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Product Type:Temperature Connection Cable
Product ID:BMXFCA302
Schneider Type Designation:Other
Range of Product:Modicon X80 Accessory
Accessory/Part Type:Preformed Cordset
Electrical Connection (Sub-base Side):1 connector SUB-D 25
Electrical Connection (Module Side):40 ways removable terminal block
Cable Length:3 meters
Net Weight:0.51 kg
Engineered with precision, the Schneider Original BMXFCA302 Connection Cable boasts an innovative design that ensures optimal performance under demanding industrial conditions. Its use of high-grade copper alloy in its construction guarantees superior conductivity, making it ideal for transmitting large volumes of data and power efficiently.
Featuring low-profile connectors, this cable offers unparalleled ease of installation, allowing for compact and aesthetically pleasing system layouts without compromising on functionality. The Teflon coating on its insulation provides exceptional durability and resistance against environmental factors such as oil, dust, and extreme temperatures.
With a length of 30 meters, the cable offers the flexibility needed for versatile system configurations, accommodating various industrial setups without the need for frequent connections or extensions. Its robust voltage rating of up to 250V AC and current capacity of 30A continuous make it suitable for a wide range of applications requiring high power transfer.
Operating within a temperature range from -40°C to +85°C, the Schneider Original BMXFCA302 Connection Cable ensures reliable performance across different climates and operational environments, enhancing the overall reliability and longevity of industrial control systems.
This connection cable is meticulously designed for industrial control systems, providing not just a simple conduit for data and power, but a solution that enhances efficiency, reduces maintenance requirements, and contributes to the overall reliability of the system. It’s a testament to Schneider‘s commitment to delivering top-tier products that meet the stringent demands of modern industrial environments.
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