Katalog SMW-electronics 08/2023
WIRELESS TECHNOLOGIES Inductive Coupling Systems I Sensoric I Digital Products I Measuring Systems I Connectivity
www.smw-electronics.com
SMW-AUTOBLOK worldwide
Headquarters / Production Plants
Subsidiaries
Representatives
SMW-electronics Meckenbeuren plant Meckenbeuren Development | Manufacturing | Sales | Service | Support
SMW-AUTOBLOK manufacturing plant Meckenbeuren Development | Manufacturing | Sales | Service | Support
SMW-AUTOBLOK technology and logistics center Meckenbeuren
Visit our website: www.smw-electronics.com
Market segements
Automotive
Industrial Equipment
OCTG
Aerospace
Electronics
Off Highway
Mold Industry
Plastics
Automation and Handling
Mining Industry Cranes
Robots / Cobots
Medical Technology
Intralogistics
Packaging Industry
Powertrain
Product range
Inductive Coupling System F120 Axial coupler ■ Contact free transmission of energy ■ Transmission of energy 120 W ■ No signal transmission Inductive Coupling System M12-2 Axial coupler ■ Contact free transmission of energy and signals
Inductive Coupling System F280 CAN Axial coupler ■ Contact free transmission of energy and signals ■ Transmission of energy up to 1100 W ■ Transmission of signals 2 x CAN-Bus, 2 x digital ■ Diameter 280 mm Inductive Coupling System F100 / 66-IOL Axial coupler ■ Contact free transmission of energy and signals ■ Transmission of energy up to 22 W ■ Transmission of signals: IO-Link (COM1, COM2, COM3) ■ Ideal for pallet change application Inductive Coupling System F60-4 / 4A Axial coupler ■ Contact free transmission of energy and signals ■ Transmission of energy up to 2.5 W ■ Transmission of signals (4 x digital, 4 x analog 0 - 10 V) ■ Base with mounting flange ■ Diameter 60 mm / through-hole 36 mm Inductive Coupling System F60-4 / 4A Axial coupler ■ Contact free transmission of energy and signals ■ Transmission of energy up to 2.5 W ■ Transmission of signals (4 x digital, 4 x analog 0 - 10 V) ■ Diameter 60 mm / through-hole 36 mm Inductive Coupling System F180 Ethernet Axial coupler ■ Contact free transmission of energy and signals ■ High transmission of energy up to 400 W ■ Transmission of signals Ethernet 100 Base-T ■ Diameter 180 mm / through-hole 85 mm Inductive Coupling System F100-2IOL Axial coupler ■ Contact free transmission of energy and signals ■ High transmission of energy up to 75 W ■ Transmission of signals: 2x IO-Link (COM1, COM2, COM3) ■ Diameter: 180 mm / through-hole: 85 mm Inductive Coupling System F100 Ethernet Axial coupler ■ Contact free transmission of energy and signals ■ High transmission of energy up to 75 W ■ Transmission of signals Ethernet 100 Base-T ■ Diameter 100 mm / through-hole 50 mm
Page
24
10
Page
■ Transmission of energy up to 1 W ■ Transmission of signals 2 x digital ■ Mounting M12 x 1
Page
12
26
Page
Inductive Coupling System M18-4 Axial coupler ■ Contact free transmission of energy and signals
■ Transmission of energy up to 1.2 W ■ Transmission of signals 4 x digital ■ Mounting M18 x 1
14
28
Page
Page
Inductive Coupling System M30-2 Axial coupler ■ Contact free transmission of energy and signals
■ Transmission of energy up to 12 W ■ Transmission of signals 2 x digital ■ Mounting M30 x 1.5
16
Page
30
Page
Inductive Coupling System M30-8 Axial coupler ■ Contact free transmission of energy and signals
■ Transmission of energy up to 12 W ■ Transmission of signals 8 x digital ■ Mounting M30 x 1.5
Page
32
18
Page
Inductive Coupling System M30-4A Axial coupler ■ Contact free transmission of energy and signals Inductive Coupling System M30-IOL Axial coupler ■ Contact free transmission of energy and signals ■ Transmission of energy up to 12 W ■ Transmission of signals: IO-Link (COM1 / COM2 / COM3) ■ Mounting: M30 x 1.5
34
Page
20
Page
■ Transmission of energy up to 6 W ■ Transmission of signals 4 x analog (4 - 20 mA/0 - 10 V) ■ Mounting M30 x 1.5
368
Page
Page
22
Continuation on the next page
SMW-electronics 5
Product range
USP 4.0 250 Ultrasonic Position Measuring System ■ Non-contact distance measurement using Ultrasonic technology ■ Large measuring range 25 - 250 mm ■ State of the art ultrasonic ■ Output signal analog 0 - 10 V / 4 - 20 mA GFT-X 4.0 Multifunctional Gripping Force Tester ■ Wireless grip force measuring ■ Assistance systems APPs ■ Tablet IP 67 protected ■ Integrated software for clamping force / speed evaluation Digital Products ■ App programming ■ Cloud solutions ■ PNP programming ■ Monitoring and analysis software ■ Software for mechatronic clamping systems
