MAD160C-0150-SA-S0-AG0-05-R1

Product Description:

The MAD160C-0150-SA-S0-AG0-05-R1 is a synchronous permanent magnet motor. It maintains consistent, high-quality torque under varying loads. It is rated for 400 V and is best suited for applications needing constant electrical input during heavy cycles. The 240 Nm maximum torque provides rapid acceleration with full power through short, heavy loading bursts.

The S0 encoder configuration gives consistent position and speed feedback, which is essential for applications needing accurate synchronization of motion. Its design overall supports the SA mounting standard, facilitating integration into compliant assemblies and minimizing the need for modifications. AG0 refers to a specific shaft or mounting type created to fulfill user application needs. With a total weight of approximately 77 kg, this motor finds its balance between power and size that can be manageable, perfectly suitable for equipment that needs power without excessive bulk. R1 cooling classification signifies a passive or standard thermal management method where running is possible without external blowers, conducive to a quieter working environment. Built with high-quality components and close-tolerance construction, this motor resists internal losses and offers more efficiency for continuous or intermittent duty cycles. It is designed with provision for long-term mechanical stability. This aspect is of paramount concern in systems needing minimal downtime. The magnetic rotor design allows for smooth torque generation even for low-speed applications. This motor is appropriate for automation systems, presses, and heavy-duty positioning devices where torque density and responsiveness are crucial.

Furthermore, the design of this unit allows for integration into vertically and horizontally mounted setups. It also comes with better installation adaptability. Moreover, the MAD160C-0150-SA-S0-AG0-05-R1 motor gives toughness and accurate feedback. It makes this unit a trustworthy option in different systems. It is key to guaranteeing operating consistency and load handling.