DESIGN REVIEW BOARD (DRB) APPLICATION

DESIGN REVIEW BOARD (DRB) APPLICATION Property Address: _ Applicant s Name & Mailing Address: Applicant s Phone Number: Applicant s Email Address: Property Owner s Name & Mailing Address: _ Property Owner s Phone Number: _ The proposed work consists of the following (check all that apply): Sign Renovation Main Street Mall Outdoor Patio New Building Other Exterior Alteration Project Description: (Provide a concise written description of the proposed scope of work or sign- Do not write see attached ) A complete application must be submitted to the Development Department no later than two weeks before a regularly scheduled meeting of the Design Review Board. Please contact Brett Roler at (901) 575-0574 or roler@downtownmemphis.com. Owner/Applicant Signature: Date: By my signature above, I affirm that I am either the property owner or someone with direct authority from the property owner to apply for the proposed sign or scope of work, such as a tenant under lease, a property manager, an architect, a designer, or sign company representative working under contract with the property owner.

Harahan Bridge Mockup Construction Set March 14, 2016 Release: 03

JOB HARAHAN BRIDGE MOCKUP ROW 1 - (5) ARCHIPOINT icolor POWERCORE RGB TITLE/DESCRIPTION MOCKUP FIXTURE LOCATION ROW 2 - (9) 4' COLORGRAZE MX4 9X9 DEGREE ROW 3 - (9) 4' COLORGRAZE MX4 9X9 DEGREE ROW 4 - (9) 4' COLORGRAZE MX4 10X60 DEGREE ROW 5 - (9) 4' COLORGRAZE MX4 30X60 DEGREE ROW 6 (3) 4' icolor ACCENT MX POWERCORE DRAWING DRAWN BY OCM DATE 03.14.2016 SCALE NOT TO SCALE REVISIONS ROW 7 (6) 4' COLORGRAZE MX4 RGBA 30X60 DEGREE THIS DOCUMENT IS THE CONFIDENTIAL PROPERTY OF PHILIPS COLOR KINETICS LIGHTING AND IS LOANED SUBJECT TO RETURN UPON DEMAND: TITLE TO THIS DOCUMENT IS NEVER SOLD OR TRANSFERRED FOR ANY REASON. THIS DOCUMENT IS TO BE USED ONLY PURSUANT TO WRITTEN LICENSE OR WRITTEN INSTRUCTIONS OF PHILIPS COLOR KINETICS. ALL RIGHTS TO DESIGNS AND INVENTIONS ARE RESERVED BY PHILIPS COLOR KINETICS. POSSESSION OF THE DOCUMENT IS ACCEPTED SUBJECT TO THE FORGOING. DRAWING NO. BRIDGE SECTION 200

Project Images and Spec Sheets DRB Meeting June 1, 2016

Figure 1. Harahan Bridge Rendering in Philips Warm White Lighting June 1, 2016

ColorGraze MX4 Powercore Exterior premium LED wall grazing fixtures with extended color range

ColorGraze MX4 Powercore Exterior premium LED wall grazing fixtures with extended color range The new ColorGraze MX4 Powercore family extends the range and flexibility of the popular line of high-performance, fullcolor LED grazing fixtures from Philips Color Kinetics. These intelligent RGBW or RGBA fixtures offer an expanded palette of intensely saturated full-color light output in a variety of beam angles. Low-profile housing, connectorized cabling, a universal power input range, and direct line-voltage operation make ColorGraze MX4 Powercore fixtures easy to install and operate. Custom lengths, LED channels, beam angles, housing colors, and power consumption levels produce hundreds of possible configurations and light distribution patterns to support virtually any façade or surface illumination application. Tailor light output to specific applications Available in four standard lengths, with standard 9º x 9º, 10º x 60º, 15º x 30º, 30º x 60º and 60º x 30º beam angles. Individually addressable 305 mm (1 ft) segments accommodate fine control of color-changing effects and pre-programmed light shows. High-performance illumination and beam quality ColorGraze MX4 Powercore delivers well over 500 lumens of color-changing light per foot. Superior beam quality offers striation-free saturation for several feet from fixture placement with no visible light scalloping between fixtures. Flexible color control Channels of amber or neutral white LEDs seamlessly blend with channels of red, green, and blue LEDs to produce a significantly expanded color palette. In addition to the millions of saturated colors achievable with standard RGB lighting fixtures, ColorGraze MX4 Powercore RGBW fixtures produce an extended range of subtle pastel colors, while RGBA fixtures create vibrant golds and intense yellows that are more difficult to obtain on standard RGB fixtures. Integrates Powercore technology Powercore technology rapidly, efficiently, and accurately controls power output to fixtures directly from line voltage. The Philips Data Enabler Pro merges line voltage with control and delivers them to the fixture over a single standard cable, dramatically simplifying installation and lowering total system cost. Versatile installation options Convenient pushand-click connectors let you easily and rapidly install Leader Cables and Jumper Cables. Multiple cable lengths support a variety of layouts. Constant torque locking hinges offer simple and consistent position control from various angles. The low-profile aluminum housing accommodates placement within most architectural niches. Superior color consistency and accuracy Optibin, an advanced binning algorithm, sets a new standard for the color consistency and uniformity of LED sources used in manufacturing. Chromasync technology achieves unprecedented consistency of light performance and color precision across multiple fixtures in an installation, while maximizing intensity and color range. Industry-leading controls Fixtures work seamlessly with the complete Philips line of controllers, including Light System Manager, iplayer 3, and ColorDial Pro, as well as third-party controllers. Universal power input range Fixtures accept a universal power input range of 100 277 VAC for consistent installation anywhere in the world. Custom configurations for special applications Create custom configurations to support special applications by exchanging the LED sources in any channel. Options include white LED color temperatures ranging from 2700 K to 6500 K, Blue, Green, Amber, and Red. 60º x 60º and 90º x 60º beam angles also available. See the ColorGraze MX4 Powercore Ordering Information specification sheet for complete details. High performance + easy installation With flexible mounting options, multiple fixture length and beam angle options, integrated Powercore technology, and a discreet low-profile housing rated for use in outdoor locations, 2 ColorGraze MX4 Powercore Product Guide