Mounting Brackets Accessories ■ Mounting brackets for inductive couplers M30, M18 und M12 ■ Simple mounting ■ Transmission of energy up to 12 W ■ Transmission of signals 8 / 8 x digital (bidirectional) ■ Mounting M30 x 1.5 Inductive Coupling System M30-8+8 Axial coupler ■ Contact free transmission of energy and signals
Page
48
38
Page
Page
52
40
Page
Inductive Coupling System Individual solutions ■ Individual customized adaptions ■ Customizable geometry ■ Energy and signal transmission depending on customer requirements
54
Page
41
Page
LPS 4.0 14 IO Linear Positioning System ■ Inductive positioning system ■ Output analog and IO-Link interface ■ Measuring range = 14 mm
Connectivity Accessories ■ IO-Link Hub 16 x digital IN/OUT ■ IO-Link Hub 16 x digital IN ■ Sensors / actuators connecting cable
60
Page
44
Page
LPS 4.0 48 IO Linear Positioning System ■ Inductive positioning system ■ Output analog and IO-Link interface ■ Measuring range = 48 mm
RFID Accessories ■ Write / read station ■ Transponder ISO 15693
62
Page
45
Page
LPS 4.0 80 IO Linear Positioning System ■ Inductive positioning system ■ Output analog and IO-Link interface ■ Measuring range = 80 mm
Application Examples ■ Inductive coupling systems
■ LPS 4.0 ■ UPS 4.0
Page
46
64
Page
LPS 4.0 120 IO Linear Positioning System ■ Inductive positioning system ■ Output analog and IO-Link interface ■ Measuring range = 120 mm
47
Page
Continuation from previous page
SMW-electronics 7
Inductive transmission of energy and signals
Contact free transmission of energy and signals via air gap
Benefi ts
■ Flexible installation due to the large transmission distance ■ Safe transmission even when the mobile coupler rotates ■ Also suitable for high speeds ■ Insensitive to vibrations ■ No cable breakage ■ Safe transmission of signals
■ Completely free from wear and maintenance ■ Can be used in rough conditions and also for clean room applications ■ Protected according to IP67
■ Safe transmission even through non-metallic obstacles
■ Dynamic Pairing: Base unit (stationary) can communicate with different remote units (mobile)
8 SMW-AUTOBLOK SMW-electronics
Our technical possibilities and designs of energy and signal transmission
■ Inductive energy transmission - Up to 1100 W ■ Inductive signal transmission - Analog signals (0 - 10 V / 4 - 20 mA)
- Temperature signals (PT 100) - Digital switching PNP signals - Field bus (CAN or Profibus) - IO-Link (COM1, COM2, COM3) - Ethernet (compatible among others with PROFINET, Modbus, EtherNet / IP) ■ Hybrid systems - Energy transmission via slip ring / contact pins - Inductive signal transmission
Examples of geometric design for inductive energy and signal transmission
Transmission
Axial
Axial
Axial
Axial
Radial
Radial
Translational
Rotation / Linear Cylinder (also cubic)
Motion
Rotation
Rotation
Rotation
Rotation
Rotation
Linear
Ring segment / Ring
Geometry
Disc
Ring
Segment / Ring Ring / Ring
Cubic
Palletizing, automation, mechanical engineering, tool monito- ring, connector replacement
Mechanical engineering, mechatronics, collector ring replacement
Printing machines, robotics,
Packaging machines, centrifuges, process technology
Rotary indexing tables,
Mechanical engineering, process technology
Application examples
Transport systems
collector ring replacement
packaging machines
Blue: Stationary unit (base)
Orange: Mobile unit (remote)
SMW-AUTOBLOK 9 SMW-electronics
F100 Ethernet
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Robotic (End of Arm Tooling), Automation, Mechanical engineering • Substitution of slip ring / connector • Dynamic Pairing • Wear and maintenance free • Protective functions: temperature monitoring, foreign object detection, reverse polarity protection • Multi-level LED with good visibility Technical features • Diameter 100 mm / Through hole 50 mm • Operating voltage 24 V / 6 A • Transmission distance 0 - 4 mm • Transmission of energy 24 V / 75 W • Transmission of signals Ethernet 100 Base-T • Transmission bandwidth: < 5 MBit/s • Connections: M12 Ethernet (D-coded) / M12 Power (L-coded) • Protection class: IP 67 ■ Contact free transmission of energy and signals
Axial coupler
Block diagram:
24 V / 75 W
Energy
24 V 6 A
24 V / 4 A
Controller 24 V
Power electronic
Rectier
DAV /
Control
Control
Diagnosis
DAV / Diagnosis
PLC
Ethernet 100BaseT
Ethernet 100BaseT
Signal transmission
Signal transmission
Base
Remote
Signals
Ethernet
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F100 Ethernet
SMW-electronics Type Id. No.
