FCS-N1SLASH2A4-NA-8M

Flow Monitoring – Immersion Sensor without Integrated Processor

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

FCS-N1SLASH2A4-NAEX-H1141

Flow Monitoring – Immersion Sensor without Integrated Processor

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

FCS-N1SLASH2A4-NAEX-H1141SLASHA

Flow Monitoring – Immersion Sensor without Integrated Processor

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

FCS-N1SLASH2A4-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-N1SLASH2A4-NA-H1141-L060

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensorforliquidmedia ■Calorimetricfunctionality ■Adjustmentviasignalprocessor ■StatusindicatedviaLEDchainonsignal processor ■Sensorlength60mm ■Connectordevice,M12×1 ■4‐wireconnectiontotheprocessor Functionalprinciple Ourinsertion-flowsensorsopera

FCS-N1SLASH2A4-NA-H1141SLASHL100

Flow Monitoring – Immersion Sensor without Integrated Processor

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

FCS-N1SLASH2A4-NASLASHD100

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-N1SLASH2A4P-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-N1SLASH2A4P-LIX-H1141

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensoronlyforwater ■Calorimetricprinciple ■Adjustmentsviapotentiometer ■StatusindicatedviaLEDband ■Withlinearizedanalogoutput ■DC3-wire,19.2…28.8VDC ■4…20mAanalogoutput ■Connectordevice,M12×1 Functionalprinciple Thefunctionofimmersionflowsensorsi

FCS-N1SLASH2T-NA

Flow Monitoring – Immersion Sensor without Integrated Processor

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