Ballast / Transformer

Philips Advance 71A65F1500T - Metal Halide Ballasts - 1000 Watt - M141 - 347/480V - Power Factor 90%

Philips Advance 71A65F3500T - Metal Halide Ballasts - 1000 Watt - M141 - 347/480V - Power Factor 90%

ANSI L73/74 - 347-480 Volt - Power Factor 90% - Maxmum Temperature Rating 105°C - Including Dry Film Capacitor and Bracket Kit. This Ballast does not require Ignitor.  For use with 135/180W Lamps.

Philips Bodine B30HV - Emergency Ballast - 90 Min. - Operates (1) or (2) T5HO High Bay Compatibility - 347-480 VAC - 50/60Hz - Emergency mode lumen output up to 3500 lumens - Two-wire illuminated test switch

Philips Advance Centium Series Electronic Fluorescent Ballast – Programmed Start - 347-480V - Ballast Factor 1.0 - Power Factor >0.98 - Min. Temp. Rating -20 Deg. F / -29 Degree C - For (1-4) F54T5HO and F54T5HO/ES/49W, FT50W, FT36W, F51T5HO Energy Saver

Sylvania Fluorescent T5HO Ballast - Lamps: (2) x F54T5HO, Input:347-48077V, Programmed Rapid Start

* Depends on stock availability, we might replace using the Philips Advance HCN2S5490CWL35M instead

https://www.bulbspro.com/hcn2s5490cwl35m.html

Philips Advance Centium Series Electronic Fluorescent Ballast – Programmed Start - 347-480V - Ballast Factor 1.0 - Power Factor >0.98 - Min. Temp. Rating -20 Deg. F / -29 Degree C - For (1-2) F54T5HO and F54T5HO/ES/49W, FT50W, FT36W, F51T5HO Energy Saver, FC12T5HO, F58T8

3-4 Lamp - 347-480V - Universal Voltage - T5 - High Efficiency - Program Start - Quicktronic - Electronic | Sylvania Fluorescent Ballast

Max. Output Power: 150W, Input Voltage: 347-480V, Output Current: 530mA, Output Voltage: 90-280V, Min. Power Factor: 0.9, IP rating: IP66, Isolation: Class 1, Dimming Method: 0-10V, Dimming Range (%): 100% ~ 10%

Output Voltage 38V - 107V, Output Current 140mA - 1400mA, Max Output Power 150Watt, Analog 0 to 10 Vdc Dimming with Tuning Interface, High Range Input Voltage 347 – 480 Vac, Constant Current LED Driver.

This Everline LED Driver can be configured to set its current output to a selected fraction of their maximum rated design level. This function is called tuning (or also high‐end trim) and it can be implemented with the LDTC01A using the Selector rotary switches. Tuning assignments are stored in driver memory and are not lost when power is removed. All factory produced drivers are tuned to maximum output unless otherwise noted on the label.