Base
Remote
0E011420
0E011421
Operating temperature (housing surface) Storage temperature Transmission distance Operating voltage Output voltage Signal transmission Ethernet (bidirectional)
-20 °C ... +60 °C -20 °C ... +60 °C 0 mm ... 4 mm
24 V
-
-
24 V (75 W)
Ethernet 100 Base-T
LED
2 LEDs 2-color
Current consumption (Base) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid output Ready delay
6 A (24 V)
-
-
< 50 mV
-
max. 100 mA < 1s
10 SMW-electronics
F100 Ethernet
Inductive Coupling System
■ Stationary unit - Base ■ Mobile unit - Remote
Axial coupler
Base:
Base / Remote:
Base / Remote:
H
H1
C
H
H1
C
H
H
H1
H1
C
C
Remote:
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F100 Ethernet
Base
Remote
SMW-electronics Type Id. No.
0E011420
0E011421
A B C H
mm mm mm mm mm
100
50
13
10
25
H1
3
ɑ ß γ
27 35
degree degree degree
20 Al, GFK IP 67
Housing material Protection class
Function Base LED Power Color
Function Remote LED Power Color
Green / red
Green / red
Off » Unit not supplied with voltage (or undervoltage) On (green) » Voltage ok and mobile unit has been detected 2 Hz green 50 / 50% » Operating temperature in critical range 1 Hz green 25 / 75% » Voltage ok but no mobile unit detected 1 Hz red / green » Incompatible mobile unit detected 2 Hz red » Foreign element detected 5 Hz red » Internal error
Off » Unit not paired On (green) » Unit paired, voltage output ok Flashes 2 Hz red » Paired but short circuit Flashes 5 Hz red » Internal error
Function
Function
LED Signal transmission Ethernet Color Yellow / red
Off » No mobile unit detected On / yellow » Signal transmission ready 1 Hz yellow » Data packets are being transmitted 3 Hz yellow » 50% of the transmission bandwidth used (10 s) 8 Hz red » Data packets were discarded (in the last 10 s) On / red » Error in data transmission (internal error)
LED Signal transmission Ethernet Color Yellow / red
Off » No mobile unit detected On / yellow » Signal transmission ready 1 Hz yellow » Data packets are being transmitted 3 Hz yellow » 50% of the transmission bandwidth used (10 s) 8 Hz red » Data packets were discarded (in the last 10 s) On / red » Error in data transmission (internal error)
Function
Function
SMW-electronics 11
F100-2IOL
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: Robotic (End of Arm Tooling), Automation, Mechanical engineering • Substitution of slip ring / connector • Dynamic Pairing • Wear and maintenance free • Protective functions: temperature monitoring, foreign object detection, reverse polarity protection • Multi-level LED with good visibility Technical features • Diameter 100 mm / Through hole 50 mm
• Operating voltage 24 V / max. 6 A • Transmission distance 0 - 4 mm • Transmission of energy 24 V / 75 W • Transmission of signals: 2 x IO-Link (COM 1, COM 2, COM 3) • Connections: Base: 2x M12 x 1 male 5-pin Remote: 2x M12 x 1 female 5-pin • Protection class: IP 67
Block diagram:
24 V / 75 W
Energy
24 V 2x 3 A
24 V / 4 A
Controller 24 V
Power electronic
Rectier
Control
Control
Diagnosis
DAV /
Diagnosis
IO-Link Master 1,2
2 x IO-Link
2 x IO-Link
Signal transmission
Signal transmission
Base
Remote
Signals
2x IO-Link COM1, COM2, COM3
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F100-2IOL
Base
Remote
SMW-electronics Type Id. No.
0E012330
0E012331
Operating temperature (housing surface) Storage temperature Transmission distance Operating voltage Output voltage Signal transmission
-20 °C ... +60 °C -20 °C ... +60 °C 0 mm ... 4 mm
24 V
-
-
24 V (75 W)
2x IO-Link (COM2, COM 2, COM 3)
LED
2 LEDs 2-color
Current consumption (Base) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid output Ready delay
6 A (24 V)
-
-
< 50 mV
-
max. 100 mA < 1s
12 SMW-electronics
2,9
H H1
F100-2IOL
Inductive Coupling System
■ Stationary unit - Base ■ Mobile unit - Remote
Axial coupler
Base / Remote:
Base / Remote:
Base:
Remote:
C
12,9
C
10,5
12,9
12,9
2,8
2,9
H H1
2,9
H H1
2,9
H H1
C
C
10,5
X1, X2
X1, X2
2,8
C
C
2
2
C
10,5
C
10,5
3
1
2,8 1
5
5 3
2,8
4
4
2x Male connector 5-pin M 12 x 1
2x Female connector 5-pin M 12 x 1
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F100-2IOL
Base
Remote
SMW-electronics Type Id. No.
