
High Precision Positioning Inductive Proximity Sensor
E2C-EDA
Proximity Sensor with Separate Amplifier Enables Easily Making High-precision Sensitivity Settings.
An Impressive Lineup of Sensor Heads to Handle a Wide Variety of Applications
An Array of Heads
Flexible Cables Provided as a Standard Feature
The lineup includes some Sensor Heads as thin as 3-mm in diameter and others that are thin and flat. Narrow installation spaces are not a problem for these models. Still other Sensor Heads are heat resistant or rated IP67 for superior environmental resistance. These models are capable of high-resolution sensing even in harsh environments.
With flexible cables connecting the Preamplifier to the Amplifier,installation on moving parts is never a problem. The twin-output models can also output an open-circuit alarm. In that rare instance where the cable breaks, the E2C-EDA can then send out an alarm that greatly simplifies the task of locating the faulty Sensor.
High-resolution Sensing Unaffected by Environmental Swings (Industry Leaser)
Excellent temperature characteristics at 0.08%/C (5.4-mm dia. Sensor Head)
In addition to repeat accuracy of 1-?m or better, the temperature characteristics of the E2C-EDA are flat. This means that environmental factors, such as temperature swings in the morning and at night, will not affect high-resolution positioning and screening.
Simple and Reliable Measurements with Micron-level Resolution (Industry First)
Two Clear, Large, and Easy-to-Read Digital Displays
The E2C-EDA features two large, easy-to-read digital displays.Since the digitized detected and threshold values can be checked at the same time, settings are simple and reliable for just about anyone. Various teaching methods are also available for settings that cannot be made consistently by different operators.
Digital Display Simplifies Installation and Settings
In the stable sensing zone, the E2C-EDA generally
reads 1,500 or higher (see note 2). This way you can tell at a glance whether the current installation and settings are within the optimal range.
Note 2: This reading is only a guideline because there may be some variation between Sensors. Also refer to the Engineering Data because values may vary with non-standard objects.
Support for High-resolution Positioning and Screening (Patent pending)
Fine Positioning Maximizes Digital Changes
Fine Positioning maximizes changes in the digital value as you get closer to the sensing point. More precise sensing can be achieved by executing Fine Positioning with the workpiece positioned at the point to be maximized.