Photometrics / ColorGraze MX4 Powercore, RGBW Photometric data is based on test results from an independent NIST traceable testing lab. IES data is available at www.philipscolorkinetics.com/support/ies. 1 ft (305 mm), 9º x 9º beam angle 1 ft (305 mm), 10º x 60º beam angle 1 ft (305 mm), 15º x 30º beam angle LED Lumens Efficacy RGBW 655 36.3 LED Lumens Efficacy RGBW 618 34.9 LED Lumens Efficacy RGBW 621 34.4 Polar Ca ndela Distr ibution Polar Candela Distri bution Polar Candela Distribution Cd: 0 90º Cd: 0 90º Cd: 0 90º 2,000 80º 383 80º 583 80º 4,000 70º 767 70º 1,167 6,000 1,150 1,750 60º 60º 8,000 1,533 2,333 70º 60º 10,000 50º 1,917 50º 2,917 50º 12,000 2,300 3,500 VA: 0º 10º 20º 30º 40º VA: 0º 10º 20º 30º 40º VA: 0º 10º 20º 30º 40º - 0º H - 90º H - 0º H - 90º H - 0º H - 90º H 0 25 45 70 90 0 11041 11041 11041 11041 11041 5 4240 4488 5386 6507 6909 15 272 324 383 430 472 25 39 44 53 52 49 35 13 11 13 15 17 45 5 5 6 7 7 55 3 2 3 4 4 65 2 2 2 2 2 75 1 1 1 1 1 85 1 0 0 0 0 90 0 0 0 0 0 0 0 3403 5 2530 15 25 35 45 55 65 75 85 90 435 55 14 6 4 3 1 1 0 25 45 70 90 3403 3403 3403 3403 2591 2795 3074 3183 529 776 1335 1648 71 119 280 418 16 23 46 64 7 9 13 15 4 5 7 7 3 3 4 4 1 1 2 2 1 0 0 0 0 0 0 0 Illuminance at Distance Illuminance at Distance Illuminance at Distance Center Beam fc Beam Width Center Beam fc Beam Width 4 ft 8 ft 12 ft 16 ft 20 ft 24 ft 690 fc 0.7 ft 1.0 ft 173 fc 1.4 ft 1.9 ft 77 fc 2.1 ft 2.9 ft 43 fc 2.8 ft 3.8 ft 28 fc 3.5 ft 4.8 ft 19 fc 4.2 ft 5.8 ft 4 ft 8 ft 12 ft 16 ft 20 ft 24 ft 138 fc 0.7 ft 5.6 ft 35 fc 1.5 ft 11.3 ft 15 fc 2.2 ft 16.9 ft 9 fc 2.9 ft 22.6 ft 6 fc 3.7 ft 28.2 ft 4 fc 4.4 ft 33.8 ft 105 ft (32 m) 1 fc maximum distance Vert. Spread: 10.1º Horiz. Spread: 13.7º 47 ft (14.3 m) 1 fc maximum distance Vert. Spread: 10.5º Horiz. Spread: 70.4º Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 1 116114112111 113 112110 98 108107106 104103103 101100100 98 1 114111109107 111 109107 94 105103102 101 100 99 98 97 96 94 1 115113111109 113 111109 97 107105104 103102101 100 99 98 96 2 113110107105 111 108106 97 105103102 102101100 100 99 98 96 2 108 104100 97 106 102 99 89 99 96 94 96 94 92 93 91 90 88 2 111107104102 109 106103 94 103 100 99 100 98 97 97 96 95 93 3 110107104101 109 105103 95 103 101 99 101 99 97 99 97 96 95 3 103 97 93 89 102 96 92 84 93 90 87 91 88 86 89 86 84 83 3 108 103 99 96 106 102 98 91 99 96 94 97 95 93 95 93 91 90 4 108 104101 98 107 103100 94 101 98 97 99 97 96 97 96 94 93 4 99 92 87 83 97 91 86 79 88 84 81 86 83 80 85 82 79 78 4 104 99 95 92 103 98 94 88 96 93 90 94 91 89 92 90 88 87 5 106 101 98 96 105 101 98 93 99 96 95 98 95 94 96 94 93 92 5 94 87 81 77 93 86 81 75 84 80 76 82 78 75 81 77 75 73 5 101 95 91 88 100 94 91 85 93 90 87 91 89 86 90 88 86 85 6 104 99 96 94 103 99 96 92 97 95 93 96 94 92 95 93 92 91 6 90 82 77 73 89 81 76 71 80 75 72 78 74 71 77 74 71 69 6 98 92 88 85 97 91 88 83 90 87 84 89 86 84 88 85 83 82 7 102 97 94 92 101 97 94 90 96 93 91 95 93 91 94 92 91 90 7 86 78 72 69 85 77 72 67 76 71 68 75 71 68 74 70 67 66 7 96 89 85 82 95 89 85 81 88 84 82 87 83 81 86 83 81 80 8 101 96 93 91 100 95 92 89 95 92 90 94 91 90 93 91 90 89 8 83 74 69 65 82 74 68 64 73 68 65 72 67 64 71 67 64 63 8 93 87 83 80 92 86 82 79 85 82 79 84 81 79 84 81 79 78 9 99 94 91 89 99 94 91 88 93 91 89 93 90 89 92 90 88 88 9 80 71 65 62 79 70 65 61 69 65 62 69 64 61 68 64 61 60 9 91 84 80 77 90 84 80 77 83 80 77 82 79 77 82 79 77 76 10 98 93 90 88 97 93 90 87 92 90 88 92 89 88 91 89 88 87 10 77 68 63 59 76 67 62 58 67 62 59 66 62 59 65 61 58 57 10 89 82 78 75 88 82 78 75 81 77 75 80 77 75 80 77 75 74 Zonal Lumen Zonal Lumen Zonal Lumen For lux multiply fc by 10.7 ColorGraze MX4 Powercore Product Guide 3

