GE VK-202A2 High-Performance Industrial Control Module by GE-FANUC

VK-202A2

Brand:GE Model:VK-202A2 Power Rating:2000W Operating Temperature:-40"C to +70"C Input Voltage Range:90VAC to 264VAC Output Current:10A Communication Interface:RS-485 Load Capacity:Inductive Load 5A@24VDC, Capacitive Load 1A@24VDC Protection Class:IP20 Dimensions:175mm x 114mm x 44mm Weight:1.2kg Unleash the full potential of your industrial automation systems with the GE VK-202A2 Control Module. This module is engineered with cutting-edge technology to deliver unparalleled performance, ensuring seamless integration with existing systems for enhanced productivity. Equipped with advanced control algorithms, the VK-202A2 is capable of managing intricate operations with precision, making it a cornerstone for industries demanding high accuracy and reliability. Its wide operating temperature range (-20"C to 60"C) ensures robust functionality across diverse environments. With a memory capacity of 512KB, this module offers ample space for storing critical data and programs, supporting efficient system operation. It  designed with energy efficiency in mind, consuming only 10W under normal operation, which reduces operational costs and environmental impact. For seamless communication and data exchange, the VK-202A2 supports multiple interfaces including RS-485 and CANbus, facilitating easy connection with various devices and systems. Its compact dimensions (148mm x 112mm x 52mm) and lightweight design (0.5kg) make it highly portable and suitable for space-constrained installations. Experience the future of industrial automation with the GE VK-202A2. Its combination of sophisticated technology, reliability, and efficiency makes it an indispensable component for optimizing industrial processes and driving business growth. The GE VK-202A2 Industrial Automation Control Module is designed to enhance system reliability and efficiency through advanced control algorithms, making it ideal for complex industrial applications requiring precise and robust automation.