Omron E2E-X2B2L8-M5 Threaded Barrel Inductive Proximity Sensor, M8 PNP E2E 30V dc 2 mm 30 V dc 200mA

Omron E2E Series Proximity Sensor, 2mm Detection Range, M8 Thread size - E2E-X2B2L8-M5

This proximity sensor is an inductive sensor designed for precise detection across various industrial applications. Featuring a compact M8 threaded barrel style, it provides a detection range of 2mm. The sensor operates within a supply voltage of 10 to 30 V DC and is constructed from durable stainless steel, making it ideal for challenging environments. With an impressive operational temperature range between -25°C to +70°C, it meets diverse operational demands in automation and machinery.

Features & Benefits

• Shielded design minimises interference from external electrical noise
• Flush mount capability allows for seamless integration into machinery
• High-performance sensor with a 2mm detection range for accurate operations
• Robust stainless steel housing ensures longevity in demanding conditions
• Reverse polarity protection enhances reliability and reduces failure risks

Applications

• Utilised in automation systems for position detection
• Effective for detecting metallic objects in assembly lines
• Suitable for use in harsh industrial environments with cutting fluids
• Integrated into robotic systems for precise part detection
• Implemented in packaging machines for product alignment

How does the design of this sensor enhance installation in tight spaces?

The compact M8 form factor allows for easy installation in confined areas. Its flush mount capability ensures that it can be embedded into surfaces without protruding, maximising space efficiency.

What environmental conditions can this sensor withstand?

The sensor is designed to operate in extreme temperatures ranging from -25°C to +70°C, suitable for various industrial environments. Its stainless steel construction also provides resistance to moisture and cutting oils, ensuring reliable operation.

How does this sensor prevent false detection in vibrating machinery?

The advanced inductive technology within the sensor significantly reduces the impact of vibrations, maintaining stable detection even when the equipment experiences movement. This minimises the chances of incorrect readings during operation.