Ledvance

Sylvania QUICKTRONIC® PROStart® 51481 High Efficiency Type CC Electronic Ballast, Fluorescent, T5HO, FP54T5HO, FP54/50W/SS, FP54/47W/SS, FT55DL, FT50DL, L58, FPC55 Lamp, 54 W Lamp, 347 to 480 VAC, Programmed/Rapid, 0.88 to 1.04 Ballast Factor

51481 MFG #: 51481
$189.72 / EA
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: LEDVANCE
  • Type: Type CC
  • Series: High Efficiency
  • Lamp Type: Fluorescent, T5HO, FP54T5HO, FP54/50W/SS, FP54/47W/SS, FT55DL, FT50DL, L58, FPC55
  • Lamp Wattage: 54
  • Wattage: 232/228
  • Voltage Rating: 347 to 480
  • Amperage Rating: 0.67/0.48
  • Frequency Rating: 50/60
  • Start Type: Programmed Rapid
  • Minimum Starting Temperature: -20
  • Total Harmonic Distortion: <10%
  • Power Factor: >0.98
  • Number of Lamps: 4
  • Thermal Protection: Class P
  • Ballast Factor: 0.88 to 1.04
  • Enclosure Type: NEMA 1
  • Temperature Range: -29 to 90
  • Mounting Type: Remote
  • Dimensions: 16.7 in L x 1.7 in W x 1.8 in H
  • Brand: Sylvania
Sylvania QUICKTRONIC® PROStart® Electronic Ballast, Type CC, Series: High Efficiency, Fluorescent, T5HO, FP54T5HO, FP54/50W/SS, FP54/47W/SS, FT55DL, FT50DL, L58, FPC55 Lamp, 54 W Lamp, 232/228 W Wattage, 347 to 480 VAC, 0.67/0.48 A, 50/60 Hz Frequency, Programmed/Rapid Start, -20 deg F Minimum Starting, Total Harmonic Distortion: <10 %, Power Factor: >0.98, 4 Lamps, Thermal Protection: Class P, Ballast Factor: 0.88 to 1.04, NEMA 1 Enclosure, -29 to 90 deg C, Remote Mounting, 16.7 in L x 1.7 in W x 1.8 in H Dimensions
  • High efficiency systems are over 90% efficient
  • Operates at >42 kHz to reduce potential interference with infrared control systems
  • High power factor
  • Low harmonic distortion
  • Lightweight design
  • Lead free solder, printed circuit board and manufacturing process
High efficiency systems are over 90% efficient
Operates at >42 kHz to reduce potential interference with infrared control systems
High power factor
Low harmonic distortion
Lightweight design
Lead free solder, printed circuit board and manufacturing process