USD 34.51
Compact diffuse-reflective photoelectric sensor with a 5mm to 100mm sensing range and PNP output. Features an 860nm infrared LED, 1ms response time, and a rugged IP67/IP69K-rated PBT housing.
The Omron E3Z-D81 2M is a general-purpose, compact diffuse-reflective photoelectric sensor with a built-in amplifier. Designed for reliable non-contact object detection, it features a 5 to 100 mm sensing range and utilizes an infrared LED (860 nm) light source. Housed in a durable thermoplastic P.B.T. enclosure with an IP67 and IP69K rating, it is highly resilient against water washdowns and dust, making it ideal for harsh industrial environments. The sensor operates on a 12 to 24 VDC supply, providing a versatile PNP open-collector output with selectable Light-ON/Dark-ON modes and a rapid 1 ms response time. It is pre-wired with a 2-meter cable for direct integration into automation control systems.
| Parameter | Value |
|---|---|
| Sensor Type | Diffuse-Reflective [1.1] |
| Sensing Distance | 5 to 100 mm |
| Output Configuration | PNP Open Collector |
| Operating Mode | Light-ON / Dark-ON (Selectable) |
| Supply Voltage | 12 to 24 VDC ±10% |
| Response Time | 1 ms max. |
| Current Consumption | 30 mA max. |
| Light Source | Infrared LED (860 nm) |
| Degree of Protection | IP67, IP69K |
| Operating Temperature | -25°C to 55°C |
Detects the presence of cartons or products on fast-moving conveyors without the need for an opposing reflector.
Eliminates the spatial constraints of installing retroreflectors while providing consistent detection at up to 100mm, even in dusty packaging environments.
Monitors bottles or containers on processing lines that are subjected to frequent high-pressure washdowns.
Prevents sensor failure from water ingress and chemical exposure during cleaning cycles, ensuring continuous line operation.
Verifies the presence and correct positioning of components within a robotic assembly fixture or gripper.
Fits into tight spaces while reliably interfacing with the robot's logic controller without being affected by ambient factory lighting.
