C L E A N O U T P U T
An inverter is adopted to rectify the electrical current. This provides Pulse Width Modulation (PWM) control in order to produce high-quality electricity supply. That means you can use this generator with confidence as a power source for appliances with built-in computer functions or microcomputer-controlled power tools.

S I N G L E P A N E L C O N T R O L S
Unbeatable ease of use is guaranteed by the single control panel that brings together all the controls on one surface, including the AC and DC outlets, the output indicator, the output malfunction lamp, the stop switch, the fuel cock, and the backup recoil starter.

N E W D E S I G N
The new exterior design adopted for this model has a refined look that truly epitomizes what an IT era generators should be. Using many flowing curves and surfaces, it gives the generator the impression of a power source that can move of its own volition.

F U E L E F F I C I E N T E N G I N E
The engine adpoted on this model is the Yamaha "MZ175", a 175cc 4-stroke OHV engine. Proven in use as a multi-purpose engine and on various Yamaha products like golf cars, this power unit is known for its reliability and high power output. It is also characterized by its good fuel economy and quiet running.

E N V I R O N M E N T F R I E N D L Y D E S I G N
The EF30iSEC also features clean exhaust that clears the worlds strictest emmissions standards, the U.S.'s EPA Phase II and CARB Tier II.

E L E C T R I C S T A R T E R
The EF30iSEC also features a built in electric start unit, with a recoil back, for ease of starting and use.

S T A R T I N G S U R G E B O O S T
The EF30isebh also features an industry first - it will allow the generator to make use of its internal battery for starting external loads - which - combined with the surge capacity of the generator - can boost the starting surge watts to the equivelent of a 3,500 Watt generator! This is extremely important for RV users, who may be using an air conditioner of 15,000 BTU's or larger, or who have other items that may require high surge loads to start, but which then can be easily run within the standard power generating capacity.