Product Description

KEB Bus Coupler 00.C6.FD0-AAE0 is a small and highly efficient component for industrial automation systems which presupposes power and signal control and communication in conditions of limited spatial availability. The Ethernet port enables integration of the device into other devices in networked automation systems for ease of data sharing and communication within the control network. The device operates using 30V DC thus supporting reliable performance in harsh industrial conditions. This is encapsulated by an IP20 rating, which shields it from dust and all other forms of the environment, meaning it can withstand long term use. For its physical characteristics, the KEB 00.C6.FD0-AAE0 operates within temperature range of -10°C to +50°C, thus making the device capable of working in conditions, which change frequently or are otherwise rather unfavorable, in a broad range of industries.

At the same time, despite its rather small size of 62.95mm x 169.45mm x 128mm, the device has These memory capacities also enable the bus coupler to accommodate large data transfers, and function effectively in applications that require consistency and accuracy. This makes it a highly desirable product in automation systems where the efficiency of processing and communication is paramount. Its compact size of the KEB 00.C6.FD0-AAE0 also makes it highly desirable in industries where space is at a premium. Unfortunately, the economical design of the 00.C6.FD0-AAE0 Bus Coupler implies certain specific features that are best suited for industrial applications, particularly for those applications that require a balance between performance and cost.

Incorporating Ethernet connectivity, memory capacity and a wide operating temperature range, this bus coupler is ideal in numerous industrial applications with limited space but with high density of controls and communications. Regardless of whether it is utilized in l small-scale systems or as a component of large automation networks, it provides the ideal solution for modern industrial requirements.