0E012330
0E012331
A B C H
mm mm mm mm mm
100
50
1
25
H1
3
ɑ ß γ
35 20
degree degree degree
45,5 Al, GFK IP 67
Housing material Protection class
Function LED IO-Link Base (X1, X2) LED Power Color Yellow / red
Function LED IO-Link Remote (X1, X2) LED Power Color Yellow / red
Yellow » SIO mode active and SIO signal is high
Yellow » SIO mode active and SIO signal is high
Flash yellow (1000ms on, 100ms off),» IO-Link communication active, power is on, Remote was detected Flashing 2 Hz yellow » no IO-Link device detected, power on, no Remote detected Flashing 2 Hz red » Short circuit on IO-Link PIN Flashing 5 Hz red » Overload voltage output Remote
Flash yellow (1000ms on, 100ms off),» IO-Link communication active, power is on, Base has been detected Flashing 2 Hz yellow » No IO-Link communication, power on, no Base detected
Function
Flashing 2 Hz red » Short circuit on IO-Link PIN Flashing 5 Hz red » Overload voltage output Base
PIN assignment Supply voltage Data-Valid Ground IO-Link Signal -
24 V IN X1 Base DAV 24 V
24 V IN X2 Base
X1 Remote
X2 Remote
PIN 1
24 V OUT
24 V OUT
2 3 4 5
-
-
-
GND
GND
GND
GND
IO-Link CQ
IO-Link CQ
IO-Link CQ
IO-Link CQ
-
-
-
-
SMW-electronics 13
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
F180 Ethernet
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
Base:
Base / Remote:
Base / Remote:
C
H
C
H
H 1
H 1
Remote:
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F180 Ethernet
Base
Remote
SMW-electronics Type Id. No.
0E011246
0E011247
A B
mm mm mm mm mm mm mm mm mm
180
85 93
B1
C D
29.5
57 20
E F
5
H
34
H1
7
ɑ
60 Al, GFK IP 67
degree
Housing material Protection class
Function Base LED Power Color
Function Remote LED Actuator Color
Green / red
Green / red
Off » Unit not supplied with voltage (or undervoltage) On (green) » Voltage ok and mobile unit has been detected 2 Hz green 50/ 50% » Operating temperature in critical range 1 Hz green 25/75% » Voltage ok but no mobile unit detected 1 Hz red / green » Incompatible mobile unit detected 2 Hz red » Foreign element detected 5 Hz red » Internal error
Off » Unit not paired On (green) » Unit paired, voltage output actuator ok Flashes 2 Hz red » Unit paired but short circuit on actuator Flashes 5 Hz red » Internal error
Function
Function
LED Sensor supply Color
Green / red
Off » Unit not paired On (green) » Unit paired, voltage output sensor (24 V) ok Flashes 2 Hz red » Unit paired but short circuit on sensor (24 V) Flashes 5 Hz red » Internal error
LED Signal transmission Ethernet Color Yellow / red
Function
Off » No mobile unit detected On / yellow » Signal transmission ready 1 Hz yellow » Data packets are being transmitted 3 Hz yellow » 50% of the transmission bandwidth used (10 s) 8 Hz red » Data packets were discarded (in the last 10 s) On / red » Error in data transmission (internal error)
LED Signal transmission Color Yellow / red
Function
Off » No mobile unit detected On / yellow » Signal transmission ready
Flashes 1 Hz yellow » Data packets are being transmitted Flashes 3 Hz yellow » 50% of the transmission bandwidth used (10 s) Flashes 8 Hz red » Data packets were discarded (in the last 10 s) On / red » Error in data transmission (internal error)
LED Energy transmission Color Yellow / red
Function
Off » No mobile unit detected On (yellow) » Unit coupled, voltage output ok
1 Hz red / yellow » Short circuit at voltage output sensor 3 Hz red / yellow » Short circuit at voltage output actuator 3 Hz red » Short circuit at both voltage outputs 5 Hz red » Internal error
Function
SMW-electronics 15
F280 CAN
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Connection from mechatronic clamping systems (MM / RT e-motion line) within machine tools, slip ring replacement • Dynamic Pairing • Free from wear and maintenance Technical features • Operating voltage 60 V ± 10% • Energy transmission: 60 V / 1100 W (18 A) actuators, 24 V (2 A) sensors • Signal transmission: Bus system 2x CAN BUS • Signal transmission: Digital 2 x 24 V switching signal remote to base • Diameter 280 mm • Transmission distance 0 - 3 mm • Inverse-polarity protection (base), short-circuit proof (remote) • Protection class: IP 67 ■ Contact free transmission of energy and signals
Axial coupler
Block diagram:
Energy
0 - 3 mm
60 V DC Aktuator
60 V IN DC
24 V DC Sensor
CAN 1
CAN 1
CAN 2
CAN 2
Digital signal 1
Digital signal 1
Digital signal 2
Digital signal 2
Base
Remote
Signals
Subject to technical changes. For more detailed information please ask our customer service.
16 SMW-electronics
F280 CAN
Inductive Coupling System
Dimensions and technical data
Axial coupler
Base:
Remote:
C C1
C C1
C
C
C1
C2
C1
C2
D1
D1
14
14
B
B
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F280 CAN
Base
Remote
SMW-electronics Type Id. No.
