10-Inch Rewindable Motor

The Franklin Electric 10-Inch Rewindable Submersible Motor is a heavy-duty, three-phase submersible motor engineered for reliable operation in large 10" and larger water wells used in municipal, agricultural, and industrial pumping systems.

• Built for dependable performance in 10-inch diameter or larger water wells with a robust rewindable submersible motor design.

• Manufactured in ISO 9001 certified facilities to support consistent quality and long service life in demanding water well applications.

• Water-lubricated radial and thrust bearings provide maintenance-free operation and smooth performance under high thrust loads.

• Filled with non-contaminating FES93 fluid for internal lubrication and frost protection down to 5 °F (-15 °C) storage temperature.

• Integrated diaphragm ensures reliable internal pressure compensation to protect components during operation and storage.

• Standard Sand Fighter® SiC seal system delivers high-performance sealing and extended life in sandy or abrasive well conditions.

• High-efficiency electrical design helps reduce operating costs on deep-set, high-horsepower submersible pump installations.

• Rated 10" three-phase, 2-pole, 3600 RPM with power options from 130–185 kW / 175–250 hp for large-capacity wells.

• IP68 protection rating and 10" flange connection for secure, submersible operation in deep well environments.

• Suitable for vertical and horizontal installation (excluding 185 kW / 250 hp models) to match system design requirements.

• Standard motor lead length of 20 ft (6 m), with optional custom lead lengths available up to 165 ft (50 m).

• Offered in standard construction plus complete 316 stainless steel and 904L versions for aggressive or corrosive water.

• Compatible with optional PT100 temperature sensor (sold separately) for advanced motor monitoring and protection.

• Available in common water well voltages: 380–415 V / 50 Hz, 460 V / 60 Hz, and 575 V / 60 Hz with wide voltage tolerances.

• NSF/ANSI 61 Certified for use in potable water systems, making it ideal for municipal and drinking water applications.

• Designed for up to 10 starts per hour to support demanding pump cycling requirements in large water systems.