Bending radius (mm): R10.
Amplifier Units.
Power supply/Output: DC/(NPN).
Timer function: Yes.
Self-diagnostic output: Yes.
Separate Amplifier Sensor with.
Sensitivity Adjustment.
Compact design with smaller Sensor Head.
Heat-resistance model available for application between.
-10 and 200°C. Appearance: Shielded, M30 E32-T16W.
Sensing distance: 10 mm.
Output: NPN.
Model: Operation mode NC.
Aluminum and Iron Both
E32-T16W
Detectable from Long Distances. Sensing method: Convergent reflective.
Connection method: Pre-wired (2 m).
Sensing distance : 10 to 60 mm .
function Timer: With .
Model: NPN output.
Reliable Detection Unaffected by PCB.
Holes or Notches.
High-limit E3S-LS3@ is suitable for incorporation in devices E32-T16W.
Wide-range E3S-LS3@W is ideal for detecting tall components,
mounted on boards.
Timer function models available. Size: M12 (Brass); Single; Unshielded.
Sensing distance: 10 mm.
Connecting method (See note 1.): M12 Connector.
Body length: Short.
Output configuration: PNP.
Operation mode NC.
A new generation in global applications. Size: M12 (brass), single distance, non shield type.
Detection range: 5mm E32-T16W.
Connection mode: lead type (cable length is 2M and 5m two).
Thread length: long thread type.
Output type: NPN.
Action mode NC.
Set up the new standard of the world economy proximity sensor.
OMRON as a pioneer and leader in proximity sensor industry,
Now bring you a new E2B proximity sensor with high performance to price ratio.
This series of products are complete,
Aimed at reasonable prices to meet customer demand for high quality and high reliability of the sensor.
We have tested the product not only on the protection level (IP67) sspecific item,
The oil spray test was carried out on the condition of the work site E32-T16W.
Simulation test was carried out in the environment of high oil mist concentration. Size: M12 (Brass); Double; Unshielded.
Sensing distance: 8 mm.
Connectting method (See note 1 E32-T16W. ): M12 Connector.
Body length: Long.
Output configuration: NPN.
Operation mode NC.
A new generation in global applications.