Omron, F03 Series Point Sensor 32 mm for Use with K7L Series

Omron F03 Series Mounting Hardware, 400 Cable Length, Screw Mount Type - F03-16PS

This mounting hardware is a specialised accessory designed for point sensors. Compatible with the K7L series, it provides robust support in various applications. This equipment features a screw mount configuration, ensuring a secure and stable installation. With a cable length of 400mm, this product is engineered to operate effectively within a temperature range of -10°C to +60°C, making it suitable for diverse environmental conditions.

Features & Benefits

• Designed for use with K7L series point sensors
  Screw mount configuration ensures a secure attachment
  Operates effectively in a wide temperature range
  400mm cable length offers versatile installation options
  Tailored for industrial mounting solutions
  Essential accessory for enhanced sensor functionality

Applications

• Used with point sensors in various industrial settings
  Ideal for installations requiring Durable mounting options
  Suitable for temperature-regulated environments
  Correct attachment for K7L series sensors

What installation methods are available for this hardware?

The screw mount design allows for easy and secure attachment to surfaces, ensuring stable sensor performance even in fluctuating conditions.

What is the significance of the temperature range for this accessory?

The hardware operates efficiently between -10°C and +60°C, ensuring reliability in diverse working environments without compromising performance.

How does the cable length facilitate better deployment?

With a cable length of 400mm, the hardware allows flexible sensor placement, accommodating various installation scenarios without restriction.

What challenges does this mounting hardware address in sensor installation?

This hardware supports secure mounting, reducing sensor misalignment and ensuring accurate readings, which is critical for automation applications.

Are there specific environments where this equipment performs better?

It is particularly effective in environments that experience temperature variations, maintaining durability and performance across different conditions.