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TPS3803G15DCKRG4 Texas Instruments Low Power Voltage Detector 5-SC70 visit Texas Instruments
TPS3803G15DCKR Texas Instruments Low Power Voltage Detector 5-SC70 visit Texas Instruments Buy
TPS3803-01QDCKRQ1 Texas Instruments Automotive Single-Channel Voltage Detectors 5-SC70 -40 to 125 visit Texas Instruments Buy
TPS3805H33MDCKREP Texas Instruments Enhanced Product Dual Voltage Detectors 5-SC70 -55 to 125 visit Texas Instruments
V62/04648-03XE Texas Instruments Enhanced Product Dual Voltage Detectors 5-SC70 -40 to 125 visit Texas Instruments
TPS3710DSET Texas Instruments Wide-VIN Voltage Detector 6-WSON -40 to 125 visit Texas Instruments

flame detector burner

Catalog Datasheet MFG & Type PDF Document Tags

siemens ignition transformer

Abstract: Division Infrastructure & Cities Sector 107 Flame detector QRA51. for mounting on the burner ï , flame signal that is initiated by the burner flame alone. In the event of other effects due to failure that simulate a flame signal, the flame supervision equipment must stop any further burner operation. In order to detect a simulated flame signal in due time, the burner control automatically performs a , command for the burner is given). If the flame signal is simulated, the burner control will initiate
Siemens
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siemens ignition transformer LFE50 QRA50M QRA51M QRA50 N7761 CC1N7783

siemens ignition transformer

Abstract: flame detector Ionization probe QRA53. / QRA55. flame detector and ionization probe together, e.g. with burner with , detector darkened Burner startup with flame detector exposed to extraneous light Burner operation with , the burner control Fan motor Resistor with negative temperature coefficient Flame detector , supervision - with QRA53. / QRA55â'¦, flame detector - with ionizations probe â'¢ With self-supervising flame signal amplifier â'¢ Quick startup â'¢ 1-stage operation with interrupted pilot burner or 2
Siemens
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flame detector LGI16 CC1N7786 N7712 AGM15

N7614

Abstract: N7714burner control without plug-in base and without flame detector. For ordering information on plug-in bases , in intermittent operation. The flame is supervised by photo resistive detector QRBâ'¦ or blue-flame detector QRC. for blue-burning flame. Features - For oil burners to EN 267 Undervoltage , N7201 Flame detectors Photo resistive detector QRB See Data Sheet N7714 Frontal illumination , . Detector current required (with flame) Perm. detector current (without flame) Possible detector
Siemens
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N7614 LMO39 P7154 CC1N7154 CC1P7154 AGK11 AGK20

flame detector burner

Abstract: PGC2000 increases to 99.995% for ppm measurement ranges. FLAME IONIZATION DETECTORS (FID) This detector should be , . FLAME PHOTOMETRIC DETECTOR (FPD) This detector is specific to Sulphur compounds, which are not normally , cc/min detector 300-450 cc/min detector FPD (In most cases the carrier is the burner fuel for , with a dew point of -40oC. However, if instrument air is used to supply FID Burner air (see below) via , 10ppm. BURNER AIR Air to support FID's may be supplied either by an air clean-up unit or from
ABB Automation
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PGC2000 flame detector burner PGC-2000 ISA gas detector carbon monoxide detector cc valve BUASC1A14

MD 202 flame relay

Abstract: ED510 management control system designed to provide the proper burner sequencing, ignition and flame monitoring , during burner operation for constantly fired burners, utilize the self-checking ultra-violet flame , following: - Chassis - Programmer Module - Amplifier Module - Flame Detector - Wiring Base WARNING , main burner on period. Applies to non-recycle programmers only. 18 ® Flame has been sensed , ignition period. LOCKOUT AUTO FLAME FAIL A flame failure occurred during the main burner on period
FIREYE
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ED510 MD 202 flame relay ep387 E-1101 ED500 EB700

honeywell c7027

Abstract: ultraviolet sensor flame state plug-in unit which responds to a flame detector signal and indicates the presence of flame when used with the BCS 7700 and a Minipeeper Ultraviolet Flame detector. FEATURES â'¢ Dynamic Ampli-Check circuitry tests the flame signal amplifier during burner operation and shuts down the BCS 7700 if the flame , Minipeeper Ultraviolet Flame Detector, for gas or oil burners. â'¢ Amplifier plugs into the BCS 7700 Chassis , ): Minimum Acceptable 2.2 Vdc. FLAME DETECTOR (ORDER SEPARATELY): C7027 OR C7035 Ultraviolet Minipeeper
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OCR Scan
R7749B ST7700 honeywell c7027 ultraviolet sensor flame BCS 7700 DETECTOR FLAME MP268 C1027

