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RFC48

RFC48

The two-part design consisting of sensor and magnetic position marker offers great flexibility when mounting. The absence of shaft and bearing makes the assembly much less sensitive to axial and radial application tolerances - separate couplings are obsolete. Measurements can be made transmissively through any non-ferromagnetic material. The sensor is perfectly suitable for use in harsh environmental conditions through the completely encapsulated electronics.

  • Touchless hall technology
  • Electrical range up to 360°
  • 2-part, mechanically decoupled
  • High protection class, IP67, IP69
  • Resolution up to 14 bit
  • Wear-free
  • Temperature range -40 °C to +105 °C
  • Single and multi-channel versions
  • Optimized for use in industrial and mobile applications with highest EMC requirements such as ISO pulses and high interferences to ISO 11452 and ECE-Standard
  • Suitable for safety-relevant applications according to DIN EN ISO 13849
  • Interfaces: Voltage, current, SSI, incremental, CANopen, SPI, IO-Link
To assemble the order, first select the desired instrument configuration.
RFC-48??-???-???-???
Mechanical version
Any
??
Any
??
Oval montážní holes - PV
51
Kulaté montážní holes
52
Oval montážní holes without disgnostiky - PV
53
Kulaté montážní holes without disgnostiky
54
Angle měření
Any
??
Any
??
30°
03
40°
04
50°
05
60° - PV
06
70°
07
80°
08
90°
09
100°
10
110°
11
120° - PV
12
130°
13
140°
14
150°
15
160°
16
170°
17
180° - PV
18
190°
19
200°
20
210°
21
220°
22
230°
23
240° - PV
24
250°
25
260°
26
270°
27
280°
28
290°
29
300°
30
310°
31
320°
32
330°
33
340°
34
350°
35
360° - PV
36
Output
Any
???
Any
???
24 VDC, output: 0,1...10 VDC, positive cw - PV
111
24 VDC, output: 0,1...10 VDC, negativí cw
112
24 VDC, output: 0,1...10 VDC, křížový cw - PV
113
24 VDC, output: 4...20 mA, positive cw - PV
121
24 VDC, output: 4...20 mA, negativní cw
122
24 VDC, output: 4...20 mA, křížový cw - PV
123
5 VDC, output: 0,25...4,75 VDC, positive cw - PV
211
5 VDC, output: 0,25...4,75 VDC, negativníí cw
212
5 VDC, output: 0,25...4,75 VDC, křížovýí cw - PV
213
5 VDC, output: 0,25...4,75 VDC, kříž. cw, red - PV
214
5 VDC, output: 0,5...4,5 VDC, positive cw
221
5 VDC, output: 0,5...4,5 VDC, negativní cw
222
5 VDC, output: 0,5...4,5 VDC, křížový cw
223
5 VDC, output: 0,5...4,5 VDC, křížový cw, redund.
224
12/24 VDC, output: 4...20 mA, positive cw - PV
321
12/24 VDC, output: 4...20 mA, negativní cw
322
12/24 VDC, output: 4...20 mA, křížový cw - PV
323
12/24 VDC, output: 4...20 mA, křížový cw, red - PV
324
12/24 VDC, output: 0,5...4,5 V, positive cw
341
12/24 VDC, output: 0,5...4,5 V, negativní cw
342
12/24 VDC, output: 0,5...4,5 V, křížový cw
343
12/24 VDC, output: 0,5...4,5 V, křížový cw, red.
344
12/24 VDC, output: 0,25...4,75 V, positive cw- PV
351
12/24 VDC, output: 0,25...4,75 V, negativní cw- PV
352
12/24 VDC, output: 0,25...4,75 V, křížový cw- PV
353
12/24 VDC, output: 0,25...4,75 V, kříž.cw,red - PV
354
Connection
Any
???
Any
???
4P cable, 0,5 m
201
4P cable, 1 m - PV
202
4P cable, 3 m - PV
206
4P cable, 5 m
210
4P cable, 10 m
220
4P cable, 0,5 m
251
4P cable, 1 m - PV
252
4P cable, 3 m - PV
256
4P cable, 5 m
260
4P cable, 10 m
270
3 vodiče, 0,5 m - PV
401
4 vodiče, 0,5 m - PV
411
6 vodičů, 0,5 m, redundadní - PV
421
Connector M12x1 on cable, 0,15 m - PV
501
Connector M12x1 on cable, 0,15 m - PV
551
Connector AMP on cable, 0,15 m
552
Selected combination is invalid
For the selected combination there are no devices in stock

