RETRO-Fusion™ 2.0 500
500W Incandescent Replacement LED Engine
120V, 230V-240VAC
Energy Efficient LED Light Engine
Designed to retrofit directly into existing fixtures.
The RETRO-Fusion™ 2.0 is a TUV listed retrofit kit that rapidly transforms existing inefficient incandescent fixtures into energy efficient LED fixtures. CantoUSA's patented technology allows the fixture to smoothly dim from 0-100% utilizing existing dimming technology. Retrofit kits are available with a variety of options for both recessed and pendant style fixtures. Installation is as easy as changing a light bulb. The LED technology creates even fields and delivers consistent color. The RETRO-Fusion™ 2.0 500 delivers more light than most 500 watt incandescent bulbs it replaces with only a 49 watt load.
What the Fusion 2.0 IS
- More cost effective than fixture replacement
- Large lumen output for this market
- Listed for screw-in replacement
- Field swappable bases
- Serviceable safety cable
- Dims on existing dimming systems with no additional installation or control system
- 0-100% dimming without flicker, pulse, or stepping
- 80+ High CRI
Electrical Data
- 49 Watts (49.07)
- Power Factor (PF): .9955
- Lumens: 5676 @ 2700K
- Lumens per watt: 115.67
- LM 70: >50,000 Hours
- CRI@2700K: 82, R9+4.9
- 1 lb 12.9 oz - 15.1 w/Reflector (.820-.905 kg)
Applications
- 9 feet to 50 feet high ceilings (2.75-15.25 meter high ceilings)
- Where dimming is a key concern
- Where there is no desire or budget to replace existing fixtures
- Where access is limited
- Where a custom solution is required
- Where the ceiling cannot be disturbed
Typical Installations
- Auditoriums
- Churches and houses of worship
- Arenas
- Lobbies
- Museums
- Educational facilities
- Convention centers
Base Types
Base Type | CCT Lumen Output |
---|---|
E26 - Edison | 2700K: 5676 Lumens |
E11 - Mini Candelabra | 3000K: 6024 Lumens |
E39 - Mogul * | 3500K: 6239 Lumens |
BA15D * | 4000K: 6309 Lumens |
Par Ring/Bare Wire | 5000K: 6372 Lumens |
Bi-Pin | |
Custom Options |
Fixture Lenses
- Tall 15 Degrees
- Tall 23 Degrees
- Tall 46 Degrees
- Short 26 Degree
- Short 40 Degree
- Short 59 Degree
- Short 70 Degree
- None 120 Degrees
Color Temp
- 2700K - Standard
- 3000K - Standard
- 3500K
- 4000K
- 5000K
Fixture Drawing
Short Fixture:
A diagram shows a short LED engine with dimensions. Key features include a safety cable and an E26 base. The weight is 1lb 12.9oz w/Reflector (.820 kg w/Reflector).
Tall Fixture:
A diagram shows a tall LED engine with dimensions. Key features include a safety cable and an E39 base. The weight is 1lb 15.1oz w/Reflector (.905 kg w/Reflector).
Order Guide
The order guide provides options for configuring the RETRO-Fusion 2.0:
- RETRO: Select Light (F2), Voltage (120, 230, 500), Fixture Type (500), Sink Size (X Standard), Color Temp (2.7K, 3.0K, 3.5K, 4.0K, 5.0K), CRI (80, *90, *95, *97). Note: CRI > 80 adds 6 weeks to delivery.
- TOPS: Select Top (E26, E11, BW (Bare Wire)), Type (S Short, T Tall), Length (1.35" or *CCC, 1.75", 2.75", 4.00" or *CCC, 12" min, increase in 6" increments). Custom height in inches to the nearest 1/4" from the top of the plate to the tip.
- REFLECTOR: Select Reflector (REF), Degree (15, 23, 46, 26, 40, 59, 70, 25), Size (T, S, Z).
- ADAPTER & EXTENDER OPTIONS: Select Type (ADP, EXT). Note: E39 and BA15D require E26 base with adapters.
- DIFFUSERS: Select Diffuser (DIF), Type (SMALL for Shorts, LARGE for Talls, KIT for Shorts and Talls).
Photometrics (R500) 3,000K
This section provides detailed photometric data for various beam angles (15°, 23°, 46°, 120°, 26°, 40°, 59°, 70°). It includes peak output in footcandles (fc) and multiplication factors for different distances and diameters to calculate light levels and area coverage. A note explains how to use multiplication factors for color temperature conversion.
Multiplication Factor for Color Temperature:
- To convert to 2,700 Kelvin - fc X .9488
- To convert to 3,500 Kelvin - fc X 1.0196
- To convert to 4,000 Kelvin - fc X 1.0439
- To convert to 5,000 Kelvin - fc X 1.0617
To Solve Footcandles Over A Distance: Peak Output ÷ (Distance X Distance)
To Solve Area Over A Distance: Diameter X Mult.Factor
Detailed charts show foot-candle levels at various distances for each degree of beam spread.