Photometrics / ColorGraze MX4 Powercore, RGBW, continued 1 ft (305 mm), 30º x 60º beam angle 1 ft (305 mm), 60º x 30º beam angle LED Lumens Efficacy RGBW 627 34.9 LED Lumens Efficacy RGBW 634 34.8 Polar Candela Distribution Polar Candela Distribution Cd: 0 90º Cd: 0 90º 183 80º 183 80º 367 550 733 70º 60º 367 550 733 70º 60º 917 50º 917 50º 1,100 VA: 0º 10º 20º 30º 40º 1,100 VA: 0º 10º 20º 30º 40º - 0º H - 90º H - 0º H - 90º H Illuminance at Distance Illuminance at Distance Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 1 113 110108105 111 108 106 93 104 102101 100 99 98 97 96 95 93 1 113 110 108106 111 108 106 94 104 102101 100 99 98 97 96 95 93 2 107 102 98 95 105 101 97 87 97 94 91 94 92 90 92 89 88 86 2 108 103 98 95 105 101 97 87 98 94 92 95 92 90 92 90 88 86 3 102 95 90 86 100 94 89 81 91 87 84 89 85 83 86 84 81 80 3 102 95 90 86 100 94 89 81 91 87 84 89 86 83 87 84 82 80 4 97 89 83 79 95 88 82 75 86 81 77 84 80 77 82 78 76 74 4 97 89 83 79 95 88 83 76 86 81 78 84 80 77 82 79 76 74 5 92 83 77 73 90 82 77 70 80 76 72 79 75 71 77 74 71 69 5 92 84 78 73 90 83 77 71 81 76 72 79 75 72 78 74 71 69 6 87 78 72 68 86 77 72 66 76 71 67 74 70 67 73 69 66 65 6 87 78 72 68 86 78 72 66 76 71 67 75 70 67 73 70 67 65 7 83 74 68 63 82 73 67 62 72 67 63 71 66 63 69 65 62 61 7 83 74 68 64 82 73 68 62 72 67 63 71 66 63 70 66 63 61 8 79 70 64 60 78 69 63 58 68 63 59 67 62 59 66 62 59 57 8 79 70 64 60 78 69 64 59 68 63 59 67 63 59 66 62 59 58 9 76 66 60 56 74 65 60 55 65 59 56 64 59 56 63 59 55 54 9 76 66 60 56 75 66 60 56 65 60 56 64 59 56 63 59 56 54 10 72 63 57 53 71 62 57 52 61 56 53 61 56 53 60 56 53 51 10 73 63 57 53 71 62 57 53 62 57 53 61 56 53 60 56 53 52 Zonal Lumen Zon al Lumen For lux multiply fc by 10.7 4 ColorGraze MX4 Powercore Product Guide

