Sti 28485-0010 MCF4200 MicroSafe Light Curtain Reciever MCF4208RE-1

STI 28485-0010 MCF4200 MicroSafe Light Curtain Receiver MCF4208RE-1

The STI 28485-0010 MCF4200 MicroSafe Light Curtain Receiver MCF4208RE-1 is a compact and efficient safety device designed to enhance workplace safety by detecting the presence of objects or individuals within its sensing field. This receiver is part of the MicroSafe MC4200 series, known for its reliability and ease of integration into various industrial applications.

Key Features

• Ultra-Compact Design: With dimensions of 25.4 x 32 mm, the MCF4208RE-1 is ideal for installations where space is limited, allowing for seamless integration into small automatic assembly machines and other compact environments.
• High Resolution: The receiver offers a 20 mm resolution, ensuring precise detection capabilities suitable for safeguarding personnel and equipment.
• Extended Range: Capable of operating effectively over a range of up to 7 meters, providing flexibility in various industrial settings.
• Versatile Protective Heights: Supports protected heights ranging from 203 mm to 1219 mm, accommodating different application requirements.

Design and Installation

The MCF4208RE-1 features in-line connector cables, facilitating installation in confined spaces where standard connectors may not fit. The controller end of the cable is not terminated, allowing for easy field customization of cable length to suit specific installation needs. Additionally, protective filters can be replaced in the field using simple tools, ensuring minimal downtime during maintenance.

Applications

This light curtain receiver is suitable for a wide range of industrial applications, including but not limited to:

• Automated assembly lines
• Robotic work cells
• Material handling systems
• Packaging machinery

By integrating the STI 28485-0010 MCF4200 MicroSafe Light Curtain Receiver MCF4208RE-1 into your safety system, you can enhance the protection of personnel and equipment, ensuring compliance with safety standards and improving overall operational efficiency.