208004
208005
A B C
mm mm mm mm mm mm mm mm mm mm mm mm
280
277
320
45 15
37 6.4
C1 C2
6
-
D
20
23 30
D1
-
E F
210 225
290
-
G
10
11
G1
5.5
6.6 M6
H
-
Weight Housing material Protection class Operating temperature Storage temperature Transmission distance Operating voltage Output voltage actuator Output voltage sensor Power consumption (Base)
4.6 kg
4.1 kg
Al, PA12 IP 67
-10° C ... +50° C -25° C ... +70° C 0 mm ... 3 mm
60 V DC
-
- -
60 V DC 24 V DC
< 25 A
-
Max. 18 A Aktuator (60 V) / max. 2 A Sensor (24 V)
-
Power output (Remote)
Overload protection / short circuit protection Residual ripple Reverse polarity protection Ready delay
-
< 5 V
-
< 800 ms
SMW-electronics 17
F100 / 66-IOL
Inductive Coupling System
■ Contact free transmission of energy and signals ■ Ideal for pallet change applications
Axial coupler
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Supply of sensors and valves in pallet change applications • Dynamic Pairing • Wear and maintenance free • Protective functions: Temperature monitoring, foreign object detection, reverse polarity protection Technical features • Mounting 4 x M5 x 20, pitch circle Ø 84 mm • Axial installation sealing • Operating voltage 24 V (18 ... 30 V) • Transmission distance 0 - 5 mm • Transmission of energy: 24 V / 22 W • Transmission of signals: IO-Link (COM1, COM2, COM3) • Connection: Base male connector M12x1 (5-pin), remote female connector M12x1 (4-pin) • Protection class IP 67 • Id. No. Base: 0E012280 Id. No. Remote: 0E012290
Block diagram:
IO-Link Master
24 V / 22 W
Energy
Remote
Base
IO-Link-Device
0 - 5 mm
Signals
IO-Link COM1, COM2, COM3
Subject to technical changes. For more detailed information please ask our customer service.
18 SMW-electronics
F100 / 66-IOL
Inductive Coupling System
■ Contact free transmission of energy and signals ■ Ideal for pallet change applications
Axial coupler
Base/ Remote:
O-Ring Ø 70x2
4x90°
C
D
E
B
F
M6
Base
Remote
Ø 84
2
2
M5x20 DIN ISO 4762 max. tightening torque 1 Nm
3
1
3
5
1
4
4
Male connector 5-pin M 12 x 1
Female connector 4-pin M 12 x 1
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F100/66-IOL
Base
Remote
SMW-electronics Type Id. No.
0E012280
0E012290
A B C D
mm mm mm mm mm mm
100 - 0,1 66 - 0,1 20 - 0,1
15 12
E F
M12 x 1 / Male
M12 x 1 / Female
Housing material Protection class Operating temperature
PA 12 C, AL IP 67
-20° C ... +50° C -20° C ... +80° C 0 - 5 mm
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple
24 V (18 ... 30 V)
-
-
24 V ± 10% DC
1600 mA
-
-
920 mA
-
< 200 mV
Reverse polarity protection Temperature monitoring Data-Valid Output Ready delay PIN assignment
-
150 mA
-
< 600 ms
Signal Base
Signal Remote
Supply voltage Digitalsignal Ground IO-Link Signal Data-Valid
1 2 3 4 5
24 V IN
24 V OUT 0/24 V IN
0/24 V OUT
GND
GND
IO-Link CQ DAV 24 V
IO-Link CQ
-
SMW-electronics 19
F60-4 / 4A
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application example: Monitoring of sensors in clamping systems, automation, slip ring replacement • Base with mounting flange • Dynamic Pairing • Wear and maintenance free Technical features • Operating voltage 24 V ± 10% • Transmission distance 0 - 3 mm • Energy transmission: 24 V / 2.5 W (100 mA) • Transmission of signals: 4 analog signals (0 - 10 V) / 4 digital signals (PNP) • Inverse-polarity protection (base), short-circuit proof (remote) • Protection class: IP 67 • Id. No. Base: 0E010972 Id. No. Remote: 0E010973 ■ Contact free transmission of energy and signals
Axial coupler
Block diagram:
PLC
up to 4 analog signals
Energy
0 - 3 mm
Base
Remote
Signals
up to 4 digital signals
Subject to technical changes. For more detailed information please ask our customer service.
20 SMW-electronics
F60-4 / 4A
Inductive Coupling System
■ Stationary unit - Base ■ Mobile unit - Remote
Axial coupler
Base:
Remote:
A
A
C1
C1
A
C
B
B
1
1
ØD
ØD
ØD
C
C
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F60-4/4A
Base
Remote
SMW-electronics Type Id. No.
0E010972
0E010973
A B C
mm mm mm mm mm mm
60
51 14
-
12
C1
13 36
D
D1
64
-
Housing material Protection class Operating temperature
POM, PA66, PC GF 30% IP 67 0° C ... +60° C -10° C ... +70° C 0 mm ... 3 mm
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid Output Ready delay
24 V ± 10% DC
-
-
24 V ± 10% DC
< 300 mA
-
-
< 100 mA
-
< 200 mV
- -
0 / 24 V
≤ 100 ms
SMW-electronics 21
F60-4 / 4A
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Robotics, slip ring replacement • Dynamic Pairing • Wear and maintenance free Technical features ■ Contact free transmission of energy and signals • Operating voltage 24 V ± 10 % • Transmission distance 0 - 3 mm • Transmission of energy: 24 V / 2.5 W (100 mA) • Transmission of signals: 4 analog signals (0 - 10 V) / 4 digital signals (PNP) • Inverse-polarity protection (base), short-circuit proof (remote) • Protection class: IP 67 • Id. No. Base: 0E010974 Id. No. Remote: 0E010975
Axial coupler
Block diagram:
PLC
up to 4 analog signals
Energy
0 - 3 mm
Base
Remote
Signals
up to 4 digital signals
Subject to technical changes. For more detailed information please ask our customer service.
