The OMRON E2E-X10B4-IL2 5M

The OMRON E2E-X10B4-IL2 5M is a high-performance inductive proximity sensor designed for reliable detection in various industrial environments. This sensor features a robust brass-nickel construction with a short body and an M30 size, making it suitable for applications where space is limited.

Key Features:

• Sensing Range: The sensor offers a sensing distance of 10 mm ±10%, allowing for precise detection of objects.
• Switching Type: It operates with a PNP NO/NC switching type, providing flexibility in different applications. The factory setting is NO (normally open), but it can be configured for NC (normally closed) operation.
• Power Source: It uses a DC three-wire connection, ensuring simple integration into existing systems.
• Shielded Design: The shielded design helps reduce electromagnetic interference, enhancing the sensor's reliability in noisy environments.
• Material and Durability: The oil-resistant coating protects the sensor from harsh conditions, ensuring long service life.
• Setting Distance: The setting distance is adjustable from 0 to 8 mm, allowing for customization based on specific application needs.

Benefits:

• Reliability: The sensor is designed to withstand challenging industrial conditions, ensuring consistent performance.
• Versatility: With its adjustable settings and versatile switching capabilities, it can be adapted to various applications.
• Safety and Compatibility: The sensor complies with relevant safety standards and is compatible with a wide range of industrial systems, ensuring safe and seamless integration.

Technical Specifications:

• Brand/Manufacturer: OMRON
• Manufacturer Part Number: E2E-X10B4-IL2 5M
• Sensing Distance: 10 mm ±10%
• Operation Mode: NO/NC Selectable (Factory Setting: NO)
• Power Source: DC Three-wires
• Sensing Head Size: M30
• Material: Brass-nickel
• Body Type: Short
• Shielding: Shielded
• Resistance: Oil-resistant

With its robust design and advanced features, the OMRON E2E-X10B4-IL2 5M is an excellent choice for industries requiring reliable and precise object detection.