USD 26.22
5mm slot sensor with NPN Dark-ON output and 2m cable. Ultra-slim 4.6mm design for high-precision limit detection and wafer carrier positioning.
The Omron EE-SX770A 2M is a compact, pre-wired slot-type photomicro sensor designed for reliable through-beam detection in dense industrial setups. It features a 5mm slot width, GaAs infrared LED light source, and NPN open-collector output operating in Dark-ON mode. This standard-shaped sensor includes a 2-meter cable, operates on a flexible 5 to 24 VDC power supply, and boasts a thin 4.6mm depth, making it ideal for tight spaces. Built-in load short-circuit protection and dual-sided indicator visibility enhance operational reliability.
| Parameter | Value |
|---|---|
| Sensing Distance | 5 mm (slot width) |
| Light Source | GaAs infrared LED (940 nm) |
| Supply Voltage | 5 to 24 VDC ±10% |
| Current Consumption | 12 mA max. |
| Control Output | NPN open collector, 100 mA max. |
| Operation Mode | Dark-ON |
| Response Time | Light-ON: 20 µs max, Dark-ON: 100 µs max. |
| Degree of Protection | IP60 |
| Dimensions | 18 mm (W) x 31.1 mm (H) x 4.6 mm (D) |
| Cable Length | 2 m |
Utilizes the precise 5mm slot width and fast response time of the photomicro sensor to detect gear teeth as they pass through the beam in fast-moving machinery.
Eliminates counting errors in high-speed rotary equipment by providing a fast, non-contact detection mechanism with a rapid 100µs Dark-ON response time.
Implemented along compact conveyor lines to verify the presence of opaque parts interrupting the infrared beam, triggering subsequent automated sorting steps.
Overcomes space constraints on densely packed assembly lines due to the sensor's ultra-thin 4.6mm depth while operating reliably on standard 24 VDC industrial power.
Integrates into robotic handlers to ensure precise alignment and seating of wafer carriers by detecting physical flags on the carrier framework.
Prevents misalignment and damage in delicate handling equipment, utilizing the dual-sided indicator for easy visual confirmation and reliable NPN signaling.
