Proximity Sensors DC 3-Wire Models [Quadruple distance m e model of M12 sized] Exceptional sensing range* Enables easier and standardized design * Based on December 2018 OMRON investigation.

Proximity Sensors E2E NEXT Series Enables easier and standardi previously not possible PREMIUM Model Easy design Standardized design Exceptional sensing range The PREMIUM Model, which has a longer detection range compared to Quadruple distance model previous models, allows for more spacious designs with less risk of contact. It also enables you to standardize your designs by letting you adopt a single one-size model instead of multiple models of different sizes. *1. Based on December 2018 OMRON investigation. *2. Quadruple distance models of M12 sized BASIC Model Double distance model In addition...

zed designs New standards for usability Early error detection location, all new E2E Sensors can be monitored P.8 with IO-Link Quick recovery second replaceable with e-jig (adaptor) degree view with high visibility LED indicator Less unexpected facility stoppages Strong resistance to cutting oil *3. Pre-wired models and pre-wired connector models.

Proximity Sensors E2E NEXT Series PREMIUM Model Equipped with exceptional sensing range* Easy design to enable collision-free sensor installation Enables designs with more distance between the sensor and the sensing object, thereby reducing unexpected facility stoppages due to collision and false detection, which occurred with previous proximity sensors. Previous models [ [Qu [Q adruple distanc [Quadruple distance ce models of M12 sized] sized] mod l models f M12 size ] ize Exceptional sensing range* * Based on December 2018 OMRON investigation. ased d December Decemb OMRON investiga O nvestigatio...

Allows for more spacious design with less risk of contact With previous models, to avoid false detections, you were forced to adopt sensor installation designs that risked contact. The E2E NEXT PREMIUM Proximity Sensor can detect accurately from a greater distance, which means you can adopt designs with more space and less risk of contact. ■Approximately double the sensing distance of previous models Sensing distance comparisons Shielded (Quadruple distance models) Previous models E2E NEXT Previous models Previous models Previous models Exceptional sensing range* * Based on December 2018 OMRON...

6 ! Proximity Sensors E2E NEXT Series PREMIUM Model Standardized design Exceptional sensing range'1 allows you to standardize your design with a single one-size model Ensures equivalent sensing distance while being one size smaller than previous models. Equipment and facilities formerly designed to use sensors of multiple sizes can now be designed to use sensors that are all the same size, allowing you to standardize your designs. Previous models Two different types of hole designs were required for the sensing distance of 4 mm and 8 mm. Required sensing distance 4 mm Required sensing distance...

Easy to install, even where space is limited E2E NEXT PREMIUM Model Proximity Sensors ensure equivalent sensing distance while being one size smaller than previous models, allowing you to install them in spaces where conventional sensors were too big to fit. Proximity sensors could not be installed due to limited space. Size comparisons between models with equivalent sensing distance (”E2E NEXT" refers to quadruple distance models) Sensing distance Sensing distance Sensing distance Sensing distance Sensing distance Previous models The extended range of the new sensors allows you to reduce the...

Proximity Sensors E2E NEXT Series PREMIUM Model BASIC Model BASIC Model Early error detection Enables facility designs that allow for early discovery of the site and substance of failure Less time required from failure to recovery (MTTR: Mean Time To Recovery). Excessive proximity Detects sensor failures through two output types, NO and NC Enables failure discovery by wiring two outputs, NO and NC. When NO cable is disconnected Normal operation +V NC 0V Failure occurred

Enables real-time identification of the site and substance of sensor failure from a single location * Screen is a conceptual illustration. Sensor No.12 is too close to the sensing object. By using the IO-Link Master to connect proximity sensors to your controller, you can use your monitor (HMI) for early discovery of the site and substance of proximity sensor failures. IO-Link Master Enables predictive maintenance through condition monitoring Connecting sensors with controllers using IO-Link Master enables to send information necessary for stable operation to host devices. This enables condition...

Proximity Sensors E2E NEXT Series PREMIUM Model BASIC Model * Applies only to the description of the high-brightness LED indicator. Quick recovery Enables facility designs that allow for quick recovery in case of failure Less time required from failure to recovery (MTTR: Mean Time To Recovery). All around visible high-brightness LED indicator Adopts high-brightness LED that is more luminous and visible than those in previous models. The indicator is visible from all angles, reducing the time required for operation checks after sensor replacement. Visible even in areas deep inside the equipment,...

Replacements in as little as 10 seconds* using e-jig Using e-jig eliminates the need for adjustment so that anyone can install in the same position. Previous models A lot of time required to adjust to the optimum distance. Adjustment position varies depending on the worker’s skill and makes detection unstable. 2. Check the detection status with the workpiece. Repeat steps 1 to 3 until detection is stabilized. 1. Fasten the sensor temporarily. 3. Loosen the nut and adjust the distance. Replacement time reduced significantly to approx. 10 sec.* Eliminating the need for adjustment allows for installation...

Proximity Sensors E2E NEXT Series PREMIUM Model BASIC Model Less unexpected facility stoppages Excellent environmental resistance enables robust facility design Reduces sudden facility stoppages by reducing the number of failures, even in severe environments. Unexpected component failures: Approx. 30 % are caused by cutting oil. es Other causes Voltage or noise Dust, dirt, or spatter Temperature ■Environmental Causes of Component Failures (Based on June 2016 OMRON investigation.)