FCS-G1/2A4-NA/AL065

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforgaseousmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Sensorlength65mm ■Cabledevice ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsoperateonthe p

FCS-G1/2A4-NA/D100

Flow Monitoring – Immersion Sensor without Integrated Processo

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Temperaturerange:+10…+120°C(upto +135°Cforashortperiod) ■Cabledevice ■4‐wireconnectiontotheprocessor Functionalprinciple

FCS-G1/2A4-NAEX/AL065

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Exsensorforgaseousmedia ■Calorimetricfunctionality ■AdjustmentviaExsignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Sensorlength65mm ■IntrinsicallysafeExibIICT4…T3,forusein Zone1 ■Cabledevice ■4-wireconnectiontoanExsignalprocessor

FCS-G1/2A4-NA-H1141

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Connectordevice,M12×1 ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsoperateonthe principleo

FCS-G1/2A4P-AP8X-H1141

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■DC3-wire,19.2…28.8VDC ■NOcontact,PNPoutput ■Connectordevice,M12×1 Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamic

FCS-G1/2A4P-VRX/24VDC

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■5‐wireDC,19.2…28.8VDC ■Changeovercontact,relayoutput ■Cabledevice Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamicpr

FCS-G1/2DY-AP8X-H1141

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■SensormadeofPVDF ■DC3-wire,19.2…28.8VDC ■NOcontact,PNPoutput ■Connectordevice,M12×1 Functionalprinciple Thefunctionofimmersionflowsensorsis base

FCS-G1/2TN-NA-H1141

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■SensormadeofTitaniumwithmetalceramiccoating ■Connectordevice,M12×1 ■4‐wireconnectiontotheprocessor Functionalprinciple Our

FCS-G1/4A2-NA-H1141

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Connectordevice,M12×1 ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsoperateonthe principleo

FCS-G1/4A4-AP8X-H1141

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■DC3-wire,19.2…28.8VDC ■NOcontact,PNPoutput ■Connectordevice,M12×1 Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamic