Gottwald pump motor LDW 400V/690V 50Hz 160KW 460V 60Hz 180KW

25.000,00

Introducing the Gottwald Pump Motor LDW, a powerhouse designed to drive your industrial processes forward. With dual voltage capability (400V/690V 50Hz and 460V 60Hz) and impressive power outputs of 160KW and 180KW respectively, this motor ensures reliable performance across diverse operating conditions. Built for durability and efficiency, the Gottwald Pump Motor LDW is the ideal choice for demanding industrial applications.

Unleash the full potential of your industrial operations with the Gottwald Pump Motor LDW, a robust and versatile solution engineered to deliver consistent performance under varying conditions. This motor, designed by Gottwald, boasts dual voltage compatibility, supporting both 400V/690V at 50Hz and 460V at 60Hz power systems, ensuring adaptability to global standards and diverse operational requirements.

With a power output of 160KW at 400V/690V and 180KW at 460V, this motor provides ample power to drive hydraulic pumps, industrial machinery, and other heavy-duty equipment with efficiency and precision. Its advanced design and construction prioritize durability, enabling continuous operation even in the most demanding environments.

Equipped with sophisticated control features, the Gottwald Pump Motor LDW offers seamless integration into complex industrial systems, allowing for precise speed and torque regulation. This ensures optimal performance and energy efficiency, contributing to cost savings and reduced environmental impact.

Designed for ease of installation and maintenance, this motor facilitates streamlined operations and minimal downtime, maximizing productivity and operational efficiency. Whether powering hydraulic systems, conveyor belts, or industrial compressors, the Gottwald Pump Motor LDW is a trusted solution for driving industrial processes forward.

Choose reliability, performance, and versatility for your industrial applications with the Gottwald Pump Motor LDW, and experience the difference in efficiency and productivity.