Omron Silindir Endüktif Sensör Algılama Menzili:8 mm, 53mm, PNP-NO, 12 → 24 V dc, IP67

Omron E2B Series Proximity Sensor, PNP Output, 8mm Detection Range - E2B-M12LN08-WP-B1 2M

This proximity sensor is tailored for accurate detection and consistent performance in a variety of industrial applications. Its inductive technology enables the detection of metallic objects from a distance of up to 8mm, making it suitable for automation processes in the electronics and mechanical sectors. The E2B series offers the versatility and durability necessary for effective operations across standard environments.

Features & Benefits

• IP67 rating provides protection against dust and water ingress
• PNP output ensures versatility in signal transmission
• Non-flush mount design facilitates installation in confined spaces
• 2m cable length allows flexible positioning within setups
• Operating temperature range from -25 to +70°C for dependable use
• Unshielded configuration minimises noise interference in controlled environments

Applications

• Detecting the presence of metal parts in machinery
• Employed in conveyor systems for object tracking
• Utilised in automated assembly lines for quality control checks
• Suitable for integration in safety and security systems
• Applicable in various control tasks within industrial automation

What is the best way to install it in a machine?

Ensure it is mounted using the provided clamping nuts and position it within the specified sensing distance to optimise detection.

Can it be used in a humid environment?

Yes, it is rated IP67, providing adequate protection against moisture and dust.

How might it perform with different metal types?

Detection range may vary depending on the size and type of metal; ferrous materials generally yield the best performance.

Is there guidance for extending the cable?

Use cables of the same diameter and specifications to maintain signal integrity when extending.

Does it require any specific maintenance?

Regularly check for loose connections and clean the sensing area to sustain performance.