Kg fp 1110 18 index f ferro sensors

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Unformatted text preview: ________________________ 69 Exercise 5.4:Detection of a transparent panel _______________________ 69 Exercise 6.1:Environmental effects on optical proximity sensors _______ 100 Exercise 6.2:Selection of optical proximity sensors__________________ 100 Exercise 6.3:Operational reliability of optical proximity sensors _______ 100 Exercise 6.4:Detection of burnished steel _________________________ 101 Exercise 6.5:Electrical connection of proximity sensors ______________ 101 Exercise 6.6:Measurement of filling level by means of optical proximity sensors ____________________________________ 102 Exercise 6.7:Detection of workpieces_____________________________ 103 Exercise 6.8:Use of optical proximity sensors in car washes __________ 104 Exercise 6.9:Use of optical proximity sensors equipped with fibre-optic cables _________________________________________ 105 Exercise 6.10:Checking of bottles________________________________ 106 Exercise 7.1:Smallest measurable distance________________________ 117 Exercise 7.2:Deflection of ultra-sonic sound waves _________________ 117 Exercise 7.3:Detection of boxes on a conveyor belt _________________ 117 Exercise 8.1:Range of air barrier sensors __________________________ 135 Exercise 8.2:Checking lids by means of a reflex sensor_______________ 135 © Festo Didactic GmbH & Co. KG • FP 1110 18. Index F Ferro sensors ________________________________________________ 173 Fibre-optic cables ____________________________________________ 193 G...
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This note was uploaded on 11/01/2012 for the course CHEMICAL 102 taught by Professor Jamesrodriguez during the Spring '12 term at Universidad Politécnica de Cartagena.

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