Brief: Ever wondered how the ABB 266DRHHSSB4B1 V1E1L12C1H3 motor delivers reliable performance in demanding applications? This video provides a detailed walkthrough of its capacitor-start design, cast-iron construction, and key technical specifications. Watch to see how this 1HP, 1725 RPM motor operates in pumps, compressors, and industrial equipment.
Related Product Features:
Capacitor-start design provides high breakaway torque for reliable starting under load.
Cast-iron frame and rigid base construction ensures stability and vibration dampening.
Totally Enclosed Fan Cooled (TEFC) enclosure protects internal components from dust and moisture.
Automatic reset thermal overload protector provides integrated protection against overheating.
Dual voltage operation (115/230V AC) offers flexibility for different power supply requirements.
Ball bearings with sealed/shielded design provide long service life and reduced maintenance.
Reversible rotation direction allows for flexible installation in various equipment configurations.
FAQs:
What is the voltage requirement for the ABB 266DRHHSSB4B1 motor?
This motor features dual voltage operation, supporting both 115V and 230V AC power supplies. The motor must be correctly wired for the intended supply voltage according to the diagram on the motor nameplate to prevent damage.
Does this motor require any external components for operation?
Yes, this capacitor-start motor requires an external start capacitor and a potential relay (typically part of a start kit) for proper operation. You should verify the required capacitor MFD and voltage rating for your specific application.
What types of applications is this motor suitable for?
The ABB 266DRHHSSB4B1 motor is designed for demanding applications requiring high breakaway torque, including water and sump pumps, refrigeration and air conditioning compressors, hydraulic power units, agricultural equipment, and industrial fans and blowers.
Can the rotation direction of this motor be changed?
Yes, the motor's direction of rotation is reversible by swapping the start winding connections as specified in the wiring diagram, providing flexibility for different installation requirements.