F180 Ethernet
Inductive Coupling System
■ Contact free transmission of energy and signals
Axial coupler
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Packaging machines, special machines, Automation, Machine Tools, Printing Machines, Robot applications (EOAT) • Substitution of slip ring / connector • Dynamic Pairing • Wear and maintenance free • Protective functions: temperature monitoring, foreign object detection • Multi-level LED with good visibility Technical features • Diameter: 180 mm / Through hole: 85 mm • Operating voltage: 24 V or 48 V • Transmission distance: 0 - 5 mm at 24 V or 0 - 3 mm at 48 V • Energy transmission: 24 V / 240 W or 48 V / 400 W (settable) • Signal transmission: Ethernet 100 Base-T • Transmission bandwidth < 5 MBit/s • Connections: M12 Ethernet (D-coded), M12 Diagnosis (A-coded), terminal block (Energy) • Protection class: IP 67
24 V / 240 W 48 V / 400 W
Block diagram:
Energy
48 V / 8,3 A Actuator
Controller 24 V / 48 V
24 V / 10 A Actuator
24 V /
Power electronic
Rectifier
48 V
24 V / 2 A Sensor
Controller 24 V
Actuator OFF
DAV / Diagnosis
Control
Control
DAV / Diagnosis
PLC
Ethernet 100BaseT
Ethernet 100BaseT
Signal transmission
Signal transmission
Base
Remote
Ethernet Signals
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F180 Ethernet
SMW-electronics Type Id. No.
Base
Remote
0E011246
0E011247
Operating temperature (body surface) Stocking temperature
-20° C ... +60° C -20° C ... +60° C
0 mm ... 5 mm (24 V) 0 mm ... 3 mm (48 V)
Transmission distance
Operating voltage
24 V / 48 V
-
24 V DC / 10 A 48 V DC / 8,3 A 24 V DC / 4 A
Output voltage (Actuator supply)*
-
Output voltage (Sensor supply)* Signal transmission
-
Ethernet 100 Base-T
LED function display
3 LEDs 2-color
15 A (24 V) 12 A (48 V)
Current consumption (base)
-
Overload protection / short-circuit protection Reverse polarity protection Data valid output Ready delay
-
< 50 mV
max. 100 mA
-
< 1 s
*max 400 W total
14 SMW-electronics
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