FCS-M18-LIX/D067

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Flowsensorforgaseousmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■Power-onLED ■Nickel-platedbrasssensor ■DC3-wire,19.2…28.8VDC ■4…20mAanalogoutput Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamicprinciple.

FCS-M18-LIXSLASHD067

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Flowsensorforgaseousmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■Power-onLED ■Nickel-platedbrasssensor ■DC3-wire,19.2…28.8VDC ■4…20mAanalogoutput Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamicprinciple.

FCS-N1/2A4-AN8X-H1141

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■DC3-wire,21…26VDC ■NOcontact,NPNoutput ■Connectordevice,M12×1 Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamicpri

FCS-N1/2A4-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-N1/2A4-ARX-H1140

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricprinciple ■Adjustmentviapotentiometer ■StatusindicatedviaLEDchain ■DC4-wire,21.6…26.4VDC ■NOcontact,relayoutput ■Plug-indevice,M12x1 Functionalprinciple Thefunctionofimmersionflowsensorsis basedonthethermodynamic

FCS-N1/2A4-NA

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Cabledevice ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsoperateonthe principleofthermodynam

FCS-N1/2A4-NA/D100

Flow Monitoring – Immersion Sensor without Integrated Processor

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

FCS-N1/2A4-NA-8M

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Cabledevice ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsoperateonthe principleofthermodynam

FCS-N1/2A4-NAEX-H1141

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Exsensorforliquidmedia ■Calorimetricfunctionality ■AdjustmentviaExsignalprocessor ■Statusdisplayedviasignalprocessor ■IntrinsicallysafeExibIICT6…T3,forusein Zone1 ■M12×1connectordevice ■4-wireconnectiontoanExsignalprocessor ■ATEXcategoryII2G,

FCS-N1/2A4-NAEX-H1141/A

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Exsensorforgaseousmedia ■Calorimetricfunctionality ■AdjustmentviaExsignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■IntrinsicallysafeExibIICT6…T3,forusein Zone1 ■M12×1connectordevice ■4-wireconnectiontoanExsignalprocessor ■ATEXca