The Kawasaki P/N 50979-0360L05 Teach Pendant Cable is a robust industrial control module designed for seamless integration in complex automation systems. It ensures precise control and communication between the operator and the machine, enhancing productivity and efficiency.
Material:High-strength, durable steel
Length:2 meters
Connectors:IP67 rated, waterproof
Voltage Rating:24V DC
Weight:0.5kg
Crafted with premium materials, the Kawasaki P/N 50979-0360L05 Teach Pendant Cable is designed for unparalleled durability and reliability, making it an indispensable component in any robotics control system. Its robust construction and temperature resistance ensure seamless operation under a wide range of industrial conditions.
Featuring a 3-meter adjustable length, this cable allows for flexible installation, accommodating various workspace layouts without compromising on efficiency. The use of high-grade copper and Teflon insulation guarantees superior signal integrity and minimal interference, ensuring precise command execution.
Equipped with a CE, UL, and ISO 9001 certified waterproof connector, the cable is engineered to withstand harsh environments, protecting against moisture and dust ingress. This feature is crucial in ensuring uninterrupted performance in outdoor or factory settings where maintenance might be challenging.
Withstanding a pull strength of 150N, the cable boasts exceptional tensile resistance, safeguarding against accidental damage during assembly or handling. This ensures a long service life, reducing downtime and maintenance costs over time.
The Kawasaki P/N 50979-0360L05 Teach Pendant Cable is a testament to advanced engineering and quality craftsmanship. It offers not just connectivity but peace of mind for manufacturers looking to optimize their automation processes with reliable and robust components.
The Kawasaki P/N 50979-0360L05 Teach Pendant Cable is a robust industrial control module designed for seamless integration in complex automation systems. It ensures precise control and communication between the operator and the machine, enhancing productivity and efficiency.