Product Description

The RD52.1-8C-160-F-M1-FW is an efficient industrial controller designed by Highly trained engineers of Rexroth Indramat to accurately control the operation of synchronous and induction motors used in industrial servo systems. This controller is designed according to the international quality standards; it features numerous sensors and actuators which it uses to monitor the operation of the motor in real-time; thus, it can independently detect and correct any deviation of industrial motors from the pre-determined operational parameters. Under ideal operating conditions, the RD52.1-8C-160-F-M1-FW industrial drive controller maintains an efficiency of about 95 percent; this high-efficiency level makes it the perfect controller for industrial machines with complex motor control requirements. Industrial machines compatible with this drive controller include food processing machines, metal forming machines, hoisting machines, packaging machines, and lots more.

The RD52.1-8C-160-F-M1-FW industrial drive controller can withstand a current overload of up to 200 percent for about one second without experiencing any electrical damage; also, the power circuit of this controller generates a leakage current of about 3.5 amperes during operation; thus, to prevent electrical accidents, industrial operators should ensure this device is securely connected to a grounding connection before operation. This drive controller can be synchronized with other types of drive controllers as this allows for fast and effective communication between the controllers. This controller's control and general operation should be carried out by a well-trained operator who has gone through the documentation of the servo drive and is familiar with Rexroth Indramat products.

The heat generated in the housing of this controller is controlled via forced ventilation; it also contains an integrated liquid cooling mechanism that facilitates this temperature cooling mechanism. This product can be shipped globally with a one year warranty period from Wake Industrial.