22 SMW-electronics
F60-4 / 4A
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
Base:
Remote:
B
B
B
B
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F60-4/4A
Base
Remote
SMW-electronics Type Id. No.
0E010974
0E010975
A B C
mm mm mm
Ø 60
10
12
Ø 36 POM, PA66, PC GF 30% IP 67 0° C ... +60° C -10° C ... +70° C 0 mm ... 3 mm
Housing material Protection class Operating temperature
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid Output Ready delay
24 V ± 10% DC
-
-
24 V ± 10% DC
< 300 mA
-
-
< 100 mA
≤ 200 mV
-
- -
0 / 24 V
≤ 100 ms
SMW-electronics 23
F120
Inductive Coupling System
■ Contact free transmission of energy
Axial coupler
Application/customer benefits • Contact free, safe transmission of energy (power only) between moving / rotating and stationary components • Application examples: Automation, replacement of slip ring • Dynamic Pairing • Wear and maintenance free Technical features • Flange mounting 120 x 120 mm (Diameter 116 mm)
• Operating voltage 24 V ± 10% • Transmission distance 0 - 4 mm • Transmission of energy 24 V / 120 W • Inverse-polarity protection (base), short-circuit proof (remote) • Connections: Base male connector 7/8“ (5-pin), remote female connector 7/8“ (5-pin) • Protection class: IP 67 • Id. No. Base: 0E010983 Id. No. Remote: 0E010984 • LED interface (base) color: green slow flashing: power on / no remote detected static: connection to remote established fast flashing: overload / short circuit
Block diagram:
PLC
Energy
0 - 4 mm
Electric lead (max. 5 A)
Base
Remote
Subject to technical changes. For more detailed information please ask our customer service.
24 SMW-electronics
F120
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
Base/Remote:
Base/Remote:
A B
C
A B
E
Base
Remote
3
3
3
3
D
2
4
2
4
2
2
4
4
5
5
5
5
1
1
1
1
Male connector 5-pin 7/8"
Female connector 5-pin 7/8"
3
3
1
3
1
3
1
1
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system F120
2
2
2
2
4
4
4
4
Base
Remote
SMW-electronics Type Id. No.
0E010983
0E010984
A B C D
mm mm mm mm mm
120
99 45
145
148.5
E
5 850 g Al, PA66, PC GF 30% IP 67 0° C ... +50° C -10° C ... +70° C 0 mm ... 4 mm
Weight Housing material Protection class Operating temperature
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid Output Ready delay PIN assignment
24 V ± 10% DC
-
-
24 V ± 10% DC
< 10 A
-
-
< 5 A
-
< 200 mV
- -
-
< 500 ms
Signal Base
Signal Remote
PIN 1
GND GND
Ground Ground PE Protective earth
2 3 4 5
PE
24 V IN 24 V IN
24 V OUT 24 V OUT
Voltage supply Voltage supply
SMW-electronics 25
M12-2
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Supply of mobile sensors, supply and monitoring of remote systems, monitoring of door contacting • Dynamic Pairing • Wear and maintenance free • Operating display Technical features • Mounting M12 x 1 ■ Contact free transmission of energy and signals
Axial coupler
• Operating voltage 24 V ± 10% • Transmission distance 0 - 2.5 mm
• Transmission of energy: 24 V / 1 W (35 mA) • Transmission of signals: 2 digital signals (PNP) • Inverse-polarity protection (base), short-circuit proof (remote) • Connections: Base cable 300 mm with male connector M12 (5-pin), remote cable 300 mm with female connector M12 (5-pin) • Protection class IP 67 • Id. No. Base: 0E010956, Id. No. Remote: 0E010957 • LED interface (Base) color: green slow flashing:
power on / no remote detected
static:
in position
fast flashing:
overload / short circuit
Block diagram:
PLC
2 digital signals
Energy
0 - 2.5 mm
Base
Remote
Signals
Subject to technical changes. For more detailed information please ask our customer service.
26 SMW-electronics
M12-2
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
B
B
Base:
5
5
4
3 2
2 3
1
C
E
D
17
Male connector 5-pin M12 x 1
C
E
D
B
Remote:
5
5
4
3 2
2 3
4
B
1
1
17
Female connector 5-pin M12 x 1
D
C
E
D Subject to technical changes. For more detailed information please ask our customer service.
C
E
Inductive coupling system M12-2
Base
Remote
SMW-electronics Type Id. No.
