ELATION PROFESSIONAL Blade L Proteus Rayzor Instructions
- June 11, 2024
- ELATION PROFESSIONAL
Table of Contents
PROTEUS RAYZOR BLADE L
Photometric Test Report
©2022 ELATION PROFESSIONAL all rights reserved. Information, specifications, diagrams, images, and instructions herein are subject to change without notice. ELATION PROFESSIONAL logo and identifying product names and numbers herein are trademarks of ELATION PROFESSIONAL. Copyright protection claimed includes all forms and matters of copyrightable materials and information now allowed by statutory or judicial law or hereinafter granted. Product names used in this document may be trademarks or registered trademarks of their respective companies and are hereby acknowledged. All non- ELATION brands and product names are trademarks or registered trademarks of their respective companies.
Elation Professional USA | 6122 S. Eastern Ave. | Los Angeles, CA. 90040
323-582-3322 |
323-832-9142 fax |
www.elationlighting.com |
info@elationlighting.com
Elation Professional B.V. | Junostraat 2 | 6468 EW Kerkrade, The
Netherlands
+31 45 546 85 66 | +31 45 546 85 96 fax |
www.elationlighting.eu |
info@elationlighting.eu
Elation Professional Mexico | AV Santa Ana 30 | Parque Industrial Lerma,
Lerma, Mexico 52000
+52 728-282-7070
Testing Process
Total Lumen Measurements
Lumens are measured using a Viso Systems Lab Spion. As a goniophotometer,
the Viso calculates the field lumens of the fixture by taking multiple
measurements across the light beam.
Many lumens figures provided for entertainment lighting fixtures are only 2 sphere values, some even emphasize the LED engine lumens. All Elation product photometric data is the actual light output from the fixture lens, never a theoretical value based on calculation or using the source lumens as the fixtures output. We advise to always compare total fixture lumens acquired with identical measurement systems when comparing lighting fixtures.
Test Lab Equipment and Process
Elation operates an optical testing laboratory at its Los Angeles, CA
headquarters to provide accurate photometric data for its lighting products.
The testing lab is both light and climate- controlled and contains a variety
of precise lighting measurement systems. Fixtures are analyzed with the
sophisticated Viso Systems Lab Spion equipment, which measures all light and
color parameters by panning the light beam at a precise speed and from
different angles through a calibrated, laser aligned light and color sensor.
Test data is collected and summarized by the Viso Light Inspector software.
This type of measurement system is referred to as a Goniophotometer.
The Viso software calculates all relevant types of measurements, from beam angles, candela to center light intensity at a variety of distances to the latest color quality measurements like TM30 or CQS as well as accurate color temperature. This wealth of data is then processed by an Elation specific template which is included in the photometric test report for various fixture conditions such as zoom angles and color correction filters.
The Viso software also creates IES (Illuminating Engineering Society) files for each test report. IES is an industry standard file format created for the easy electronic transfer of photometric test data, which is widely used by lighting manufacturers for photometric data distribution.
Additionally, fixtures are periodically rechecked for accuracy using various hand-held light meters including one or more of the devices listed below. This is done to ensure the test data contained in this report is as accurate as possible.
