Product Description

Indramat’s RAC3.1-150-460-A01-Z1-220 main spindle drive controller is a sophisticated system designed to offer precision and robust performance in industrial settings. This controller operates with a rated supply voltage of 3 x AC 380 - 460 V, with a control voltage of AC 230 V, accommodating various industrial power systems. With a continuous controller current of 92 A and a peak controller output of 55 kW, it's engineered to handle high-demand applications seamlessly. This model ensures continuous operation in ambient temperatures ranging from +5 to +45 degrees Celsius and can withstand storage temperatures from -30 to +85 degrees Celsius, signifying its resilience to diverse working environments. Suitable for installation at altitudes up to 1000 meters without derating, the RAC3.1-150-460-A01-Z1-220 is versatile for different geographical locations. It adheres to a protection category of IP 10, indicating its design to prevent the intrusion of large solid objects, which is critical for maintaining operational integrity in various environments. Weighing 49 kg, this controller integrates a sophisticated cooling system using a built-in fan, making it ideal for managing heat efficiently, which is pivotal for electronics' longevity. Its capability for rapid commissioning, owing to the AS programming module, streamlines the setup process, allowing for immediate operation upon installation. Parameters can be adjusted to adapt to plant conditions and the demands of specific applications, offering customizable performance. The RAC3.1-150-460-A01-Z1-220 also features multiple interface options, including analog and digital speed set-point interfaces and additional encoder inputs, allowing for flexible integration with existing systems. With hose cooling options, this unit is not confined by structural constraints, offering solutions for challenging installation scenarios. It provides a comprehensive solution to modern industrial automation challenges, marrying high-powered functionality with precision control and adaptable configuration.