Photometrics / ColorGraze MX4 Powercore, RGBA Photometric data is based on test results from an independent NIST traceable testing lab. IES data is available at www.philipscolorkinetics.com/support/ies. 1 ft (305 mm), 9º x 9º beam angle 1 ft (305 mm), 10º x 60º beam angle 1 ft (305 mm), 15º x 30º beam angle LED Lumens Efficacy RGBA 566 31.2 LED Lumens Efficacy RGBA 543 30.1 LED Lumens Efficacy RGBA 555 31.0 Polar Candela Distribution Polar Candela Distribution Polar Candela Distribution Cd: 0 90º Cd: 0 90º Cd: 0 90º 1,400 80º 300 80º 483 80º 2,800 4,200 5,600 70º 60º 600 900 1,200 70º 60º 967 1,450 1,933 70º 60º 7,000 50º 1,500 50º 2,417 50º 8,400 VA: 0º 10º 20º 30º 40º - 0º H - 90º H 1,800 VA: 0º 10º 20º 30º 40º - 0º H - 90º H 2,900 VA: 0º 10º 20º 30º 40º - 0º H - 90º H Illuminance at Distance Center Beam fc Beam Width 4 ft 8 ft 12 ft 16 ft 20 ft 24 ft 525 fc 131 fc 58 fc 33 fc 21 fc 15 fc 0.8 ft 1.5 ft 2.3 ft 3.0 ft 3.8 ft 4.6 ft 1.0 ft 2.1 ft 3.1 ft 4.2 ft 5.2 ft 6.2 ft Illuminance at Distance Center Beam fc Beam Width 4 ft 8 ft 12 ft 16 ft 20 ft 24 ft 110 fc 28 fc 12 fc 7 fc 4 fc 3 fc 0.8 ft 1.6 ft 2.4 ft 3.2 ft 4.0 ft 4.8 ft 5.8 ft 11.7 ft 17.5 ft 23.4 ft 29.2 ft 35.1 ft Illuminance at Distance 92 ft (28 m) 1 fc maximum distance Vert. Spread: 10.8º Horiz. Spread: 14.8º 42 ft (12.8 m) 1 fc maximum distance Vert. Spread: 11.5º Horiz. Spread: 72.3º Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RCR: 0 119 119 119 119 116 116 116 100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116 100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116 100 111 111 111 106 106 106 102 102 102 100 1 116 114 112 111 113 112 110 98 108 107 106 104 103 103 101 100 100 98 1 114 111 109 106 111 109 107 94 105 103 101 101 100 98 98 97 96 94 1 115 113111 109 112 111 109 97 107 105104 103 102 101 100 99 98 96 2 113 110 107 105 111 108 106 97 105 103 102 102 101 100 100 99 98 96 2 108 104 100 97 106 102 98 89 99 96 93 96 93 91 93 91 89 88 2 111 107104 102 109 106 103 93 102 100 98 100 98 96 97 96 94 93 3 110 106 103 101 108 105 102 95 103 100 99 100 99 97 98 97 96 95 3 103 97 92 89 101 96 91 83 93 89 86 91 88 85 89 86 84 82 3 107 103 99 96 106 101 98 90 99 96 94 97 94 92 94 93 91 90 4 108 103 100 98 106 102 100 94 101 98 96 99 97 95 97 96 94 93 4 98 91 86 82 97 90 85 78 88 84 81 86 83 80 84 81 79 77 4 104 98 94 91 102 97 94 87 95 92 90 94 91 89 92 90 88 87 5 106 101 98 95 104 100 97 92 99 96 94 97 95 93 96 94 93 92 5 94 86 81 77 92 85 80 74 83 79 76 82 78 75 80 77 74 73 5 101 95 91 88 99 94 90 85 92 89 86 91 88 86 89 87 85 84 6 104 99 96 93 103 98 95 91 97 94 92 96 94 92 95 93 91 91 6 90 82 76 72 88 81 75 70 79 75 71 78 74 71 77 73 70 69 6 98 92 87 84 97 91 87 82 90 86 84 88 85 83 87 85 82 81 7 102 97 94 92 101 97 94 90 96 93 91 95 92 91 94 92 90 89 7 86 77 72 68 85 77 71 66 75 71 67 74 70 67 73 69 67 65 7 95 89 84 81 94 88 84 80 87 83 81 86 83 80 85 82 80 79 8 100 95 92 90 100 95 92 89 94 92 90 93 91 89 93 91 89 88 8 82 74 68 64 81 73 68 63 72 67 64 71 67 64 70 66 63 62 8 93 86 82 79 92 85 82 78 85 81 78 84 80 78 83 80 78 77 9 99 94 91 89 98 94 91 88 93 90 88 92 90 88 92 89 88 87 9 79 70 65 61 78 70 64 60 69 64 61 68 64 61 67 63 60 59 9 90 83 79 77 89 83 79 76 82 79 76 82 78 76 81 78 76 75 10 97 93 90 88 97 92 89 87 92 89 87 91 89 87 91 88 87 86 10 76 67 62 58 75 67 62 58 66 61 58 65 61 58 64 60 58 56 10 88 81 77 75 87 81 77 74 80 77 74 80 76 74 79 76 74 73 Zonal Lumen Zonal Lumen Zonal Lumen For lux multiply fc by 10. 7 ColorGraze MX4 Powercore Product Guide 5