Asenstek Lighting Passport | Konica Minolta T-10 | Sekonic C700T
PROTEUS RAYZOR Blade L (Zoom In)
Total Lumen Output: 7193 lm
Voltage: 117 V, Current: 8.24 A
Power: 967 W
Efficacy: 7 Lumen/Watt
Measurement Date: 9/22/2022
Spectral distribution
Dominant Wavelength
| Color coordinate cie 1931| Color coordinate cie 1931| Color
coordinate| Color coordinate
---|---|---|---|---
nm| x| y| u|
v
452
| 0.235| 0.177| 0.202|
0.228
Beam details
*measured at center of beam
1|
1a
| 1b| 1c| 1d|
1e
---|---|---|---|---|---
Distance (meter)
Distance (feet)| 1 m
3.3 ft| 2 m
6.6 ft| 3 m
9.8 ft| 4 m
13.1 ft| 5 m
16.4 ft
2|
2a
| 2b| 2c| 2d|
2e
Beam width (meter)
Beam width (feet)| 0.1 m
0.4 ft| 0.3 m
0.8 ft| 0.4 m
1.2 ft| 0.5 m
1.7 ft| 0.6 m
2.1 ft
Beam angles
Beam angle 50%
| Field angle 10%| Cutoff angle 2,5%
---|---|---
7.2°| 11.7°|
12.9°
Beam intensities
Peak intensity
| Int. ratio in 120° cone| Int. ratio in 90° cone
---|---|---
480500 cd| 100.0%|
100.0%
Beam Intensities from 1-20m
PROTEUS RAYZOR Blade L (Zoom 50%)
Total Lumen Output: 9047 lm
Voltage: 117 V, Current: 8.23 A
Power: 960 W
Efficacy: 9 Lumen/Watt
Measurement Date: 9/23/2022
Spectral distribution
Dominant Wavelength
| Color coordinate cie 1931| Color coordinate cie 1931| Color
coordinate| Color coordinate
---|---|---|---|---
nm| x| y| u|
v
451
| 0.236| 0.177| 0.203|
0.228
Beam details
*measured at center of beam
1|
1a
| 1b| 1c| 1d|
1e
---|---|---|---|---|---
Distance (meter)
Distance (feet)| 1 m
3.3 ft| 2 m
6.6 ft| 3 m
9.8 ft| 4 m
13.1 ft| 5 m
16.4 ft
2|
2a
| 2b| 2c| 2d|
2e
Beam width (meter)
Beam width (feet)| 0.4 m
1.4 ft| 0.9 m
2.8 ft| 1.3 m
4.3 ft| 1.7 m
5.7 ft| 2.2 m
7.1 ft
Beam angles
Beam angle 50%
| Field angle 10%| Cutoff angle 2,5%
---|---|---
24.5°| 31.3°|
34.3°
Beam intensities
Peak intensity
| Int. ratio in 120° cone| Int. ratio in 90° cone
---|---|---
61799 cd| 100.0%|
100.0%
Beam Intensities from 1-20m
PROTEUS RAYZOR Blade L (Zoom Out)
Total Lumen Output: 11505 lm
Voltage: 116 V, Current: 8.24 A
Power: 958 W
Efficacy: 12 Lumen/Watt
Measurement Date: 9/23/2022
Spectral distribution
Dominant Wavelength
| Color coordinate cie 1931| Color coordinate cie 1931| Color
coordinate| Color coordinate
---|---|---|---|---
nm| x| y| u|
v
447
| 0.240| 0.180| 0.205|
0.231
Beam details
*measured at center of beam
1|
1a
| 1b| 1c| 1d|
1e
---|---|---|---|---|---
Distance (meter)
Distance (feet)| 1 m
3.3 ft| 2 m
6.6 ft| 3 m
9.8 ft| 4 m
13.1 ft| 5 m
16.4 ft
2|
2a
| 2b| 2c| 2d|
2e
Beam width (meter)
Beam width (feet)| 1 m
3.3 ft| 2 m
6.5 ft| 3 m
9.8 ft| 4 m
13 ft| 5 m
16.3 ft
Beam angles
Beam angle 50%
| Field angle 10%| Cutoff angle 2,5%
---|---|---
52.9°| 70.5°|
76.7°
Beam intensities
Peak intensity
| Int. ratio in 120° cone| Int. ratio in 90° cone
---|---|---
16396 cd| 99.9%|
99.8%
Beam Intensities from 1-20m
PROTEUS RAYZOR Blade L (High CRI)
Photometric Report
**Total Lumen Output***
Integrating Sphere CRI Zoom 50
VISO Lab Spion 7516 lm
Color Temperature: 6082 K
CRI: 79.6
TLCI: 79
TM30: 82.5
CQS: 86.9