0E010956
0E010957
A B C D
mm mm mm mm mm mm
M12 x 1
68
44
59.3
35.3
5
E
3.7
Cable length Housing material Protection class Operating temperature
300 CuZn, PA66, PC GF 30% IP 67
-10° C ... +55° C -25° C ... +70° C 0 mm ... 2.5 mm
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid Output Ready delay PIN assignment
24 V ± 10% DC
-
-
24 V ± 10% DC
> 400 mA
-
-
< 50 mA
-
< 200 mV
- -
max. 100 mA
100 ms
Signal Base
Signal Remote
PIN 1
Supply voltage Digital signal 1 Ground Digital signal 2 Data-Valid
+24 V IN
+24 V OUT 0 / 24 V IN
2 3 4 5
0 / 24 V OUT
GND
GND
0 / 24 V OUT
0 / 24 V IN
DAV 24 V
-
SMW-electronics 27
M18-4
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components ■ Contact free transmission of energy and signals
Axial coupler
• Application examples: Automation, piloting of magnet valves, reading of status signals, online monitoring of sensor signals in the remote area, contacting at rotary tables, plug replacement for SPS signals • Dynamic Pairing • Wear and maintenance free • Operating display Technical features • Mounting M18 x 1 • Operating voltage 22 V ... 30 V ± 10% • Transmission distance 0 - 3 mm • Transmission of energy: 12 V / 1.2 W (100 mA) • Transmission of signals: 4 digital signals (PNP) • Inverse-polarity protection (base), short-circuit proof (remote) • Connection: Base cable 2000 mm open ended, remote cable 2000 mm open ended • Protection class: IP 67 • Id. No. Base: 0E010954 Id. No. Remote: 0E010955 • LED interface (base) color: green slow flashing: power on static: in position fast flashing: overload / short-circuit
Block diagram:
PLC
Energy
up to 4 digital signals
0 - 3 mm
Base
Remote
Signals
Subject to technical changes. For more detailed information please ask our customer service.
28 SMW-electronics
M18-4
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
Base:
24
D
C
B
Remote:
24
D
C
B
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system M18-4
Base
Remote
SMW-electronics Type Id. No.
0E010954
0E010955
A B C D
mm mm mm mm mm
M18 x 1
98.5
65.5
70
37
10
Cable length Housing material Protection class Operating temperature
~ 2000 CuZn, PA66, PC GF 30% IP 67 0° C ... +50° C -10° C ... +70° C 0 mm ... 3 mm
Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote) Overload protection / short circuit protection Residual ripple Reverse polarity protection Data-Valid Output Ready delay PIN assignment (*Legend) Connection line WH (Base) / WH (Remote) Connection line BU (Base) / BU (Remote) Connection line GY (Base) / BN (Remote) Connection line BN (Base) / PK (Remote) Connection line PK (Base) / YE (Remote) Connection line YE (Base) / GN (Remote) Connection line GN (Base) / GY (Remote)
22 V ... 30 V
-
-
12 V ± 10% DC
≤ 500 mA
-
-
< 100 mA
-
< 200 mV
- -
max. 100 mA
< 80 ms
PIN 1 2 3 4 5 6 7
Signal Base
Signal Remote
Supply voltage 24 V IN
Supply voltage VCC 12 V OUT
GND 0 V
GND
Data-Valid 0 / 24 V OUT
Digital signal 1: 0 / 24 V IN Digital signal 2: 0 / 24 V IN Digital signal 3: 0 / 24 V IN Digital signal 4: 0 / 24 V IN
Digital signal 1: 0 / 24 V OUT Digital signal 2: 0 / 24 V OUT Digital signal 3: 0 / 24 V OUT Digital signal 4: 0 / 24 V OUT
-
(*Legend) WH = White; BU = Blue; GY = Grey; BN = Brown; PK = PINK; YE = YELLOW; GN = Green;
SMW-electronics 29
M30-2
Inductive Coupling System
Application/customer benefits • Contact free, safe transmission of energy and signals between moving / rotating and stationary components • Application examples: Supply of sensors, supply and monitoring of remote systems, contactless battery charge (W-Charge), monitoring of door contacting, valve control, plug replacement • Dynamic Pairing • Wear and maintenance free • Protective functions: Temperature monitoring, foreign object detection, reverse polarity protection • Multi-level LED with good visibility Technical features • Mounting M30 x 1.5 • Operating voltage 24 V (18 ... 30 V) • Transmission distance 0 - 8 mm ■ Contact free transmission of energy and signals
Axial coupler
• Transmission of energy: 24 V / 12 W (500 mA) • Transmission of signals: 2 digital signals (PNP) • Connection: Remote female connector M12x1 (5-pin), base male connector M12x1 (4-pin) • Protection class IP 67 • Id. No. Base: 0E011600, Id. No. Remote: 0E011601
Block diagram:
PLC
24 V/12 W
Energy
2 digital signals
0 - 8 mm
Base
Remote
Signals
Subject to technical changes. For more detailed information please ask our customer service.
