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.
File name | File type | Version | Language | Download |
---|---|---|---|---|
Operating instructions RFC-4800_analog |
PDF
|
517009.10 | xx | Download |
Operating instructions RFC-4800_analog |
05_XX
|
2020.05 | xx | Download |
Operating instructions RFC-4800_CANopen |
PDF
|
519962.01 | xx | Download |
Operating instructions RFC-4800_CANopen_Detail |
PDF
|
2016.01 | xx | Download |
Operating instructions RFC-4800_digital |
PDF
|
518843.04 | xx | Download |
Operating instructions RFC-4800_IO-Link |
PDF
|
2015.07 | xx | Download |
Operating instructions RFC-4800-TeachIn |
PDF
|
2010.06 | xx | Download |
Operating instructions RFx_Position marker |
PDF
|
517290.10 | xx | Download |
Operating instructions RFx_Position marker |
PDF
|
517290.07 | xx | Download |
Operating instructions rotary_digital_IOLink |
PDF
|
2020 | xx | Download |
File name | File type | Version | Language | Download |
---|---|---|---|---|
Application note
Application note
|
TXT
|
RFC-CANope |
|
Download |
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 |