Inductive Proximity Sensors Series with Exceptional Sensing Range - Allowing Standardize Designs

Features

  • E2E NEXT inductive proximity sensors include a full range of 1x, 2x, 3x, and 4x distance sensors to meet the needs of any application (3-wire DC).
  • Eliminate unexpected equipment downtime caused by target and sensor colliding.
  • Available in shielded and unshielded styles.
  • Choose from 2-wire and 3-wire types for DC
  • 3-wire PNP are IO-Link compatible.
  • High-brightness LED, the indicator is visible anywhere from 360°.
  • IP69K compliant for high pressure high temperature water jets.

Versatile Connections

Improve cable management with QD connectors featuring Omron's Smartclick technology. Easily route cables to junction boxes, reduce wiring errors, and enable fast, sensor replacement

OMRON's unique lock mechanism (Smartclick) that is compatible
with round M12 connectors. Simply insert the connectors, then turn them approximately 1/8 of a turn to lock.s.

Downsized Sensor Enhances
Flexibility in Facility Design

The extra-long sensing distance makes it possible to address size-limited applications with smaller form factor sensors. Longer sensing distance enables one size smaller sensor with the same sensing distance, so you can add more sensors to your process saving space and improving reliability


The previous M12 shielded model had 3mm of sensing distance, the new E2E-NEXT M12 shielded model, with 4X increased range, has 9mm of sensing distance!


High-brightness LED's provide 360 degree indication visibility regardless of sensor orientation. 

E2E NEXT series Proximity Sensors
use PVC cables with enhanced oil resistance,
and have been evaluated according to IP67G. This high-resistance to cutting oils reduces sensor failures by approx. 30%

Sensor downsize using your existing bracket

The 'Quick Fix' mounting adapter makes the transition using the existing mounting bracket designed for a larger sensor to a smaller E2E NEXT sensor, with longer sensing distance, fast and easy to get you back on-line - while increasing sensing reliability 

Less sensor chattering caused by high machine vibration 

When the workpiece position varies or there is deflection, the risk of collision is greatly reduced

"Thermal noise free" technology that enables long-distance detection

When you tried to increase the sensing distance of proximity sensors by conventional technologies, the change of ambient temperature greatly influenced and it was impossible to use those sensors at actual production sites. The newly developed technology by OMRON, “Thermal Noise Free” technology, minimizes the characteristics change due to temperature by high-precision compensation and enables long-distance detection.

IO-Link monitors sensor performance to reduce potential downtime

By checking the sensor conditions you can easily detect mistakes such as misconnected or unconnected sensors and installation errors. It is possible to program multiple sensors once. Contact Ramco for details of Omrons expansive IO-Link products

Resources

E2E NEXT Brochure