The IFM E10584 spacer is a 3 mm mounting accessory for compatible inductive sensors. It helps provide controlled mechanical spacing and stable sensor positioning during machine installation. The compact design is suitable for industrial automation, machine building and maintenance applications where precise sensor mounting arrangements are required.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
The E10584 provides a dedicated 3 mm spacing solution for compatible inductive sensors. It is designed to assist with sensor installation where a small amount of additional mechanical clearance or positioning adjustment is required.
The spacer helps establish a consistent mounting position for inductive sensors. Maintaining appropriate mechanical positioning can support repeatable detection and help prevent unwanted interference between the sensor and surrounding machine components.
Its compact construction makes it suitable for integration into automation equipment. The accessory can help machine builders achieve the required sensor installation geometry without designing separate mounting components.
The spacer can also be used during sensor replacement or servicing. Using a compatible mounting accessory helps maintain the intended installation arrangement when components are changed.
Designed for inductive sensors
3 mm mounting arrangement
Compact spacer design
Supports sensor positioning
Helps provide mechanical clearance
Suitable for machine building
Useful for sensor installation
Supports maintenance work
Simple mechanical accessory
IFM original component
Inductive sensing
Machine automation
Position detection
Industrial equipment
Sensor installation
Machine building
Factory automation
Maintenance applications
| Specification | Details |
|---|---|
| Product code | E10584 |
| Product type | Spacer / mounting bracket |
| Sensor type | Inductive |
| Mounting size | 3 mm |
| Function | Sensor spacing |
| Application | Industrial automation |
| Brand | IFM |