Datasheets

File name File type Version Language Download
Datasheet RFC-4800
PDF
2018.04 en Download
Datasheet RFC-4800
PDF
2017.01 en Download
Datasheet RFC-4800
Dattenblatt RFC-4800
PDF
2016.05
Download
Datasheet RFC-4800
PDF
2014.01 en Download
Datasheet RFC-4800
PDF
2013.11 en Download
Datasheet RFC-4800
PDF
2012.02 en Download
Datasheet RFC-4800 Mob U
Datasheet RFC-4800 Mob Ratio
Datasheet RFC-4800 Mob I
Datasheet RFC-4800 Mob CANopen
Datasheet RFC-4800 Mob CAN
Datasheet RFC-4800 Industry U
Datasheet RFC-4800 Industry Ratio
Datasheet RFC-4800 Industry I
Dattenblatt RFC-4800 Industry I
Dattenblatt RFC-4800 Industry Ratio
Dattenblatt RFC-4800 Industry U
Dattenblatt RFC-4800 Mob CAN
Dattenblatt RFC-4800 Mob CANopen
Dattenblatt RFC-4800 Mob I
Dattenblatt RFC-4800 Mob Ratio
Dattenblatt RFC-4800 Mob U
PDF
2021.08
Download
Datasheet RFC-4800 Mob IRC
Datasheet RFC-4800 Industry SSI
Datasheet RFC-4800 Industry SPI
Datasheet RFC-4800 Industry IRC
Datasheet RFC-4800 Industry IOLink
Dattenblatt RFC-4800 Industry IOLink
Dattenblatt RFC-4800 Industry IRC
Dattenblatt RFC-4800 Industry SPI
Dattenblatt RFC-4800 Industry SSI
Dattenblatt RFC-4800 Mob IRC
PDF
2021.07
Download
Dattenblatt RFC-4800
PDF
2019.06 de Download
Dattenblatt RFC-4800 CAN J1939 12 24V
PDF
2022 de Download
Datasheet RFC-4800 600
PDF
2015.08 en Download
Datasheet RFC-4800 700
Datasheet RFC-4800 600
Dattenblatt RFC-4800 600
Dattenblatt RFC-4800 700
PDF
2006.11
Download
Datasheet RFC-4800 CAN J1939 12 24V
PDF
2022 en Download
Datasheet RFC-4800 CAN J1939 12 24V
PDF
2020.01 en Download
Datasheet RFC Positionmarker
PDF
2017.01 en Download
Datasheet RFC Positionmarker
Dattenblatt RFC Positionmarker
PDF
2016.05
Download
Datasheet RFC Positionmarker
PDF
2015.06 en Download
Datasheet RFC Positionmarker
Dattenblatt RFC Positionmarker
PDF
2006.11
Download
Datasheet Accessories_Rotary_Sensors
Dattenblatt Zubehoer_Winkelsensoren
PDF
2015.06
Download
Datasheet Connector_System_M8
Dattenblatt Anschlusstechnik_M8
PDF
2014.09
Download
Datasheet Connector_System_M12
Dattenblatt Anschlusstechnik_M12
PDF
2014.09
Download
Datasheet Connector_System_M16
Dattenblatt Anschlusstechnik_M16
PDF
2014.09
Download
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Application notes

File name File type Version Language Download
Application note
Application note
TXT
RFC-CANope
Download
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CAD

File name File type Version Language Download
RFC-05
DXF
2016 xx Download
RFC-48_Zus.Bl.2-03
DXF
2016 xx Download
RFC-48-04
DXF
2016 xx Download
RFC
PDF
position m Download
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