Range of product:Modicon X80 Accessory
Accessory / separate part type:Preformed cable
Electrical connection:1 SUB-D 25 connector for sub-base side, 1 connector, 40 ways for module side
Cable length:1.5 meters
Net weight:0.33 kilograms
Product model:BMXFCA152
Product type:Other
Manufacturer:Schneider
Engineered for industrial precision, the Schneider BMXFCA152 Temperature Input Module Connection Cable is a critical component for temperature data acquisition systems. This cable ensures reliable communication between high-level analog output modules and Schneider‘s renowned temperature input devices, enhancing system performance and accuracy.
With its robust design, the BMXFCA152 offers unmatched flexibility in connecting various temperature sensors through its versatile connector options, including the BMXFTB2020 and Sub-D 25 connectors. This compatibility ensures seamless integration with Schneider‘s BMXAMO0802 and Telefast ABE7CPA02, maximizing efficiency and minimizing installation time.
Featuring an impressive 1.5-meter length, the cable is suitable for a wide range of industrial settings, accommodating both short and long-distance connections without compromising signal integrity. The high-resolution capabilities (16 bits) ensure exceptional accuracy in temperature readings, making it an indispensable tool for critical monitoring and control applications.
The insulation rating of 750V between channels ensures electrical safety and prevents interference, providing a secure environment for sensitive electronic components. This feature is particularly important in hazardous locations where electrical isolation is a necessity.
Incorporating the Schneider BMXFCA152 into your industrial control system not only enhances operational reliability but also simplifies maintenance procedures due to its straightforward design and easy installation process. This cable is a testament to Schneider‘s commitment to delivering top-tier solutions that meet the evolving demands of modern industrial environments.
There are no reviews yet.