The best Porter-Cable 3500-watt portable generator sales features a Honda GX200 OHV engine.
Dewalt Generator Sales - With a Honda 5.5 HP OHV GX engine.
Yamaha 1000 watt Power Generator Sales.
Porter-Cable Portable Generator Description: The best Porter-Cable 3500-watt 6.5 HP portable generator features a Honda engine. This quality engine includes compression release for easy-recoil start and a cast-iron cylinder sleeve, and it requires low oil protection. It features an advanced alternator design with no brushes to replace.
Dewalt Generator Description: With a Honda 5.5 HP OHV GX engine, the DeWalt 4,300-watt 8 HP gas heavy duty best generator provides worksite reliability. Its many features include a maintenance-free, brushless alternator for increased durability and a high Amp surge capacity ideal for starting high Amp tools including air compressors.
Yamaha 1000 watt Power Generator Description: The Yamaha EF1000iS inverter generator is the ultimate in lightweight portable electricity. It is quiet, durable, convenient, and supplies high-quality, clean power. Designed with an all new ergonomic style and fitted with a compact alternator and inverter unit, this 1000 watt portable generator weighs in at a mere 27 pounds, making it extrememly portable.
Types of generator sales:
Generators come in two basic types: standby and portable. There also are inverters, which are not generators but may meet your needs. The source of backup power you ultimately choose will be determined by many factors, including your power generator.
Portable generators are versatile. You can use them for emergency power at home, for power in remote locations where utility power is unavailable, or for recreational purposes, like marine or camping. Portable generators are fueled by gas or diesel and include 120-volt power outlets like the ones in the walls of your home.
A standby generator is permanently installed outside your home or commercial building and wired directly into the electric system to provide power to some or all of your home's circuits during a disruption of normal utility power.