Omron E3ZM-D82 2M Фотоэлектрический датчик

Omron E3ZM Series Photoelectric Sensor, 1m Detection Range, PNP Output - E3ZM-D82 2M

This photoelectric sensor is engineered to enhance detection capabilities in various industrial settings. Designed in a compact block style, it features a durable stainless steel housing, ensuring robust protection against harsh environments. With an impressive detection range of up to 1m and a rapid response time of 1ms, this sensor is ideal for continuous operation across a wide temperature spectrum, operating effectively from -25°C to +55°C.

Features & Benefits

• Compact SUS 316L housing provides robust mechanical protection
• Tested for chemical resistance to ensure longevity in demanding conditions
• IP67/IP69K rating protects against dust and high-pressure water
• High-speed response time of 1ms supports efficient detection
• PNP output allows compatibility with various industrial control systems
• Infrared LED sensor delivers accurate detection over the specified range

Applications

• Used in automated packaging systems requiring precise counting
• Suitable for assembly line monitoring in manufacturing environments
• Incorporated in robotic systems needing reliable object detection
• Ideal for bottling and food processing to maintain hygiene

How does the housing material impact the sensor's performance?

The stainless steel housing enhances durability, ensuring the sensor withstands exposure to chemicals, high-pressure washdowns, and temperature variations, effectively prolonging its service life.

What are the electrical connection requirements for optimal performance?

It operates on a 10 to 30 V DC power supply with a 3-wire cable, allowing easy integration into existing systems while maintaining consistent performance under varied voltage conditions.

Can adjustments be made for sensitivity and operational modes?

Yes, the sensor features a one-turn sensitivity adjustment and operational mode selection switch, enabling tailored setups for specific applications and varying detection requirements.