Accessories
Overview OMRON provides Attachments to facilitate mounting, Protective Accessories, and Mounting Brackets. Y92[] Description Mounting Brackets, Mounting Sleeves and Protective Covers
Others
Overview Proximity Sensors are also available for special applications in long-distance models, and slim models are available for use combined with Proximity Sensors. TL-L Description Detection Distance of 100 mm for Both Ferrous and Non-ferrous Substances. GLS Description Easy-to-use, Simple
Capacitive
Overview Capacitive Proximity Sensors can be used to detect non-metal objects, such as liquids and plastics E2K-C Description Long-distance Capacitive Sensor with Adjustable Sensitivity E2K-X Description General-purpose Threaded Capacitive Sensor E2K-F Description Flat Capacitive Sensor with a Thickness of Only
Separate Amplifier
Overview With these Proximity Sensors (high-frequency oscillation), the Amplifier and Sensor Head are separated to enable downsizing and facilitate adjustment. E2CY-SD Description Achieve stable detection of non-ferrous metals such as aluminum, copper, and stainless steel. E2EC-M / -Q Description Improved
Rectangular
Overview These Proximity Sensors use high-frequency oscillation. There are available in a wide range of sizes to enable selection to match the installation location. E2S Description Advanced Performance and Wide Range of Selections in a Supercompact Size TL-W Description Standard
Cylindrical
Overview These Proximity Sensors use high-frequency oscillation. They resist heat, chemicals, and water better than Rectangular Sensors. They are available in both shielded and unshielded models. E2B Description Perfect fit for standard environments E2E (Small-diameter) Description Ultra small size, but
Peripheral Devices
Overview Accessories required by Rotary Encoders are provided, including Couplings, Flanges, and Servo Mounting Brackets. E69-[] Description Couplings, Flanges and Servo Mounting Brackets
Direct Discrimination Unit
Overview A Direction Discrimination Unit accepts phase difference signal from the Encoder to detect the direction of rotation. Either voltage or open-collector outputs can be connected. E63-WF Description Detects the Rotary Encoder Direction
Absolute
Overview Absolute Encoders output the rotational angle using an absolute code. The rotational position can be detected by reading the code. This eliminates the need to return to the origin at startup. E6CP-A Description General-purpose Absolute Encoder with External Diameter
Incremental
Overview Incremental Encoders output a pulse string according to the rotational displacement of an axis. The number of rotations can be detected by counting the number of pulses. E6A2-C Description Compact Encoder with External Diameter of 25 mm E6B2-C Description