包装：散装 描述：TABLE RUNNER ESD BLUE 4'X50' 静电控制，防静电，ESD，无尘室产品 静电控制接地垫，防静电垫

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 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 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 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 ■Sensor length 120 mm ■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 bas

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■ Sensor for liquid media ■ Calorimetric principle ■ Adjustment via potentiometer ■ Status indicated via LED chain ■ Sensor length 100 mm ■ DC 3-wire, 19.2…28.8 VDC ■ NO contact, PNP output ■ Connector device, M12 × 1 Functional principle The function of immersion flow sensors

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 with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■AC 5-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN Functional principle The function of immersion flow sensors is based on the thermodynamic p

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 with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■AC 4-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 1/2“ Functional principle The function of immersion flow sensors is based on the thermodynamic princ

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■AC 5-wire, 195…264 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN 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 ■AC 5-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN Functional principle The function of immersion flow sensors is based on the thermodynamic p

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 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 ■4…20 mA analog 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 ■AC 5-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN Functional principle The function of immersion flow sensors is based on the thermodynamic p

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■AC 5-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN Functional principle The function of immersion flow sensors is based on the thermodynamic p

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■Connector: Mini-Brad Harrison ■AC 5-wire, 98…132 VAC ■NC contact, relay output ■Plug-in device Functional principle The function of immersion flow sensors is based

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■flow sensor for water only ■calorimetric function principle ■adjustment via potentiometer ■status display via LED chain ■Operating range: 5…300 cm/s ■With linearized analog output ■DC 3-wire, 19.2…28.8 VDC ■4…20 mA analog output ■Connector device, M12 × 1 Functional principle

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor only for water ■Calorimetric principle ■Adjustments via potentiometer ■Status indicated via LED band ■Sensor length 80 mm ■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 is based o

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

WR-FPC SMT ZIF Horizontal Hinge Type

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

Flow Monitoring – Immersion Sensor with Integrated Processor

Features ■Sensor for liquid media ■Calorimetric principle ■Adjustment via potentiometer ■Status indicated via LED chain ■AC 5-wire, 98…132 VAC ■NO contact, relay output ■Plug-in device, 7/8-16UN Functional principle The function of immersion flow sensors is based on the thermodynamic p

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal Hinge Type

General Information: Operating Temperature -40 up to +105 °C

WR-FPC SMT LIF Horizontal Dual Contact

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C

WR-FPC SMT ZIF Horizontal

General Information: Operating Temperature -25 up to +85 °C