Voltage: 116 V, Current: 4.78 A
Power: 556.1 W
Efficacy: 14 Lumen/Watt
Measurement Date: 9/23/2022
Beam angle 50%
| Field angle 10%|
Cutoff angle 2.5%
---|---|---
24.6°
| 31.5°|
35°
Spectral Distribution
Dominant Wavelength 560 nm
*Total Lumen measurements by calibrated Everfine 2π Integrating Sphere and Viso Systems Lab Spion
Beam Details
Beam angle 50%
| Field angle 10%| Cutoff angle 2,5%
---|---|---
24.6°
|
31.5°
|
35°
1|
1a
| 1b| 1c| 1d|
1e
---|---|---|---|---|---
Distance (m)
Distance (ft)| 1
3.3| 5
16.4| 10
32.8| 15
49.2| 20
65.6
2|
2a
| 2b| 2c| 2d|
2e
Beam Width (m)
Beam Width (ft)| 0.4
1.4| 2.2
7.2| 4.4
14.3| 6.5
21.5| 8.7
28.6
Beam Intensities from 1-20m
Linear Distribution
Peak Candela
49997 cd
|
Calculate Center Beam Intensities
lux = 49997 / distance(m)²
fc = 49997 / distance(ft)²
---|---
Color Details
CIE 1931
CIE 1931 ZOOM
TM30: 82.5
CRI: 79.6 (R1-R8)
CRI R values, only R1-R8 are used to calculate final CRI value
R1
| R2| R3| R4| R5| R6| R7| R8| R9|
R10| R11| R12| R13| R14| R15
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---
89.0| 80.1| 70.6| 76.3| 85.5| 75.7| 77.8| 82.1| 92.4| 54.3| 75.3| 57.5| 85.5|
83.4|
90.5
TM30 C Values, 16 binned values out of total of 99 C values
C1
| C2| C3| C4| C5| C6| C7| C8| C9|
C10| C11| C12| C13| C14| C15| C16
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---
87.8| 90.2| 87.5| 81.8| 79.0| 81.4| 82.2| 79.1| 86.4| 83.7| 73.2| 76.4| 82.9|
81.1| 83.8|
81.9
CQS Q Values
Q1
| Q2| Q3| Q4| Q5| Q6| Q7| Q8| Q9|
Q10| Q11| Q12| Q13| Q14| Q15
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---
98.2| 92.8| 79.1| 85.2| 84.4| 77.8| 84.0| 96.2| 86.5| 83.7| 90.3| 90.2| 87.7|
94.0|
93.1
CQS: 86.9
Color Parameters
Color Temperatur e
| Color Rendering Index| Red Component| Color Fidelity| Color Gamut| Color Quality Scale| Color Coordinate CIE 1931| Color Coordinate CIE 1931| Color Coordinate| Color Coordinate|
Color Diviation from Black
---|---|---|---|---|---|---|---|---|---|---
CCT
| CRI| CRI R9| TM30 Rf| TM30 Rg| CQS| x| y|
u| v| Δuv
6082 K| 79.6| 92.4| 82.5| 105.9| 86.9|
0.319| 0.358| 0.192| 0.322|
0.0112
TM30 Details
Rf 82.5
Fidelity Index Rf
Rg 105.9
Gamut Index Rg
|
Graphic shifts (%)
---|---
Hue Bin
| Rf| Chroma| Hue
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
| 88
90
87
82
79
81
82
79
86
84
73
76
83
81
84
82
| 2%
-2%
-1%
2%
10%
13%
9%
-1%
-9%
-10%
-5%
0%
8%
11%
16%
7%
|
-6%
-3%
6%
11%
9%
2%
-7%
-12%
-8%
3%
16%
17%
14%
5%
0%
-8%
(1) Approx. limits for sources on the Planckian locus.
(2) Approx. limits for practical light sources.
ISO Diagrams
ISO Candela Diagram
10% 4672 cd
20% 9345 cd
30% 14017 cd
40% 18690 cd
50% 23362 cd
60% 28034 cd
70% 32707 cd
80% 37379 cd
90% 42052 cd
Conditions:
Number of c-planes: 2
Candela at center: 46724 cd
ISO Lux Diagram
Mounting Height: 10 meters (33 feet)
3% 14.0 lx
5% 23.4 lx
10% 46.7 lx
30% 140 lx
50% 234 lx
Conditions:
Number of c-planes: 2
Lux at center: 467 lx
Lux distribution on a surface when lamp is mounted at 10 meters from the surface.