Schneider Electric BMXFTW1001 – Discrete I/O Cable, 10M

Product Type:Discrete I/O Cable

Length (m):10

Connection Type:Spring-type removable terminal block

Supplier:Schneider Electric

Model Number:BMXFTW1001

Module Designation:Modicon M340 X80

Material:Ruggedized for harsh industrial conditions

Voltage Rating:100-240V AC / 24V DC

Environmental Resistance:Conformal coated for protection against dust and moisture

Compatibility:Compatible with Schneider Electric’s Modicon M340 series PLCs

    The Schneider Electric BMXFTW1001 Discrete I/O Cable 10M is specifically engineered to enhance operational efficiency in industrial automation systems. Its robust design ensures durability and longevity, even under challenging environmental conditions.

    Featuring a spring-type removable terminal block, this cable allows for quick and easy installation and maintenance, significantly reducing downtime during equipment servicing. The compact size and flexibility make it suitable for tight spaces and complex layouts within factories and manufacturing units.

    Equipped with a 10-meter length, the BMXFTW1001 Discrete I/O Cable provides ample reach without compromising on signal integrity. This ensures seamless data transmission from one control module to another, crucial for maintaining precise control and monitoring in automated processes.

    With its compatibility to Schneider Electric’s renowned Modicon M340 series PLCs, this cable seamlessly integrates into existing industrial automation networks, offering a versatile and reliable connection option. It supports both standard and advanced communication protocols, facilitating easy setup and integration.

    Designed with safety and reliability at the forefront, the conformal coating on this cable protects against dust, moisture, and other environmental factors, ensuring uninterrupted operation even in dusty or wet industrial settings. This makes it an ideal choice for various applications, including food processing, automotive assembly lines, and other sectors requiring high reliability and performance.