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 ■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 ■Sensor made of Titanium with metalceramic coating ■Connector device, M12 × 1 ■4‐wire connection to the processor Functional principle Our

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 ■Sensor length 65 mm ■Intrinsically safe Ex ib IIC T4…T3, for use in Zone 1 ■Cable device ■4-wire connection to an Ex signal processor

Flow Monitoring – Immersion Sensor without Integrated Processor

Features ■Sensor for gaseous media ■Calorimetric functionality ■Adjustment via signal processor ■Status indicated via LED chain on signal processor ■Sensor length 65 mm ■Cable device ■4‐wire connection to the processor Functional principle Our insertion - flow sensors operate on the p

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 ■Connector device, M12 × 1 ■4-wire connection to an Ex0 processor ■ATEX category II 1/2 G, Ex-zone 0 ■ATEX category II 1 D, Ex zone 20

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 ■Cable device ■4-wire connection to an Ex0 processor ■ATEX category II 1/2 G, Ex-zone 0 ■ATEX category II 1 D, Ex zone 20 Functional

包装：散装 描述：SCOTCHCAL STRIPING TAPE 胶带，粘合剂，材料 胶带

包装：散装 描述：SCOTCHCAL STRIPING TAPE 胶带，粘合剂，材料 胶带

440-470mhZ, 12.5v, 50w, fm mobile radio

RF POWER MODULE 440-470MHz, 12.5V, 50W, FM MOBILE RADIO

440-470mhZ, 12.5v, 50w, fm mobile radio

RF POWER MODULE 440-470MHz, 12.5V, 50W, FM MOBILE RADIO

400-430MHz, 12.5V, 50W, FM MOBILE RADIO

430-450MHz, 12.5V, 50W, FM MOBILE RADIO

430-450MHz, 12.5V, 50W, FM MOBILE RADIO

470-490MHz, 12.5V, 50W, FM MOBILE RADIO

RF POWER MODULE 470-490MHz, 12.5V, 50W, FM MOBILE RADIO