P or table S ystems Cutler Hammer Saf ety S witc h Quic k Connect F or smaller f acilities with requirements of 80 0 Amps of generated po w er or less Eaton s Cutler Hammer DoubleT hro w Saf et y S witc h Quic k Connect de vices pro vide a saf e w a y to transf er po w er from the utilit y to the bac kup po w er source T his product is ideal f or f acili ties suc h as con v enience stores pumping st ations or cell to w ers and can be supplied with y our c hoice of se v eral t ypes of connectors including single conductor camt ype or multiconductor pinand slee v e connectors If y our f acilit y and business can withst and a brief po w er out age but y ou don t w ant to be shut do wn f or da y s or w eeks during an e xtended out age then a port able generation strategy ma y be right f or y ou In addition to ha ving access to an appropriate port able genset y ou will need to ha v e a w a y to saf ely and quic kly disconnect y our f acilit y from the utilit y and connect the generator to y our electrical sy stem Eaton of f ers se v eral dif f erent solutions Cutler Hammer S witc hboar d Quic k Connect syst ems T his equipment of f ers the same f eat ures as the Saf et y S witc h Quic k Connect but is designed f or f acilities with larger loads bet w een 80 0 and 30 0 0 Amperes T his product t ypically is pro vided with multiple conductors per phase to reduce the w eight of the individual cables And lik e the Saf et y S witc h v ersion it is appropriate f or both ne w constr uction and retrof ts Cutler Hammer RollUp Gener at or T er mination Bo x T he R ollUp Generator T ermination B o x is an intermediate termination point bet w een the generator and the f acilit y Line connections are pro vided f or connection to the generator as w ell as load terminations f or a permanent connection to the f acilit y T he of f ering is pro vided in a hea v y dut y outdoor enclosure specifcally designed f or this purpose Suit able f or loads up to 250 0 Amp threephase this solution is ideal f or sit uations where there is a need to minimiz e the length of e xposed conductors bet w een a port able generator and the building