HydroCool XT design is based on high performance variable speed technologies. It meets today’s multi-industry requirements for marine, mining and other rugged process industries and answers demands for reduced noise and space.
High power density
• 50% more rating than NEMA TEFC in same frame
• Reduces total cost of ownership
• Reduced weight
• Saves valuable space
Low maintenance
• Water-jacket to cool motor
• No cooling fans
• No filters
• No cleaning
• Durable and protected from operating environment (Rugged ½” – ¾” surrounding steel frame motor)
• Available with ABB AbilityTM condition monitoring smart sensors
Quality performance
• Quiet operation
• Efficient cooling technology to take heat away from motor
• IE5 performance with PM (permanent magnet) rotor for increased efficiency
• Shaft grounding brush internally mounted for variable speed operation
• Thermostats included for longer motor life
• Ideal for rugged environments
• Continuous full load torque from zero to base speed when used with ABB DTC (Direct Torque Control) or other high-performance vector control inverters
• Wider constant power ranges available with custom base speeds
• 200% minimum overload torque starting at base speed and below for 1 minute
Flexible design
• DOL (Direct on line) or variable speed options
• Drop-in to standard NEMA frames
• F1/F2 options
• 4 frame sizes (60Hp to 1250Hp)
• Low voltage motors
• Optimized for variable speed operation
• Lifting provisions for increased safety
Availability
• Designed and built in USA
• Local customization capabilities
• Speed to market with shorter lead-times
HydroCool XT represents a new generation of water-cooled motors developed in response to market demands for improved technical features. The range is available in NEMA frame sizes 360 to 5800.
Cooling efficiency is maintained throughout the speed range, which is especially important in constant torque applications. These advantages make the motors ideal for a variety of uses, including marine applications, pulp and paper, water and wastewater pumping, mining and aggregate. The basic structure of the motors is optimized for variable speed use.