2AD180C-B35OR1-BS03-B2N2

Product Description:

The 2AD180C-B35OR1-BS03-B2N2 is a high-torque motor. It gives stable torque and precise control in applications. It utilizes a resolver feedback system, in single-turn mode configuration, that provides stable position sensing with restricted ranges of rotation.

The model comes with rotatable connectors to provide flexible mounting and cable management in confined or mobile machine spaces. Its IP65-rated housing provides strong resistance to dust entry and water jet, which makes it suitable for demanding industrial applications. The motor features a thermal class of F and can withstand a maximum winding temperature of 155°C, which makes it well-suited for demanding temperature conditions and long operation life. The top speed of this motor is around 3000 rpm. However, it has the ability to perform high-speed operations without sacrificing torque stability. This motor gives a continuous stall torque of around 62 Nm. Although, the actual torque may be slightly different depending on sub-variant configuration. The flange mounting design offers the capability to utilize both foot and flange mounting configurations. Thereby, this makes it suitable for integration with different kinds of equipment. The model is best used in repetitive or continuous-duty machines where precision and rugged power delivery are required. The external build is capable of withstanding vibration and repeated cycling. The internal parts can synchronize under load. The resolver system is best suited in applications where noise immunity and resistance are more important than high-resolution feedback. With its rotatable connections, rugged build, and balanced performance characteristics, the 2AD180C-B35OR1-BS03-B2N2 motor is best suited for automated manufacturing lines, metal forming machines, or packaging machines.

It provides stable output, reduced wiring, and secure mounting flexibility. The IP65 rating, thermal class, and high-speed feature of this motor also make it a dependable choice where ruggedness of the environment and stable torque output must be balanced with flexible integration.