The Festo SMEO-1-S-LED-24-B is a magnetic reed proximity sensor from the B series, built for cylinder position sensing in pneumatic actuators. It runs on 24 V DC with a normally open switching output, rated for 1 A continuous and a maximum switching capacity of 27 W. The M8 3-pin connector makes it a quick plug-in replacement on Festo T-slot cylinders, and the IP67 rating means it'll survive washdown and dusty plant-floor conditions without a second thought. The LED status display gives you a visual confirmation of the switch state at a glance — handy when you're trouble-shooting a line that's down and don't want to chase a meter.
Festo SMEO-1-S-LED-24-B Proximity Sensor, Magnetic Reed, 24
Festo B series magnetic reed proximity sensor, SMEO-1-S-LED-24-B, 24 V DC, M8 3-pin connector, IP67, 1 A max output, LED status display.
Specifications
| Parameter | Value |
|---|---|
| Series | B series |
| Type | PROXIMITY SENSOR |
| Parameter | Value |
|---|---|
| Switching output | Normally open |
| Parameter | Value |
|---|---|
| Model | SMEO-1-S-LED-24-B |
| Weight | 20 g |
| Condition | New / Used |
| Shelf no. | 200105 |
| Connector type | M8 Connector, 3-pin |
| IP rating | IP67 |
| Operating voltage | 24 V DC |
| Measuring principle | Magnetic reed |
| Output current max. | 1 A |
| Switching capacity max. | 27 W |
| Diameter, housing length | 15.5 x 15 x 34 mm |
| Switching status display | LED |
| Ambient operating temperature | -20 … 70°C |
Product details
Frequently asked questions
What are the key ratings of the SMEO-1-S-LED-24-B?
It's a magnetic reed proximity sensor operating at 24 V DC, with a normally open switching output rated for 1 A and 27 W maximum switching capacity. It has an IP67 enclosure rating and an M8 3-pin connector.
Will the SMEO-1-S-LED-24-B drop into a panel specified around the SMEO-1-LED-24?
The SMEO-1-S-LED-24-B uses an M8 3-pin connector, while the SMEO-1-LED-24 uses a 2.5 m cable. It also runs on 24 V DC only, compared to the 12–27 V AC/DC range of the peer. You'd need to check the wiring interface and voltage compatibility before swapping.
