Motor Type:Rotary AC
Brand:ABB
Model:3HAC058886-002
Voltage:Customizable based on specific requirements
Amperage:Rated for efficient operation across various loads
Speed:Flexible speed options to meet diverse operational needs
Torque:High torque output ensuring reliable performance
Efficiency Rating:Class leading efficiency for energy savings
Incorporated Protection:IP54 rated for dust and water resistance
Operating Temperature Range:-20°C to +60°C
Maintenance Schedule:Extended maintenance intervals for reduced downtime
The ABB 3HAC058886-002 AC motor is a testament to advanced engineering, combining unparalleled durability with enhanced operational efficiency. Its design is optimized for longevity and reliability, ensuring minimal downtime in critical industrial operations.
Crafted with precision, this motor utilizes state-of-the-art materials and construction techniques, making it suitable for a wide range of applications including textile, printing, rubber and plastics processing, and woodworking. It’s designed to handle heavy loads and withstand harsh environmental conditions, guaranteeing consistent performance even under challenging circumstances.
Featuring an IE3 efficiency class, the ABB 3HAC058886-002 AC motor stands out for its energy-saving capabilities. This not only reduces operational costs but also contributes to a sustainable production environment, aligning with the growing importance of eco-friendly solutions in modern industries.
Equipped with an IP54 protection class, the motor ensures excellent dust and water resistance, protecting it from contamination and damage caused by external factors. This makes it a reliable choice for both indoor and outdoor industrial settings, enhancing its versatility.
Easy to integrate into existing systems, the ABB 3HAC058886-002 AC motor comes with a user-friendly design, featuring intuitive controls and straightforward installation procedures. Its compatibility with a wide range of automation systems further simplifies its integration, ensuring seamless operation within complex industrial ecosystems.
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