flame detector burner

Abstract: safe flame dfs Detector The FAU810 analyzes the signals generated from the Flame Detector. Calculates Signal Quality The FAU810 measures the quality of the signal to provide an indication of changes in the burner flame , monitors the electronic components of the Flame Detector and FAU810 unit to detect system problems or , channels. Each channel can receive and process a Flame Detector signal. The two Detectors may be in any , sensor heads · 0 - 5-volt sensor heads · Flame Rods (Ionic Flame Monitoring) Each Detector is
ABB Automation
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safe flame dfs SF810 relay failure analysis flame scanner BURNER UVISOR RS-485 9AKK101130D9837-D

abb fid

Abstract: FID detector contains a Liquid Sample Injection Valve (LSV), a directly heated separation column, and a heated Flame Ionization Detector (FID). The approach is to decrease the measurement cycle in temperature programmed , separation takes place in the chromatographic column, which is installed between the LSV and the detector , the detector in a predictable sequence. Physical Environmental (Enclosure): Ambient Temperature , for FID burner air. 340 L/min (12.0 ft3 /min) 278 L/min (9.8 ft3 /min) Analytical Detectors
ABB Automation
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PGC2009 abb fid FID detector gas analytical ATEX flame detector 10psig BUASC1A-16-0609

flame detector

Abstract: DETECTOR FLAME aflame detector signal and indicates the presence of flame when used with the BCS 7700 and a lead sulfide infrared flame detector. FEATURES â'¢ Dynamic Ampli-Check circuitry tests the flame amplifier during burner operation and shuts down the BCS 7700 if the flame amplifier fails. â  Flame failure response time 0.5 seconds maximum, system 2-4 seconds. â'¢ Used with Infrared (lead sulfide) Flame Detector , 20,000 ohm/volt meter plugged into the amplifier test jacks: 0 - 5 Vdc. FLAME DETECTOR (ORDER
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OCR Scan
R7748B c7015 THHN WIRE honeywell gas detector 63-2287 R7748

bu 5027

Abstract: FAU810 flame failure response of the FAU810 under any burner load / fuel conditions and under any selected , Analysis Unit Detector Mount Flame Detector Connector/ Cable Figure 1 - Typical Uvisor Flame , the burner front. The mounting hardware is specifically designed to fit the flame scanner on a burner , feature of the FAU810 enables a single Flame Detector to monitor two different flame sources. This , Flame Detector. Because only one Flame Detector performs both functions, only one Channel is required
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FAU800 bu 5027 UVISOR 300 flame detectors ABB CI854 CBM 4080 transistor BU 5027 9AKK101130D3801 1KGF100058 9AKK101130D3801-D

electronic oven control

Abstract: oven heat controller Detector (TCD) or the Flame Ionization Detector (FID), mounted on top of the temperatureprogrammed oven , and the detector. These columns contain special packings, which separates the compounds to be analyzed so that they enter the detector in a predictable sequence. Physical Environmental (Enclosure , , Oil Free and -34° C, (-30° F) dewpoint An Optional Air Clean Up Unit is available for FID burner air , (If required) Analytical Detectors Standard Detectors: Flame Ionization or Thermal Conductivity
ABB Automation
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PGC2005 electronic oven control oven heat controller OVEN AIR FLOW DETECTOR material Flame ionization detector BUASC1A10

gasoline distillation

Abstract: D439 . 30-50% of the cycle time) Analytical Detectors Standard Detector: Flame Ionization - , C, (-30° F) dewpoint An Optional Air Clean Up Unit is available for FID burner air. 378 L/min , PID; Temperature stabilized 4, 1 each for carrier gas, makeup gas, burner air & burner fuel 2m at , H2 or He - carrier, N2 - makeup, Air - burner air, H2 - burner fuel GC grade. An Optional Air Clean Up Unit is available for FID burner air. Oven mounted needle valve for flow splitter with external
ABB Automation
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PGC2002 gasoline distillation D439 d439 application 11ft3 D439 transistor 94/9/EC 89/336/EEC 92/31/EEC BUASC1A-8-0609

SF810

Abstract: ABB CI854 flame failure response of the SF810 under any burner load / fuel conditions and under any selected file , is shown in both Figure 1 and Figure 2. The conventional flame detector system is made of three , scanner Flame (UR600 scanner head) Scanner mount Scanner head cable Burner side Control room Flame detector Cable to / from BMS (MFD) Figure 1 - Conventional architecture (showing ABB , INTRODUCTION Integrated An Integrated architecture is shown in Figure 3. The flame detector consists of a
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IR flame detector burner SF810INT modbus pinout DFS FAU800 working principle flame scanner block diagram UR600-IR 89/366/EEC 72/23/EEC 9AKK101130D3798-C2