Photometrics / ColorGraze MX4 Powercore, RGBA, continued 1 ft (305 mm), 30º x 60º beam angle LED Lumens Efficacy RGBA 547 30.1 1 ft (305 mm), 60º x 30º beam angle LED Lumens Efficacy RGBA 561 31.0 Polar Candela Distribution Polar Candela Distribution Cd: 0 148 90º 80º Cd: 0 90º 148 80º 297 445 593 70º 60º 297 445 593 70º 60º 742 50º 742 50º 890 VA: 0º 10º 20º 30º 40º 890 VA: 0º 10º 20º 30º 40º - 0º H - 90º H - 0º H - 90º H Illuminance at Distance Illuminance at Distance Center Beam fc Beam Width 4 ft 8 ft 12 ft 16 ft 20 ft 24 ft 55 fc 1.9 ft 5.7 ft 14 fc 3.8 ft 11.4 ft 6 fc 5.8 ft 17.1 ft 3 fc 7.7 ft 22.8 ft 2 fc 9.6 ft 28.5 ft 2 fc 11.5 ft 34.2 ft 29.8 ft (9.1 m) 1 fc maximum distance Vert. Spread: 27.0º Horiz. Spread: 71.0º Coefficients Of Utilization - Zonal Cavity Method Coefficients Of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance: 20% Effective Floor Cavity Reflectance: 20% RCC %: 80 70 50 30 10 0 RCC %: 80 70 50 30 10 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RW %: 70 50 30 0 70 50 30 0 50 30 20 50 30 20 50 30 20 0 RCR: 0 119 119 119 119 116 116 116 100 111 111 111 106 106 106 102 102 102 100 RCR: 0 119 119 119 119 116 116 116100 111 111 111 106 106 106 102 102 102 100 1 113 110 108 105 111 108 106 93 104 102 100 100 99 97 97 96 95 93 1 113110108105 111 108106 93 104102101 100 99 98 97 96 95 93 2 107 102 98 95 105 101 97 87 97 94 91 94 92 89 91 89 88 86 2 107 102 98 95 105 101 97 87 97 94 92 94 92 90 92 90 88 86 3 102 95 90 86 100 94 89 81 91 87 84 89 85 82 86 84 81 80 3 102 95 90 86 100 94 89 81 91 87 84 89 86 83 87 84 81 80 4 96 89 83 79 95 88 82 75 85 81 77 83 79 76 81 78 75 74 4 97 89 83 79 95 88 83 75 86 81 78 84 80 77 82 79 76 74 5 92 83 77 73 90 82 77 70 80 75 72 79 74 71 77 73 70 69 5 92 83 78 73 90 82 77 71 81 76 72 79 75 72 77 74 71 69 6 87 78 72 68 86 77 71 66 76 71 67 74 70 66 73 69 66 64 6 87 78 72 68 86 78 72 66 76 71 67 75 70 67 73 69 66 65 7 83 73 67 63 82 73 67 62 72 66 63 70 66 62 69 65 62 61 7 83 74 68 64 82 73 68 62 72 67 63 71 66 63 70 66 62 61 8 79 69 63 59 78 69 63 58 68 63 59 67 62 59 66 62 58 57 8 79 70 64 60 78 69 64 59 68 63 59 67 62 59 66 62 59 57 9 75 66 60 56 74 65 60 55 64 59 56 63 59 55 63 58 55 54 9 76 66 60 56 75 66 60 56 65 60 56 64 59 56 63 59 56 54 10 72 62 57 53 71 62 56 52 61 56 53 60 56 52 60 55 52 51 10 72 63 57 53 71 62 57 53 62 57 53 61 56 53 60 56 53 51 Zonal Lumen Zonal Lume n For lux multiply fc by 10.7 6 ColorGraze MX4 Powercore Product Guide

