 |
New Enform-MAX: Great office lighting. 32% less energy.
Architects, designers and building owners want to know: "How can we reduce energy consumption while maintaining light levels?"
Énergie has the answer: Advanced direct/indirect lighting that delivers remarkable performance – saving you 32% in energy costs – at a price competitive with lesser lighting products.
Enform-MAX is a special version of the highly efficient Enform 1 fixture from renowned German manufacturer Trilux. Equipped with a single 26-watt T5 lamp and lower ballast factor (.95) ballast for even greater energy savings, Enform-MAX has a superlative 98% efficiency rating, making it one of the most efficient lighting systems on the planet.
Because Enform-MAX combines high efficiency with exceptional photometric control, it uses just 0.43 watts per square foot to deliver 35 footcandles of soft, comfortable, glare free illumination at the work surface. So you can curb energy use without sacrificing the lighting effectiveness people depend on. Like all Énergie products, Enform-MAX qualifies under the Buy American Act provisions of American Recovery and Reinvestment Act.
| |
Typical Direct/Indirect
1.0 ballast factor
ballast / 28-watt
T5 lamp |
|
Enform-MAX
.95 ballast factor
ballast / 26-watt
T5 lamp |
|
Enform-MAX
Advantage |
|
Fixture
efficiency |
90-92% |
|
98% |
|
6-8%
efficiency advantage |
|
Input watts per
8-foot module |
64 |
|
54 |
|
15%
fewer input watts |
|
Watts per
square foot
(to produce 35
footcandles at the
work surface) |
0.64 |
|
0.43 |
|
32%
less energy consumed |
|
| Enform-MAX will help you meet ASHRAE 90.1.07 unit power density and LEED certification requirements and create the potential for achieving additional LEED points. Other ballast options are available if lower light levels are required to further reduce energy consumption. Consult Énergie for details and availability. |
The ultimate in user comfort and energy efficiency.
Enform-MAX direct/indirect lighting employs advanced optical design and louver technology to deliver optimum distribution of light, meeting stringent European standards and ANSI/IESNA RP-1-04 guidelines for comfortable, glare-free illumination that people prefer. At the same time, it sets the highest standard in lighting performance – achieving 98% fixture efficiency – allowing you to satisfy needs in the most demanding work environments while curbing energy use by 32%.
Sleek, sophisticated lighting at a competitive price.
Enform-MAX not only delivers high-comfort illumination with extraordinary efficiency, it easily adapts to the needs of your space. The pendant-mounted 8-foot modules can be rapidly installed and joined using internal fasteners and through wiring systems to form precise linear runs. Louvers are continuous, so there are no interruptions in the downlight pattern.
With its economical steel body, Enform-MAX is surprisingly affordable, so you don't have to pay a premium for energy efficiency. Enform-MAX is manufactured in the United States, U.L./C.U.L. listed, with typical lead times under four weeks from date of order.
Sample Application
Large Office Example – Enform-MAX T5 (1) 26W with specular louvers
Room Size: 40’ x 50’ x 9’-6” (height)
|
Room Reflectances: 80/50/20 (Ceiling/Walls/Floor)
|
Mounting Height: 8’-0”
|
Number of Fixtures: 16 (8-foot fixtures)
|
Fixture Spacing: 12’ o.c. between rows
|
Lamp: 26W
|
Initial Lumens: 2900
|
Light Loss Factor: 0.86
|
Ballast: 0.95 BF
|
Input Watts: 54w / 8’ fixture
|
Avg. Work Area Illumination: 35FC (maintained)
|
| Lighting Power Density: 0.43 w/ft² |

| |
>25FC |
| |
<25FC |
| 35 FC average / 0.43 w/ft² |
|
Room Size: 40’ x 50’ x 9’-6” (height)
|
Room Reflectances: 80/50/20 (Ceiling/Walls/Floor) |
Mounting Height: 8’-0”
|
Number of Fixtures: 20 (8-foot fixtures)
|
Fixture Spacing: 10’ o.c. between rows
|
Lamp: 26W
|
Initial Lumens: 2900
|
Light Loss Factor: 0.86
|
Ballast: 0.95 BF
|
Input Watts: 54w / 8’ fixture
|
Avg. Work Area Illumination: 43FC (maintained)
|
| Lighting Power Density: 0.54 w/ft² |

| |
>35FC |
| |
<35FC |
| 43 FC average / 0.54 w/ft² |
|
|
 |