Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 21…26 VDC ■NO contact, NPN output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic pri

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 19.2…28.8 VDC ■NO contact, PNP output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 4-wire, 21.6…26.4 VDC ■NO contact, relay output ■Plug-in device, M12 x 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle of thermodynam

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Temperature range: +10…+120 °C (up to +135 °C for a short period) ■Cable device ■4‐wire connection to the processor Functional principle

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle of thermodynam

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Ex sensor for liquid media ■Calorimetric functionality ■Adjustment via Ex signal processor ■Status displayed via signal processor ■Intrinsically safe Ex ib IIC T6…T3, for use in Zone 1 ■M12 × 1 connector device ■4-wire connection to an Ex signal processor ■ATEX category II 2 G,

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Ex sensor for gaseous media ■Calorimetric functionality ■Adjustment via Ex signal processor ■Status indicated via LED chain on signal processor ■Intrinsically safe Ex ib IIC T6…T3, for use in Zone 1 ■M12 × 1 connector device ■4-wire connection to an Ex signal processor ■ATEX ca

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Sensor length 60 mm ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors opera

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 19.2…28.8 VDC ■NO contact, PNP output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor only for water ■Calorimetric principle ■Adjustments via potentiometer ■Status indicated via LED band ■With linearized analog output ■DC 3-wire, 19.2…28.8 VDC ■4…20 mA analog output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors i

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Sensor made of PTFE ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the pr

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 21…26 VDC ■NO contact, NPN output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic pri

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 19.2…28.8 VDC ■NO contact, PNP output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 4-wire, 21.6…26.4 VDC ■NO contact, relay output ■Plug-in device, M12 x 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle of thermodynam

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle of thermodynam

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Ex sensor for liquid media ■Calorimetric functionality ■Adjustment via Ex signal processor ■Status displayed via signal processor ■Intrinsically safe Ex ib IIC T6…T3, for use in Zone 1 ■M12 × 1 connector device ■4-wire connection to an Ex signal processor ■ATEX category II 2 G,

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Ex sensor for gaseous media ■Calorimetric functionality ■Adjustment via Ex signal processor ■Status indicated via LED chain on signal processor ■Intrinsically safe Ex ib IIC T6…T3, for use in Zone 1 ■M12 × 1 connector device ■4-wire connection to an Ex signal processor ■ATEX ca

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Sensor length 60 mm ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors opera

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Temperature range: +10…+120 °C (up to +135 °C for a short period) ■Cable device ■4‐wire connection to the processor Functional principle

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■DC 3-wire, 19.2…28.8 VDC ■NO contact, PNP output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors is based on the thermodynamic

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor only for water ■Calorimetric principle ■Adjustments via potentiometer ■Status indicated via LED band ■With linearized analog output ■DC 3-wire, 19.2…28.8 VDC ■4…20 mA analog output ■Connector device, M12 × 1 Functional principle The function of immersion flow sensors i

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Sensor made of PTFE ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the pr

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for liquid media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the principle o

流量传感器/流量计

流量传感器/流量计

流量传感器/流量计