Specifications / ColorGraze MX4 Powercore Due to continuous improvements and innovations, specifications may change without notice. Item Fixture Beam Angle 1 ft (305 mm) 2 ft (610 mm) 3 ft (914 mm) 4 ft (1219 mm) Lumens* RGBW RGBA 9 x 9 655 1310 1965 2620 10 x 60 619 1238 1857 2476 15 x 30 622 1244 1866 2488 30 x 60 628 1256 1884 2512 60 x 30 634 1268 1902 2536 9 x 9 566 1132 1698 2264 10 x 60 543 1086 1629 2172 15 x 30 555 1110 1665 2220 30 x 60 547 1094 1641 2188 60 x 30 561 1122 1683 2244 Item Specification 1 ft (305 mm) 2 ft (610 mm) 3 ft (914 mm) 4 ft (1219 mm) Output Electrical Control Physical Certification and Safety LED Channels Lumen Maintenance Input Voltage Power Consumption (Max. at full output, steady state) Interface Control System Dimensions (Height x Width x Depth) Red / Green / Blue / 4000 K Red / Green / Blue / Amber 70,000 hours L70 @ 25 C 65,000 hours L70 @ 50 C 75,000 hours L50 @ 25 C 70,000 hours L50 @ 50 C 100 277 VAC, auto-ranging, 50 / 60 Hz 18.5 W 37 W 55.5 W 74 W Data Enabler Pro (DMX or Ethernet) Philips Color Kinetics full range of controllers, including Light System Manager, iplayer 3, and ColorDial Pro, or third-party controllers 2.7 x 12 x 2.8 in (69 x 305 x 71 mm) 2.7 x 24 x 2.8 in (69 x 610 x 71 mm) 2.7 x 36 x 2.8 in (69 x 914 x 71 mm) 2.7 x 48 x 2.8 in (69 x 1219 x 71 mm) Weight 2.1 lb (1.0 kg) 4.6 lb (2.1 kg) 7.1 lb (3.2 kg) 9.3 lb (4.2 kg) Housing Lens Fixture Connectors Mounting Temperature Humidity Fixture Run Lengths Certification Environment Extruded anodized aluminum Clear polycarbonate Integral male / female waterproof connectors Multi-positional, constant torque locking hinges -40 122 F (-40 50 C) Operating -4 122 F (-20 50 C) Startup -40 176 F (-40 80 C) Storage 0 95%, non-condensing To calculate fixture run lengths and total power consumption for your specific installation, download the Configuration Calculator from www.philipscolorkinetics. com/support/install_tool/ UL / cul, FCC Class A, CE, PSE, C-Tick, CQC Dry / Damp / Wet Location, IP66 * 305 mm (1 ft) lumen output measurements comply with IES LM-79-08 testing procedures. 610 mm (2 ft), 914 mm (3 ft), and 1219 mm (4 ft) measurements are estimated based on the 305 mm (1 ft) measurements. L70 = 70% lumen maintenance (when light output drops below 70% of initial output). L50 = 50% lumen maintenance (when light output drops below 50% of initial output). Ambient luminaire temperatures specified. Lumen maintenance calculations are based on lifetime prediction graphs supplied by LED source manufacturers. Calculations for white-light LED fixtures are based on measurements that comply with IES LM-80-08 testing procedures. Refer to www.philipscolorkinetics.com/support/appnotes/ lm-80-08.pdf for more information. ColorGraze MX4 Powercore Product Guide 7

Custom Configurations In addition to the standard configurations listed in this Product Guide, custom configurations are also available with non-standard options. See the ColorGraze MX4 Powercore Ordering Information sheet at www. philipscolorkinetics.com/ls/rgb/colorgraze-mx4- powercore/ for complete details. Component Available Non-Standard Options Any combination of Red, Green, LED Sources Blue, Royal Blue, Amber, 2700 K, 3000 K, 3500 K, 4000 K, 5700 K, and 6500 K Housing Color Choice of any RAL CLASSIC color except white Beam Angle * 60 x 60, 90 x 60 Power Consumption Factory-set custom power consumption levels Fixtures and Accessories ColorGraze MX4 Powercore fixtures are part of a complete system which includes: One or more Data Enabler Pro devices Any Philips controller, including Light System Manager, iplayer 3, and ColorDial Pro, or a third-party controller Leader Cables to connect the first fixture in each series to a Data Enabler Pro Optional Jumper Cables to add space between fixtures in a series, if necessary 3 + ground copper wire to connect Data Enabler Pro devices to a common junction box, if installing fixtures in parallel. Standard 12 AWG (2.05 mm) stranded wire is recommended. RGBW Fixtures Item Beam Angle Item Number Philips 12NC ColorGraze MX4 Powercore RGBW, 1 ft (305 mm) ColorGraze MX4 Powercore RGBW, 2 ft (610 mm) ColorGraze MX4 Powercore RGBW, 3 ft (914 mm) ColorGraze MX4 Powercore RGBW, 4 ft (1219 mm) 9 x 9 423-000001-00 910503704681 10 x 60 423-000001-01 910503704682 15 x 30 423-000001-02 910503704683 30 x 60 423-000001-03 910503704684 60 x 30 423-000001-04 910503704685 9 x 9 423-000001-05 910503704686 10 x 60 423-000001-06 910503704687 15 x 30 423-000001-07 910503704688 30 x 60 423-000001-08 910503704689 60 x 30 423-000001-09 910503704690 9 x 9 423-000001-10 910503704691 10 x 60 423-000001-11 910503704692 15 x 30 423-000001-12 910503704693 30 x 60 423-000001-13 910503704694 60 x 30 423-000001-14 910503704695 9 x 9 423-000001-15 910503704696 10 x 60 423-000001-16 910503704697 15 x 30 423-000001-17 910503704698 30 x 60 423-000001-18 910503704699 60 x 30 423-000001-19 910503704701 Use Item Number when ordering in North America. 8 ColorGraze MX4 Powercore Product Guide

