Replacement Part List

1 of 2

*Built in the USA using domestic

and foreign parts

ISO

9001:

2008

Non-Service Rated

Automatic Smart Transfer Switches

600 - 800 Amps, 1 and 3-phase

DESCRIPTION

Generac 600-800 amp non-service rated switches are compatible with the full 22-150kW line of liquid-cooled generators. The

switches are open transition and are available in 120/240 1ø, 120/208 3ø, 120/240 3ø, and 277/480 3ø.

STANDARD FEATURES

600-800 amp non-service rated transfer switches are housed in a rugged steel NEMA/UL Type 3R enclosure, with electrostatically

applied and baked powder paint. The Heavy Duty Generac Contactor is a UL recognized device, designed for years of service. The

controller at the generator handles all the timing, sensing, exercising functions, and transfer commands.

DPM Technology (single phase switches only)

Through the use of digital power technology (DPM), these switches have the capability to manage up to 4 individual HVAC (24 VAC

controlled) loads with no additional hardware. When used in tandem with the Smart Management Modules, up to 8 more loads can

be managed as well, providing the most installation efficient power management options available.

Automatic

Transfer Switches

Automatic Transfer Switches

PAGE 1
Automatic Transfer Switches Non-Service Rated Automatic Smart Transfer Switches Automatic Transfer Switches ® 1 of 2 600 - 800 Amps, 1 and 3-phase *Built in the USA using domestic and foreign parts DESCRIPTION Generac 600-800 amp non-service rated switches are compatible with the full 22-150kW line of liquid-cooled generators. The switches are open transition and are available in 120/240 1ø, 120/208 3ø, 120/240 3ø, and 277/480 3ø.
PAGE 2
Automatic Transfer Switches 2 of 2 ® 600-800 Amps Non-Service Rated Smart Transfer Switches Functions All timing and sensing functions originate in the generator controller Utility voltage drop-out.......................................................................................................................................................................................................................<60% Timer to generator start...................................................................