PGC2007

Abstract: flame detector burner ) 127-147 L/min (4.5-5.2 ft3/min) Analytical Detectors Standard Detector: Flame Photometric, with burner block, background sulfur addition Isothermal Analytical Oven Oven Liner: Internal Dimensions , stabilized 1 for air, 1 for burner fuel and 1 for sweep gas 2m at inlet, provided Setpoint + 69 kPa (10 , burner air, H2 - burner fuel GC Grade Hydrogen BUASC1A-12-0609 Electronic Control Method: Number
ABB Automation
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PGC2007 furnace EC DIESEL Instrument air

WC-27500

Abstract: ASTM B193 chamber. The test flame shall originate from a Bunsen-type gas burner with a 0.250-inch (6.4-mm) inlet, a , ) above the air inlets. The burner shall be adjusted to furnish a 5-inch (127-mm) high conical flame with , opposite side to which the flame is to be applied. The Tirrill burner shall be placed in a vertical , COPY. SPECIFICATION 1200, ISSUE 10 3.5.4.1 Page 5 Method A, Vertical Test, Inclined Burner , B, 60° Test, Inclined Burner 30 seconds (maximum) 3 inches (76 mm) (maximum) No flaming of facial
Tyco Electronics
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MIL-C-17 MIL-C-915 MIL-W-22759 MIL-W-29606 MIL-C-85485 WC-27500 ASTM B193 NEMA WC27500 D3032 MIL-STD-202

uvtron

Abstract: UVTron R2868 FLAME SENSOR UVtron ® UVtron is an ultraviolet detector tube that uses the photoelectric , for applications such as fire alarms, arson surveillance, and burner combustion monitor devices. The , and Lightweight APPLICATIONS GCombustion Monitoring Apparatus for Gas and Oil Burner GFire Alarm , are granted to any of the circuits described herein. ©2007 Hamamatsu Photonics K.K. FLAME SENSOR , -20 to +125 10 200 -20 to +125 10 200 -20 to +125 For Burner Monitoring
Hamamatsu Photonics
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uvtron UVTron R2868 flame sensor R9533 R2868 E678-9C D-82211 SE-171-41 1021E02
Abstract: ® SMD - DETECTOR SOLAR BLIND UV - PHOTODIODE FP 10UV01 SiC - Chip MADE IN GERMANY ALL MEASUREMENTS IN mm Tol.: ±0,10 2/99 Features Chip on PCB Surface Mounting Device Solar Blind Ideal for Sensor Application pad 1,5x1 Application Medical Engineering (Dermatology), Output Check of UV - Lamps - Gas Burner Flame, Measurement and Control of Ecological Parameters, Radiation Control in Solariums, UV Water Purification Equipment PRELIMINARY MAXIMUM RATINGS OPTICAL Elcos
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Abstract: ® SMD - DETECTOR GaP - PHOTODIODE FP 10UV12 MADE IN GERMANY 6/99 ALL MEASUREMENTS IN mm Tol.: ±0,10 Features Wide Bandwidth and High Spectral Sensitivity in the UV Range 250 nm â'¦ 450 nm, Low Cost Chip Based on GaP, BigActivArea Possible pad 1,5x1 Application C Medical Engineering (Dermatology), Output Check of UV - Lamps - Gas Burner Flame, Measurement and Control of Ecological Parameters, Radiation Control in Solariums, UV Water Purification Equipment A Elcos
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2500C
Abstract: ® SMD - DETECTOR GaP - PHOTODIODE FP 20UV110 MADE IN GERMANY ALL MEASUREMENTS IN mm Tol.: ±0,10 6/99 Features Wide Bandwidth and High Spectral Sensitivity in the UV Range 250 nm  450 nm, Low Cost Chip Based on GaP , Big Active Area Possible pad 1,5x1 Application C A Medical Engineering (Dermatology), Output Check of UV - Lamps - Gas Burner Flame, Measurement and Control of Ecological Parameters, Radiation Control in Solariums, UV Water Purification Elcos
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Abstract: ® SMD - DETECTOR GaP - PHOTODIODE FP 20UV48 MADE IN GERMANY 6/99 Features ALL MEASUREMENTS IN mm Tol.: ±0,10 Wide Bandwidth and High Spectral Sensitivity in the UV Range 250 nm â'¦ 450 nm, Low Cost Chip Based on GaP, BigActive Area Possible pad 1,5x1 Application C Medical Engineering (Dermatology), Output Check of UV - Lamps - Gas Burner Flame, Measurement and Control of Ecological Parameters, Radiation Control in Solariums, UV Water Purification Equipment A Elcos
Original
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