RGBA Fixtures Item Beam Angle Item Number Philips 12NC ColorGraze MX4 Powercore RGBA, 1 ft (305 mm) ColorGraze MX4 Powercore RGBA, 2 ft (610 mm) ColorGraze MX4 Powercore RGBA, 3 ft (914 mm) ColorGraze MX4 Powercore RGBA, 4 ft (1219 mm) Accessories 9 x 9 423-000002-00 910503704702 10 x 60 423-000002-01 910503704703 15 x 30 423-000002-02 910503704704 30 x 60 423-000002-03 910503704705 60 x 30 423-000002-04 910503704706 9 x 9 423-000002-05 910503704707 10 x 60 423-000002-06 910503704708 15 x 30 423-000002-07 910503704709 30 x 60 423-000002-08 910503704710 60 x 30 423-000002-09 910503704711 9 x 9 423-000002-10 910503704712 10 x 60 423-000002-11 910503704713 15 x 30 123-000002-12 910503704714 30 x 60 123-000002-13 910503704715 60 x 30 123-000002-14 910503704716 9 x 9 423-000002-15 910503704717 10 x 60 423-000002-16 910503704718 15 x 30 423-000002-17 910503704719 30 x 60 423-000002-18 910503704720 60 x 30 423-000002-19 910503704721 Use Item Number when ordering in North America. Item Type Size Item Number Philips 12NC Leader Cable with Terminator Jumper Cable Glare Shield UL / cul CE / PSE UL / cul CE / PSE 10 ft (3.0 m) 108-000055-03 910503704066 50 ft (15.2 m) 108-000055-00 910503703137 10 ft (3.0 m) 108-000055-07 910503705065 50 ft (15.2 m) 108-000055-06 910503705064 End-to-End 108-000057-00 910503703139 1 ft (305 mm) 108-000057-03 910503704076 5 ft (1.5 m) 108-000057-06 910503704079 10 ft (3.0 m) 108-000057-09 910503704082 End-to-End 108-000057-01 910503704074 1 ft (305 mm) 108-000057-04 910503704077 5 ft (1.5 m) 108-000057-07 910503704080 10 ft (3.0 m) 108-000057-10 910503704083 1 ft (305 mm) 120-000081-00 910503700745 2 ft (610 mm) 120-000081-01 910503700746 3 ft (914 mm) 120-000081-02 910503700747 4 ft (1219 mm) 120-000081-03 910503700748 Additional Terminators Quantity 10 120-000157-00 910503703142 Additional Hinge Quantity 1 120-000098-00 910503700772 Data Enabler Pro 3/4 in / 1/2 in NPT (U.S. trade size conduit) 106-000004-00 910503701210 PG21 / PG13 (metric size conduit) 106-000004-01 910503701211 Use Item Number when ordering in North America. ColorGraze MX4 Powercore Product Guide 9

Dimensions 9 9 2.8 in (71 mm) 1 ft (305 mm) / 2 ft (610 mm) / 3 ft (914 mm) / 4 ft (1219 mm) 10 60 15 30 3.4 in (85 mm) 5.28 in 134 mm) / (17.4 in (442 mm) 29.4 in (747 mm) / 41.4 in (1052 mm) 30 60 2.1 in (53 mm) 2.7 in (69 mm).88 in (22 mm) 2.25 in 1.94 in (57 mm) (49 mm) 3.16 in (80 mm) 1.38 in (35 mm) 1.4 in (39 mm).28 in (7.2 mm) x4 Substrate 60 30 1.75 in (44 mm).38 in (9.5 mm) 2.36 in (60 mm) 90 90.38 in (9.5 mm).38 in (9.5 mm).88 in (22 mm) 2.36 in (60 mm) 1.38 in (35 mm).22 in (5.5 mm) x6 Fixture.813 in (21 mm) 10 ColorGraze MX4 Powercore Product Guide

