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Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Female, straight, 5-pin, A-coded, Cable=PUR blRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Female, angled, 5-pin, A-coded, Cable=PUR blacRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Male, angled, 3-pin, A-coded, Cable=PUR black,Read more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Male, straight, 3-pin, A-coded, Cable=PUR blacRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Male, straight, 3-pin, A-coded, Cable=PUR blacRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Female, straight, 5-pin, A-coded, Cable=PVC grRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Male, straight, 4-pin, D-coded, Interface=ProfRead more

Choose the right connection for reliable transmission of signals, data and power in your application. Various cable types and plug connectors are available. Connection=M12x1-Female, angled, 5-pin, A-coded, Cable=PUR blacRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS C works with low frequency (LF) and uses two frequencies: 455 kHz for writing and 70 kHz for reading. The processor units process the data recorded by the read heads and relay it to the industrial fieldbus, which comRead more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more

BIS L uses the low frequency (LF) 125 kHz and uses passive data carriers. The read heads with an integrated processor unit can be connected easily and directly to the higher-level control system via IO-Link, RS232/RS422 Read more