Optical system: Diffuse reflective.
Beam shape: Spot beam.
Sensing distance: 50±10mm.
Resolution: 1.5µm.
Stable, Easy & Affordable.
New Regular-reflective Sensor Head.
Designed for Optimal Wafer Measurement. Field of view: Wide View (Short-distance).
Number of pixels: 350,000 pixels.
Color: NPN E32-T12R OMRON.
Field of view/Installation distance: Refer to figure 4 on p.20.
Inspection capabilities, camera options,
and communication options -- this powerful,
heavy weight has it all
E32-T12R
This Vision Sensor provides all of the best-selling,
features found in high-end models without the,
need as in vision system for a separate controller.
This new Smart Camera was designed to attract,
potential customers to try the FQ2 Series E32-T12R OMRON. Small, easy to use.
Detection method: Regression reflection type.
Shape: horizontal type.
Connection mode: lead wire.
Detection distance: 1 meters of red light.
Output mode: NPN output. Appearance: Unshielded, 30 × 30.
Sensing distance: 12 mm.
Model: Operation mode, NC.
A Wealth of Models for All Types of.
Applications.
Easy installation, high-speed pulse generator, high-speed,
rotation control, and more E32-T12R OMRON.
Direct mounted to metal (-N Models).
A wealth of models ideal for limit control, counting control,
and other applications (-N Models). Measuring range: 40±6mm.
Spot diameter: 80µm dia.
Static resolution: 0.25µm.
To achieve a compact Sensor Head and high-resolution measurements,
the ZW Series uses a white light confocal principle to detect objects.
This principle is described below. Shape: Flat.
Dimensions: 30 x 14 x 4.8 mm.
Sensing distance: 4 mm.
Resolution: 1 μm.
High-accuracy Detection of Metal Workpiece Displacement E32-T12R.
Sensor Heads support a wide variety of applications.
Linearity can be adjusted for non-ferrous metals,
such as SUS and aluminum, using the material selection function.
Simple linearity compensation (teaching).
Easily perform calculation for two Sensors by using a Calculating Unit E32-T12R.
Prevent mutual interference for up to five Units by using a Calculating Unit.