ABB 3HAB6444-1 Cable Harness: Advanced Industrial Control Module

Material:High-grade copper

Temperature Range:-40°C to 85°C

Conductor Type:Stranded

Insulation Material:Polyurethane

Length (Standard):5 meters

Color:Red

End Connections:Quick disconnect

Voltage Rating:300V AC

Amperage Capacity:10A

Environment Resistance:IP67 rated

Wire Gauge:22AWG

    Engineered for durability and reliability, the ABB 3HAB6444-1 Cable Harness ensures seamless integration in complex industrial control systems. Its high-grade copper conductor provides superior electrical conductivity, while the polyurethane insulation material ensures excellent resistance against environmental factors, guaranteeing long-lasting performance under demanding conditions.

    This cable harness is meticulously designed for ease of installation and maintenance, featuring quick disconnect end connections that facilitate quick and secure wiring changes without compromising on safety. It is compatible with a wide range of devices within industrial setups, ensuring seamless connectivity across different components.

    The ABB 3HAB6444-1 Cable Harness is engineered to withstand extreme temperatures ranging from -40°C to 85°C, making it suitable for use in diverse industrial environments. With its IP67 rating, it offers protection against dust and water ingress, ensuring uninterrupted operation even in harsh conditions.

    Equipped with a standard length of 5 meters, this cable harness provides ample reach for most industrial applications. The red color not only adds an aesthetic appeal but also makes it easy to identify in large, cluttered workspaces. The 22AWG wire gauge ensures optimal current carrying capacity without excessive bulk, promoting efficient power distribution.

    For manufacturers seeking robust, versatile, and reliable cable solutions for their industrial control systems, the ABB 3HAB6444-1 Cable Harness is an indispensable choice. Its combination of high-quality materials, advanced design, and stringent quality control processes make it the preferred option for enhancing operational efficiency and system reliability.