Identification & Application DAMAR 27799A EL440-120/277HF 4 Lamp F34T12/F40T12 Fluorescent Ballast 120-277V The DAMAR 27799A EL440-120/277HF 4 Lamp F34T12/F40T12 Fluorescent Ballast 120-277V is a Damar lighting ballast with verified performance specifications including Wattage: 160W • Voltage: 120-277V. It is intended for replacement and maintenance of compatible luminaires using the exact listed lamp type, wattage, voltage, starting method, and circuit configuration. Construction and operation are defined by the exact manufacturer configuration for this SKU. Verified details include mounting or base configuration of G13 Bi-Pin; Base: G13 Bi-Pin • Features: UL Listed • Additional manufacturer information: FOR 3 OR 4 34W TO 40W T12 LAMPS F40T10 UL LISTED HIGH POWER FACTOR Wire Leads: All Leads 1219mm Start Temp: 14; product dimensions of Maximum overall length: 10.25 in. • Height: 1.48 in. • Width: 2.4 in. • Length: 9.42 in.. Install only in equipment designed for the listed wattage, voltage, base, lamp shape, ballast or driver method, operating position, enclosure rating, mounting method, and control requirements. For specification, purchasing, and maintenance planning, the manufacturer documentation confirms case quantity: 10. All products should be installed and used in accordance with applicable electrical codes and the requirements of the compatible fixture or equipment. Technical Performance Specifications Brand Damar SKU / MPN 27799A / EL440-120-277HFRS 4-F40T12 ELECTRONIC 120 TO 277 VOLTS Product Type Lighting Ballast Electrical Wattage: 160W • Voltage: 120-277V Mounting / Base G13 Bi-Pin Mechanical Base: G13 Bi-Pin • Features: UL Listed • Additional manufacturer information: FOR 3 OR 4 34W TO 40W T12 LAMPS F40T10 UL LISTED HIGH POWER FACTOR Wire Leads: All Leads 1219mm Start Temp: 14 Dimensions Maximum overall length: 10.25 in. • Height: 1.48 in. • Width: 2.4 in. • Length: 9.42 in. Applications Replacement and maintenance of compatible luminaires using the exact listed lamp type, wattage, voltage, starting method, and circuit configuration Case Quantity 1 Documentation See spec sheet.
