The IFM E10806 is a mounting sleeve with an end stop for M12 cylindrical sensors. It uses an M16 × 1 thread and a 12 mm internal diameter. The 34 mm sleeve length provides a defined mounting position for compatible sensors. Its brass construction with white-bronze coating provides a durable mechanical mounting interface. Two supplied nuts simplify installation and secure the sleeve in position.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
The integrated end stop provides a fixed reference for M12 sensor installation. This helps maintain consistent sensing-face positioning during installation and replacement. IFM specifies alignment of the sensor sensing face to the right according to the scale drawing. The mechanical stop reduces the need for repeated manual adjustment. This makes the sleeve useful for repeatable machine sensor installation.
The E10806 uses a brass body with white-bronze coating. Its M16 × 1 thread provides the mounting interface, while the internal diameter is 12 mm. The sleeve has a 34 mm installation dimension. Two brass nuts are supplied for securing the mounting position. The specified tightening torque is 7 Nm, with 20 Nm for the lock nuts.
The end-stop design allows sensors to be removed and replaced using a defined mechanical reference. This can reduce alignment work during machine maintenance. The threaded mounting arrangement also allows secure installation into compatible mounting structures. The compact design is suitable for industrial automation equipment. It is particularly useful where sensor position must remain repeatable after replacement.
M12 sensor mounting sleeve
Integrated end stop
M16 × 1 thread
12 mm internal diameter
34 mm sleeve dimension
Brass construction
White-bronze coated finish
Two supplied nuts
7 Nm tightening torque
20 Nm lock-nut torque
Defined sensor position
Sensor face alignment reference
Repeatable replacement
Industrial mounting design
Single-piece pack
M12 cylindrical sensors
Industrial automation
Factory machinery
Sensor positioning
Machine monitoring
Position detection
Sensor replacement systems
Production equipment
Mechanical fixtures
Industrial retrofits
The integrated end stop establishes a fixed mechanical reference for the sensor. This helps maintain consistent sensor positioning between installation and replacement. Reduced adjustment requirements can improve maintenance efficiency. The sleeve is especially useful where sensor position directly affects detection reliability. It provides a straightforward mechanical solution for repeatable sensor mounting.
The coated brass body provides a robust threaded mounting interface. The supplied nuts allow the sleeve to be locked securely after positioning. The 12 mm internal diameter is designed around the intended M12 sensor size. The compact 34 mm dimension allows integration into machine structures. The E10806 is suitable for demanding industrial sensor installations.
| Specification | E10806 Details |
|---|---|
| Product | Mounting sleeve with end stop |
| Order number | E10806 |
| Product designation | FIXING/M12/BASIC/MS/END STOP |
| Product category | Mounting sleeve |
| Sensor type | Cylindrical sensor |
| Sensor size | M12 |
| End stop | Yes |
| External thread | M16 × 1 |
| Internal diameter | 12 mm |
| Sleeve dimension | 34 mm |
| Body material | Brass |
| Surface finish | White-bronze coated |
| Nut material | Brass |
| Nut finish | White-bronze coated |
| Supplied nuts | 2 |
| Tightening torque | 7 Nm |
| Lock-nut torque | 20 Nm |
| Weight | 49.7 g |
| Installation instruction | Align sensing face right |
| Mounting type | Threaded |
| Position reference | Integrated end stop |
| Replacement function | Defined sensor replacement |
| Application | Industrial automation |
| Construction | Cylindrical sleeve |
| Mechanical fixation | Threaded sleeve and nuts |
| Pack quantity | 1 piece |
| Sensor positioning | Defined |
| Maintenance feature | Repeatable replacement |
| Manufacturer | IFM electronic |
| Article status | Phase-out article |