Acknowledge” feature allows silencing of external audible devices during alarm conditions QVGA Color LCD displays monitored data as trends, bar graphs and engineering units. Readouts change colors to indicate alarms Five standard SPDT 5-amp alarm relays. HORN, FAULT and three programmable alarm relays Options cards such as 4-20mA inputs, 4-20mA outputs, discrete and programmable alarm relays Cal Mode offers push-button zero/span calibration for remote sensor applications Authorization Mode allows locking of critical settings Data Logger onto SD card allows recording of input values, and events for more than 10 years Power supply options include both 150 and 600 Watt Magnetic keypad standard for non-intrusive operation in potentially hazardous locations Enclosures include wall mount NEMA 4X - Non- Metallic, 316 SS, XP and Rack/Panel Mount 8800 Controller Input 12 bit 4-20mA into 150 ohms input impedance; includes +power supply terminals for each channel for routing power to two or three wire transmitters Serial Ports Two standard RS485 ports Two additional isolated ports optional Ethernet Port Modbus TCP Master/Slave port with web server (Gateway for Ethernet IP, Bacnet, and other protocols available) Alarm Relays 5 amp 30VDC or 250VAC resistive Form C Analog Outputs (Optional) 16 bit 4-20mA output. Max load 800 ohms with nominal 24VDC power supply Alarm Reset Two 10-60VDC Alarm Reset Input Terminals Digital Output 400mA @ VDC Display QVGA 320 x 240 pixel TFT graphic LCD with LED backlight Ambient Temperature Range -25 – +60 degrees C Power Supply 10 – 30VDC (24VDC nominal) 12 Watts max required 10-0172 option = 150 Watt 10-0307 option = 600 Watt Approvals CE Approved CSA C22.2 No 1010.1 and C22.2 No.152 for combustibles and ISA S82.02 CSA Class I Div 2 Grps A, B, C, D MAIN DATA SCREEN Displays all active channels on the same screen. Channel configurations include 16, active channels. Cells indicate alarm status by color. BAR GRAPH SCREEN Displays 16 channels at a time. Bar graphs change colors to indicate alarm status. 24 HOUR TREND SCREEN Displays 1 channel at a time as most recent 24 hour trend. Top data fields include current reading, max – min – average readings over the 24 hours, range, channel ID and engineering units. COMBINATION SCREEN Displays 1 channel at a time as most recent 30-minute trend, bar graph and large engineering units. Top data fields include current reading, max - min -average readings for trouble shooting, range, channel ID, and engineering units. Readings change color and flash on alarms. Flashing color becomes steady after acknowledge. ZONE SCREEN Displays all eight possible active zones. Alarm cells change colors and name field flashes indicating alarms. Allows user direct access to screen that shows which channels belong to each zone. Product Data Sheet -
Teledyne 8864 Controller – Multichannel Gas And Flame Monitoring System
The 8864 controller provides simultaneous display and alarm functions for up to 64 input variables. 16, 32, 48, and 64 channel display modes, and I/O modules arranged in groups of 16 channels, allow economical configuration of systems. This easy-to-configure, user friendly controller is ideal for centralizing display and alarm functions in critical multipoint monitoring applications. The similarity in function and user interface between the 8864 and the 16 channel 8800 makes usage of this family of controllers straightforward where both are used. Features 16, 32, 48, & 64 channel display modes accept inputs from many sensor types and signal ranges. Input types include 4-20mA, Modbus, and wireless options. Ethernet with Modbus TCP serves/client and web server for configuration and monitoring RS-485 serial ports allow simultaneous Modbus Master/ Slave operation. Two standard ports and two optional isolated ports Three independent alarm levels per channel. “Relay Acknowledge” feature allows silencing of external audible devices during alarm conditions QVGA Color LCD displays monitored data as trends, bar graphs and engineering units. Readouts change colors to indicate alarms CSA certified for Division 2 potentially hazardous areas Five standard SPDT 5-amp alarm relays. HORN, FAULT and three programmable alarm relays Options cards such as 4-20mA inputs, 4-20mA outputs, discrete and programmable alarm relays and bridge sensor inputs Cal Mode offers push-button zero/span calibration for remote sensor applications Authorization Mode allows locking of critical settings Data Logger onto SD card allows recording of minimum, maximum, and average values for one year Power supply options include both 150 and 600 Watt Magnetic keypad standard for non-intrusive operation in potentially hazardous locations Enclosures include wall mount NEMA 4X - Non- Metallic, 316 SS, XP and Rack/Panel Mount 8864 Controller Input 12 bit 4-20mA into 150 ohms input impedance; includes +power supply terminals for each channel for routing power to two or three wire transmitters Serial Ports Modbus Master and Slave RS485 ports equipped with Tx / Rx LEDs Ethernet Port Modbus TCP Master/Slave port with web server (Gateway for Ethernet IP, Bacnet, and other protocols available) Alarm Relays 5 amp 30VDC or 250VAC resistive Form C Analog Outputs (Optional) 16 bit 4-20mA output. Max load 800 ohms with nominal 24VDC power supply Bridge Inputs (Optional) 12 bit, 16 channel bridge input Display QVGA 320 x 240 pixel TFT graphic LCD with LED backlight5 LEDs show standard relay alarm status Ambient Temperature Range -25 – +60 degrees C Power Supply 10 – 30VDC (24VDC nominal) 12 Watts max required 10-0172 option = 150 Watt 10-0307 option = 600 Watt Approvals CSA C22.2 No 1010.1 and C22.2 No.152 for combustibles and ISA S82.02 UL 1604 / C22.2 No 213 (NEMA 4X = Division 2 Groups A,B,C,D,) EN55011 and EN61000 (CE Mark) MAIN DATA SCREEN Displays all active channels on the same screen. Channel configurations include 16, active channels. Cells indicate alarm status by color. BAR GRAPH SCREEN Displays 16 channels at a time. Bar graphs change colors to indicate alarm status. 