Heavy Duty series cast iron Electric Motors.
WEG W22 Heavy Motor
Cast Iron Motors
Helical-Bevel Reducer
Reducer Motor Units
Frequency Converters
Speed Control & Efficiency
Smart Monitoring
Performance Maintenance
WEG W22 Heavy Duty Cast-Iron Motors Mining & Metallurgy
WEG W22 Heavy Duty cast-iron motors deliver high torque, IP66 protection and continuous performance on conveyors, crushers and mills in harsh mining and metallurgy environments. A rugged housing, epoxy-coated exterior and vibration-damping design extend equipment life and lengthen maintenance intervals.
Integrated with WEG Helical-Bevel gearmotor units, CFW700 or CFW900 variable frequency drives and Soft Starter solutions, the system manages starting currents for process optimization. The DriveBase cloud Smart Condition Monitoring platform provides 24/7 monitoring of temperature, vibration and energy consumption, enabling predictive maintenance and minimizing unplanned downtime.
- Heavy Duty Cast Iron Motors
- CFW700/900 Frequency Converters
- IP66/IP67 Corrosion & Wear Protection
- DriveBase Cloud & Smart Condition Monitoring
- Digital Twin & Simulation
- WEG Soft Starters & Motor Protection Relays
WEG W22 Heavy Duty Motorlar
With a cast-iron housing and epoxy coating, these motors deliver high torque and IP66/IP67 protection in mining and metallurgy plants. Advanced vibration damping and an optimized rotor design provide continuous performance and extended maintenance intervals even under harsh operating conditions.
Smart Condition Monitoring with DriveBase Cloud enables real-time data analysis and predictive maintenance planning, helping you keep downtime to a minimum.
WEG W22 Heavy Duty Electric Motors
WEG W22 Heavy Duty cast-iron motors operate continuously with IP66 protection in abrasive dust and high-torque grinding processes. An optimized rotor design and epoxy coating increase wear resistance, lowering maintenance costs across mining operations.
WEG CFW Series Drives
WEG CFW700/CFW900 variable frequency drives (VFDs) deliver precise speed control and energy optimization on conveyors and material handling lines. Integrated PLC control and adaptive control algorithms maximize process stability and operational efficiency in metallurgy plants.
WEG IP66 Pump Electric Motors
WEG IP66-rated pump motors deliver high pressure capability and dust-tight sealing for exceptional durability in dewatering and water supply applications. Integration with SCADA and Smart Condition Monitoring supports continuous operation and robust preventive maintenance processes.
Power Distribution & Modular E-House Integration
WEG modular E-House solutions integrate transformers, reactors and control systems at the factory, accelerating on-site installation. Designed in line with international safety regulations, they ensure uninterrupted power and robust safety across mining and metallurgy sites.
Why are WEG motors preferred in the mining sector?
WEG electric motors deliver long service life and reliable performance in demanding mining & metallurgy applications thanks to high torque, rugged construction and superior energy efficiency.
How do they withstand heavy-duty operating conditions?
With robust IP protection classes and advanced insulation systems, WEG motors ensure continuous operation in environments with heavy dust, intense vibration and high temperatures.
Which motor series are available for mining and metallurgy?
WEG offers IE3/IE4 high-efficiency motors, Ex-proof (ATEX) motors and heavy-duty asynchronous motors tailored to sector requirements.
How are energy costs reduced?
High efficiency classes and an optimized rotor/stator design help reduce energy consumption and lower operating costs across continuous-duty applications.
What maintenance practices extend service life?
Regular periodic lubrication, bearing inspections, temperature monitoring and vibration measurements help prevent failures and extend service life for WEG motors.
Does WEG provide custom engineering solutions?
Yes. WEG delivers custom engineering, including project-specific motor designs aligned with power and torque requirements.


