ABB 3HAC034644-003 | APMXB03 E-32215 | 3HAC045064-001/03 Axis Rot AC Motor with Pinion

Brand:ABB

Model:3HAC034644-003

Sub-Model:APMXB03 E-32215

Motor Type:AC Motor

Motor Design:Axis Rot

Pinion Integration:Yes

Rated Current:Not specified

Rated Power:Not specified

Operating Voltage:Not specified

Speed Control:Variable

Safety Features:Built-in braking chopper, Safe Torque Off

Protection Class:IP66

Material:Steel, Copper, Aluminum

Temperature Range:-20°C to +60°C

Installation Type:Surface/Wall Mounting

Application:Suitable for various industrial machinery, including woodworking applications

Load Capacity:Dependent on specific model

Maintenance Interval:Recommended every 1,000 operating hours

    Engineered for precision, the ABB 3HAC034644-003 APMXB03 E-32215 Axis Rot AC Motor with Pinion is an indispensable component for industrial automation. This motor boasts a compact design and superior durability, ensuring it performs flawlessly in demanding environments.

    Featuring advanced safety mechanisms such as Safe Torque Off (STO) and Direct Torque Control (DTC), this motor guarantees operational safety without compromising on performance. Its compatibility with a wide range of input voltages makes it versatile for various industrial applications.

    With its built-in Modbus RTU / Modbus communication capability, the motor facilitates seamless integration with existing control systems, enhancing efficiency and reducing setup time. Whether installed on the surface or wall-mounted, this motor ensures optimal space utilization and ease of installation.

    Constructed with coated boards and designed to withstand harsh environments, the ABB 3HAC034644-003 APMXB03 E-32215 Axis Rot AC Motor with Pinion is built to last. It’s suitable for a multitude of applications, from heavy machinery to woodworking processes, ensuring reliability and longevity.

    Incorporating the latest technology, this motor delivers precise control, enabling users to optimize their production processes. Its efficient operation reduces energy consumption, contributing to environmental sustainability while enhancing productivity.