24 HOUR TREND SCREEN Displays 1 channel at a time as most recent 24 hour trend. Top data fields include current reading, max – min – average readings over the 24 hours, range, channel ID and engineering units. COMBINATION SCREEN Displays 1 channel at a time as most recent 30-minute trend, bar graph and large engineering units. Top data fields include current reading, max - min -average readings for trouble shooting, range, channel ID, and engineering units. Readings change color and flash on alarms. Flashing color becomes steady after acknowledge. ZONE SCREEN Displays all eight possible active zones. Alarm cells change colors and name field flashes indicating alarms. Allows user direct access to screen that shows which channels belong to each zone. Product Data Sheet -
Teledyne Detcon 017-557718-000 O-ring (used to secure Moisture Control Packet)
What is the Teledyne Detcon 017-557718-000?The Teledyne Detcon 017-557718-000 is: O-ring (used to secure Moisture Control Packet). Miscellaneous accessories and replacement parts for Teledyne Detcon fixed gas detection systems, spanning cable glands, NPT plugs and adapters, O-rings, LED indicators, analyzer expansion kits and boards, 700 series bottom housing assemblies, and the Model 700 remote alarm module. Cable glands are offered in aluminum, brass, and stainless steel with NPT and M20 threads sized to two cable diameter ranges. Housing bottom assemblies for the FP-700, TP-700, and IR-700 include the flame arrestor and maintain the detector's explosion-proof protection method.Key specificationsCable glands in 1/2 inch NPT, 3/4 inch NPT, and M20 thread typesGland materials: aluminum, stainless steel, and brass, with brass versions specified for non-H2S environmentsTwo gland cable ranges: 7.2 to 11.7 mm and 9.4 to 14.0 mm outer diameter700 series housing bottom assemblies include the flame arrestor (Ex d flameproof construction)3/4 inch NPT plugs, 3/4 to 1/2 inch NPT adapters, and cord connectors for condulet enclosure portsExpansion kits and option boards (NEMA 4X, NEMA 7, and 19 inch rack) for Detcon Model 1000 series analyzer systemsWhere is it used?Typical service: Hazardous-area cable entries into detector junction boxes and alarm enclosures; Service and repair of 700 series detectors with factory housing and sensor parts; Expanding Detcon analyzer and controller systems with additional option positions.How do I order or get a quote?PE Energy supplies the Teledyne Detcon 017-557718-000 on a quote basis: submit a request with your part number and application details and our team returns pricing and lead time. Detcon fixed gas detection is quoted rather than sold at list price because most items ship configured for gas type, range, and area classification. -
Teledyne Detcon 033-003236-000 Harsh location dust guard replacement filter
What is the Teledyne Detcon 033-003236-000?The Teledyne Detcon 033-003236-000 is: Harsh location dust guard replacement filter. Splash guards, harsh environment sensor guards, duct mount kits, mounting plates, and DIN-rail mounting hardware for Teledyne Detcon fixed gas detection systems. These accessories serve the 700 series and Model 100 series sensors as well as SmartWireless and X40 controller installations, where radio transceivers and power supplies mount on DIN rail. The 700 series splash guard with integral calibration port is the accessory specified in the detector's performance certification testing.About the Teledyne Detcon Mounting & Sensor Protection lineSensor splash guard with integral cal port (613-120000-700) for 700 series and Model 100 sensors; used in ANSI/UL 12.13.01 performance testing of the FP-700Harsh environment sensor guard (943-002273-000) for wind, dust, and spray exposure; Detcon notes it slows response time, particularly on heavy hydrocarbon gasesSensor duct mount kits for LEL, toxic (TP), and 700 series sensorsSensor mounting plate with sunshade for 2 to 3 inch pipe mountingCondensation prevention packet for junction boxes, replaced annuallyDIN-rail mount hardware for the RXT-320 wireless transceiver and 24 VDC power supplies used with X40 and MX 40 controllersWhere is it used?Typical service: Protecting installed sensors in wet, dusty, or high-wind outdoor locations; Duct mounting of gas sensors for ventilation and HVAC monitoring; DIN-rail and pipe mounting of detector system components in field enclosures.How do I order or get a quote?PE Energy supplies the Teledyne Detcon 033-003236-000 on a quote basis: submit a request with your part number and application details and our team returns pricing and lead time. Detcon fixed gas detection is quoted rather than sold at list price because most items ship configured for gas type, range, and area classification.