USD 23.31
Omron E3FA-DN13 2M is a pre-wired NPN diffuse sensor with 1 m red LED sensing, selectable Light-ON/Dark-ON and IP67/IP69K protection.
The Omron E3FA-DN13 is a straight-type diffuse-reflective photoelectric sensor with NPN output and 2 m pre-wired cable. Omron specifies a 1 m sensing distance for a 300 × 300 mm white target, a 624 nm red LED, selectable Light-ON/Dark-ON operation, 0.5 ms response and IP67/IP69K protection. Current supply status is not established by the consulted manufacturer material and is recorded as Unknown.
A straight cylindrical NPN diffuse sensor with 1 m red-light sensing and 2 m pre-wired cable.
| Parameter | Value |
|---|---|
| Sensor type | Straight-type diffuse-reflective photoelectric sensor |
| Housing | Plastic E3FA housing; ABS case |
| Sensing distance | 1 m (300 × 300 mm white paper target) |
| Light source | Red LED, 624 nm |
| Output | NPN open collector; Light-ON/Dark-ON selectable by wiring |
| Power supply | 10–30 VDC; ripple 10% p-p max. |
| Current consumption | 25 mA max. |
| Control output | 30 VDC max. load supply; 100 mA max. load current; residual voltage 3 V max. |
| Response time | 0.5 ms |
| Operating / storage temperature | −25 to +55 °C / −40 to +70 °C, no icing or condensation |
| Ambient humidity | Operating 35–85% RH; storage 35–95% RH, no condensation |
| Protection | IP67 (IEC); IP69K (DIN 40050-9) |
| Connection | Pre-wired cable, 2 m |
| Physical Weight (kg) | Approx. 0.050 kg, sensor only |
| Dimensions L x W x H (cm) | Not stated numerically in consulted specifications |
| Supply status | Unknown; current manufacturer lifecycle state not established |
Engineering suggestions require suitability checks for your installation.
A line may need a non-contact signal when objects pass a defined station.
Evaluate the 100 mm red-light sensing distance and selectable output mode on the actual object surface and background.
A fixture may need to confirm that a component has reached a fixed working position.
The sensor can provide an NPN switching signal after verifying target reflectivity, alignment and ambient-light conditions.
