Procurement managers rarely finalize E2K-F10MC1-A-2M without reviewing Omron SMPS 24V 10A, E2B M12Ks04 Wp B1 and IFM Proximity Sensor, ensuring that the chosen component meets budget, compliance, and delivery conditions.
Omron E2K-F10MC1-A 2M Proximity Sensor
The Omron E2K-F10MC1-A 2M Proximity Sensor offers Square, Capacitive, Unshielded, 10 mm Sensing distance, DC 3-wire NPN NO, Pre-wired 2 M Cable , 12 to 24 VDC Power supply voltage, IP66 Protection. Manufactured by Omron under the Omron Proximity Sensors category, this model belongs to the Omron E2K Series.

| Brand | Omron |
| Product | Proximity Sensors |
| Model Number | E2K-F10MC1-A 2M |
Omron E2K-F10MC1-A 2M Proximity Sensor - Technical Specifications
| Specification | Value |
|---|---|
| Sensor | Square, Capacitive |
| Sensing Distance | 10 mm |
| Setting Distance | 0 to 7.5 mm |
| Output Configuration | DC 3-wire NPN |
| Operation Mode | NO |
| Connection | Pre-wired 2 M Cable |
| Degree Of Protection | IP66 |
The Omron E2K-F10MC1-A 2M is typically considered together with other sensors in the E2K-F Flat Capacitive Sensor family because they follow similar mounting patterns, supply ranges, and adjustment behaviour. In practice, engineers often review related models such as Omron E2S-Q21 5M (Compact Square Type, 2.5 mm sensing, Unshielded, DC 2-Wire, NO, Pre-wired 5 M Cable), Omron E2S-W24 1M (Compact Square Type, 2.5 mm sensing, Unshielded, DC 3-Wire NPN, NC, Pre-wired 1 M Cable), and Omron E2S-W21 5M (Compact Square Type, 2.5 mm sensing, Unshielded, DC 2-Wire, NO, Pre-wired 5 M Cable) when selecting the most suitable variant for a tank, chute, conveyor, or compact fixture location. Comparing type, usable sensing distance, mounting style, output configuration, switching mode, and connection method helps match each sensor to the available mechanical space and wiring layout. The E2K-F10MC1-A 2M fits naturally into panels, machine frames, dosing systems, and process equipment where a robust Omron Flat Capacitive Sensor is required for repeatable switching.




