4 inch Three Phase Motor Franklin Electric

Franklin Electric 4" encapsulated submersible motors, built in ISO 9001 certified facilities for outstanding performance in 4" or larger water wells.
The 3-phase motor offers maximum life and highest efficiency under various load conditions.

It should ideally be combined to the Franklin Electric SubStart/SubTronic3P control boxes for maximum system performance, protection and warranty.

Standard Motor Design Specifications:

• Hermetically sealed stator with 316SS shell. Anti track, self healing stator resin prevents motor burn out, mechanically supports the winding and provides fast heat dissipation.
• High efficiency electrical design (low operation cost, cool running winding)
• Removable water bloc lead connector
• No-wear, water lubricated radial and thrust bearings for 100 % maintenance free operation
• Non-contaminating FES 93 filling liquid
• Various agency approvals for use in drinking water

Brackish Water Version Specifications:

• For use in water that has more salinity than fresh water, but not as much as seawater.
• The novel Franklin Electric Brackish Water Motor proposes a cost-effective solution wherever standard 4" motors are not giving sufficient service life.

Pollution Recovery Motor Version Specifications:

• Fluorelastomere (Viton®) rubber parts
• Special Polyuretane (PUR) lead assemblies
• 304 graded stainless steel as standard, 316SS as an option

Technical specification:

• 3-phase motor range: 0.37 - 3.0 kW
• 4" NEMA flange
• Rotation: reversible
• Degree of protection: IP68
• Insulation: Cl.B
• Rated ambient temperature: 30 °C
• Required cooling flow: min. 0.08 m/s
• Max. starts/hr.: 20, equally distributed
• Mounting: vertical to horizontal, shaft upwards
• Voltage tolerance 50 Hz from nominal: -10 % / +6 %
• Voltage tolerance 60 Hz from nominal: ±10 %
• Protection requirements: EN 60947-4-1

Options:

• Motors in full 316SS
• Motors with factory-installed lead in single packing
• Built-in lightning arrestor
• Various cable lengths
• Special voltages on request
• Alternative material executions