Function Base LED Power Color
Function Remote LED Coupling Color
Green / red
Green / red
Off » Unit not supplied with voltage (or undervoltage) On (green) » 24 V ok and remote unit has been detected Flashes 2 Hz green » 24 V ok but no remote unit detected Flashes 1 Hz green / red » Incompatible remote unit detected Flashes 2 Hz red » Foreign object detected Flashes 5 Hz red » Internal error
Off » Unit is not connected On (green) » Unit is connected, voltage output DC 24 V ok Flashes 2 Hz red » Unit is connected but short circuit at DC 24 V Flashes 5 Hz red » Internal error
Function
Function
LED Signal 1 Color
Yellow
LED Signal 1 Color
Off » Digital input 1 is not connected On » Digital input 1 is connected
Function
Yellow
LED Signal 2 Color
Off » Digital input 1 is not connected or no remote unit detected On » Digital input 1 is connected Flashes 2 Hz » Digital input connected but short circuit at the output Flashes 5 Hz » Overload voltage output remote unit
Yellow
Off » Digital input 2 is not connected On » Digital input 2 is connected
Function
Function
LED Signal 2 Color
Yellow
Out » Digital input 2 is not connected or no remote unit detected On » Digital input 2 is connected Flashes 2 Hz » Digital input connected but short circuit at the output Flashes 5 Hz » Overload voltage output remote unit
Function
30 SMW-electronics
M30-2
Inductive Coupling System
■ Stationary Unit - Base ■ Mobile Unit - Remote
Axial coupler
Base
Base / Remote:
2
3
B
5
1
D
E
C
4
Male connector 5-pin M 12 x 1
Remote
36
2
1
3
4
Female connector 4-pin M 12 x 1
Subject to technical changes. For more detailed information please ask our customer service.
Inductive coupling system 30-2
Base
Remote
SMW-electronics Type Id. No.
0E011600
0E011601
A B C D
mm mm mm mm mm mm mm
M30 x 1.5
98 52 13
E F
14.5
M12 x 1 / Male
M12 x 1 / Female
G
Ø 27 1.4301 / PA66 GF30 IP 67
Housing material Protection class Operating temperature Storage temperature Transmission distance Operating voltage Output voltage Power consumption (Base) Power output (Remote)
-20°C ... +60°C -20°C ... +80°C 0 mm ... 8 mm
24 V (18 ... 30 V)
-
-
24 V ± 10% DC
< 1.5 A
-
-
< 500 mA (750 mA
short term)
Overload protection / short circuit protection Residual ripple
-
< 200 mV
-
Reverse polarity protection Temperature monitoring Data-Valid Output Ready delay PIN assignment
150 mA
-
< 300 ms
Signal Base
Signal Remote
PIN 1
Supply voltage Digital signal Ground Digital signal Data-Valid
24 V IN
24 V OUT 0/24 V IN
2 3 4 5
0/24 V OUT
GND
GND
0/24 V OUT
0/24 V IN
DAV 24 V
-
SMW-electronics 31
M30-8
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: Supply of sensors, supply and monitoring of remote systems • Dynamic Pairing • Wear and maintenance free • Protection functions: Temperature monitoring, foreign object detection, reverse polarity protection • Multilevel LED function display with good Visibility Technical features • Mounting M30 x 1.5 • Operating voltage 24 V (18 ... 30 V) • Transmission distance 0 - 8 mm • Transmission of energy: 24 V / 12 W (500 mA) • Transmission of signals: 8 digital signals (PNP) • Connection: Remote female connector M12 (12-pin), base male connector M12 (12-pin) • Protection class IP 67 • Id. No. Base: 0E011602, Id. No. Remote: 0E011603
Block diagram:
PLC
8 digital signals
24 V/12 W
Energy
0 - 8 mm
Base
Remote
Signals
Subject to technical changes. For more detailed information please ask our customer ser Vice.
Function Base LED Power Color
Function Remote LED Coupling Color
Green / red
Green / red
Off » Unit not supplied with Voltage (or under Voltage) On (green) » 24 V ok and mobile unit has been detected Flashes 2 HZ green » 24 V ok but no mobile unit detected Flashes 1 HZ green / red » Incompatible mobile unit detected Flashes 2 HZ red » Foreign object detected Flashes 5 HZ red » Internal error
Off » Unit not connected On (green) » Unit connected, Voltage output DC 24 V ok Flashes 2 HZ red » Unit connected but short circuit at DC 24 V Flashes 5 HZ red » Internal error
Function
Function
LED Data Valid Color
Yellow
Off » No mobile unit detected On » Mobile unit detected and signals are transmitted 2 HZ » Short circuit on at least one of the outputs Flashes 5 HZ » O Verload Voltage output mobile unit
Function
32 SMW-electronics
Page 1 Page 2 Page 3 Page 4 Page 5 Page 6 Page 7 Page 8 Page 9 Page 10 Page 11 Page 12 Page 13 Page 14 Page 15 Page 16 Page 17 Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 26 Page 27 Page 28 Page 29 Page 30 Page 31 Page 32 Page 33 Page 34 Page 35 Page 36 Page 37 Page 38 Page 39 Page 40 Page 41 Page 42 Page 43 Page 44 Page 45 Page 46 Page 47 Page 48 Page 49 Page 50 Page 51 Page 52 Page 53 Page 54 Page 55 Page 56 Page 57 Page 58 Page 59 Page 60 Page 61 Page 62 Page 63 Page 64 Page 65 Page 66 Page 67 Page 68Made with FlippingBook Publishing Software