... and provide examples for how this is composed for inductive, capacitive, magnetic field, and ultrasonic sensors. The first section (NCN15) contains information on operating principle (sensor type), series-specific application features (type of application ...
Explore the Pepperl+Fuchs knowledge base to learn more about the electrical connections of inductive sensors ... diagram. Direct-Current Voltage 10 V ... 60 V Sensor type 2-wire Z/E0, Z1, Z2, Z3, Z4, Z5 Standard type Reverse polarity protection Short-circuit proof Wiring diagram according to EN 60947-5-2 NO contact or NC contact Example: NO contact Z/Z0 Typical ...
Explore the FAQ in the Pepperl+Fuchs knowledge base to learn more about fault repairs for inductive sensors ... ", "V13", "V16", "V18." AS-Interface Identifier "B3" or "B3B" in the third block of the order designation. Example: NBB15-30GM60-B3B-V1 Other connections Sensors with FASTON® connector "V3" ... "V5" or sensors with solder connection etc. ...
Explore the Pepperl+Fuchs knowledge base to learn more about the power source of two-wire sensors ... polarity independent Voltage drop ≤ 5 V Z1 Normally-closed, voltage polarity independent Voltage drop ≤ 5 V Z2 Normally-closed/normally-open, wiring-programmed, voltage polarity independent Voltage drop ≤ 5 V Z3 Normally-open, voltage polarity ...
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