Omron TL-W3MB1-R 2M Rectangular Inductive Proximity Sensor PNP TL 24V 3 mm 24 V dc 100mA

Omron Series TL Proximity Sensor, 3mm Detection Range, Non-Flush Mounting Type - TL-W3MB1-R 2M

This proximity sensor is a highly efficient inductive device designed for diverse applications in the automation, electronics, and electrical industries. With a rectangular body style and a sensing range of 3mm, it features a non-flush mount design and comes with a standard cable length of 2m. Its robust construction enables reliable operation in harsh environments, supported by an IP67 rating.

Features & Benefits

• Inductive technology detects metallic objects quickly and accurately
• PNP output allows seamless integration with various controls
• Operating voltage range of 12 to 24 V DC accommodates various systems
• High switching frequency up to 600Hz ensures fast response times
• Durable ABS housing guarantees longevity in demanding conditions

Applications

• Ideal for automated assembly lines for detecting components
• Utilised in packaging machinery to ensure accurate positioning
• Suitable for robotics where precise object detection is needed
• Used in conveyor systems to monitor product presence

What environmental conditions is this sensor designed to withstand?

The sensor can operate effectively in temperatures ranging from -25°C to +70°C, ensuring robust performance even in extreme conditions. Its IP67 rating provides resistance against dust and water ingress, making it suitable for various industrial applications.

How does the PNP output function facilitate integration with control systems?

The PNP output configuration allows the sensor to connect easily to devices that require a positive signal for activation, enhancing compatibility with most PLCs and control circuits used in industrial automation.

What types of metallic objects can this sensor reliably detect?

The sensor is designed primarily for ferrous metals, but it may also detect non-ferrous metals, although with a reduced sensing distance. It is engineered for optimal performance with standard sensing objects like iron plates.