Installation The ColorGraze MX4 Powercore family extends the range and flexibility of the popular line of high-performance, full-color LED grazing fixtures from Philips Color Kinetics. These intelligent RGBW or RGBA fixtures offer an expanded palette of intensely saturated full-color light output in a variety of beam angles. E Refer to the ColorGraze MX4 Powercore Installation Instructions for specific warning and caution statements. E Clean the lens with water and mild detergent using a soft cleaning cloth, and wipe dry. Because they will scratch, soften, pit, haze, yellow, mar, or crack the lens, do not use paper towels, abrasive cleaning products, window cleaners, or cleaning solutions containing chemicals such as ammonia, sodium hydroxide, and isopropyl alcohol. Owner / User Responsibilities It is the responsibility of the contractor, installer, purchaser, owner, and user to install, maintain, and operate ColorGraze MX4 Powercore fixtures in such a manner as to comply with all applicable codes, state and local laws, ordinances, and regulations. Consult with the appropriate electrical inspector to ensure compliance. Installing in Damp or Wet Locations When installing in damp or wet locations, seal all Data Enabler Pro devices and junction boxes with electronics-grade RTV silicone sealant so that water or moisture cannot enter or accumulate in wiring compartments, cables, or other electrical parts. Use suitable outdoor-rated junction boxes when installing in damp or wet locations. Additionally, use gaskets, clamps, and other parts required for installation to comply with all applicable local and national codes. Prepare for the Installation 1. Refer to the lighting design plan, architectural diagram, or other diagram that shows the physical layout of the installation to identify the locations of all switches, controllers, Data Enabler Pro devices, fixtures, and cables. 2. ColorGraze MX4 Powercore fixtures can be installed in series or in parallel (wired to a common junction box). The maximum number of fixtures each Data Enabler Pro can support depends on specific configuration details such as fixture length, fixture spacing, circuit size, line voltage, and leader cable length. For more information, and for help calculating the number of fixtures your specific installation can support, download the Configuration Calculator from www. philipscolorkinetics.com/support/install_tool/, or consult Application Engineering Services at support@colorkinetics.com. In addition to maximum fixture run lengths determined by the electrical configuration, each Data Enabler Pro imposes maximum run lengths based on data integrity. To ensure data integrity, maximum individual run lengths should not exceed 175 ft (53.3 m), and the total cable length per Data Enabler Pro should not exceed 400 ft (122 m). Fixtures Data Enabler Pro Data Integrity maximum individual length 175 ft (53.3 m) Fixtures Data Enabler Pro Data Integrity total length 400 ft (122 m) ColorGraze MX4 Powercore Product Guide 11

Start the Installation 1. Install all Data Enabler Pro devices, including any interfaces with controllers. Data Enabler Pro devices and external controllers send power and control signals to fixtures over Leader Cables. Jumper Cables are required to connect fixtures together in series. 2. Verify that all additional supporting equipment (switches, controllers) is in place. E Refer to the Data Enabler Pro Installation Instructions or Product Guide for guidelines on configuring and positioning the Data Enabler Pro in relation to the controller. 3. Ensure that all additional parts and tools are available, including: The included mounting hinges and hardware 2 mm, 2.5 mm, and 4 mm hex key wrenches 1/4 in (5 mm) socket cap fasteners, anchors, or screws for surface mounting 3 + ground copper wire, as needed. Standard 12 AWG (2.05 mm) stranded wire is recommended. Junction boxes, as needed, rated for your application. (Refer to the manufacturer s literature for additional items required for mounting or sealing.) Electronics-grade room temperature vulcanizing (RTV) silicone sealant, as needed Unpack and Prepare Fixtures 1. Carefully inspect the box containing ColorGraze MX4 Powercore and the contents for any damage that may have occurred in transit. 2. ColorGraze MX4 Powercore fixtures are addressable in 305 mm (1 ft) segments. This feature allows playback controllers to send unique light output data to each segment of each fixture within your installation. Included in the box ColorGraze MX4 Powercore fixture (1) or (2) Mounting hinges (2) or (4) M5, 15 mm stainless steel hex bolts for hinge installation Installation Instructions Each fixture segment, or LED node, come pre-programmed with a unique serial number. Each fixture has from one to four serial numbers, depending on its length. As you unpack the fixtures, record the serial numbers in a layout grid (typically a spreadsheet or list) for easy reference and light addressing. 3. Assign each fixture to a position in the lighting design plan. 4. To streamline installation and aid in light address programming, you can affix a weatherproof label identifying the order or placement in the installation to an inconspicuous location on each fixture s housing. 12 ColorGraze MX4 Powercore Product Guide

Mount and Connect Fixtures Make sure the power is OFF before mounting and connecting ColorGraze MX4 Powercore fixtures. ColorGraze MX4 Powercore fixtures offer bulkhead connectors that accept the ColorGraze MX4 Powercore pre-configured Leader and Jumper Cables. Because they have a male connector on one end of the fixture and a female connector on the other end, ColorGraze MX4 Powercore fixtures are directional, and must all be oriented in the same direction. Leader Cable 10 ft (3.05 m) or 50 ft (15.2 m) Data Enabler Pro Terminator Jumper Cable 1 ft (305 mm) or 5 ft (1.5 m) Jumper Cable End-to-End C 115 68 Mount Fixtures 2.7 in (69 mm) 3.937 in (100 mm) 3.62 in (92 mm) 2.25 in 1.94 in Swing radius Swing radius (57 mm) (49 mm) ) 1.16 in 1.16 in (29 mm) (29 mm) White connector = Cable input Black connector = Cable output 1. Using the included 4 mm hex hardware, attach two hinges to each fixture. There are three possible methods for attaching hinges to the fixtures, each method offering differing degrees of swing radius and space-efficiency. Select the method most suitable for your application. 1.75 in (44 mm).88 in (22 mm) 3.16 in (80 mm) 1.38 in (35 mm).38 in (9.5 mm) 2.36 in (60 mm).28 in (7.2 mm) x4 Substrate 1.4 in (39 mm) 3.35 in (85 mm) Swing radius 110.38 in 9.5 mm).38 in (9.5 mm).88 in (22 mm) 2. 6 in 1.38 in (60 mm) (35 mm).22 in (5.5 mm) x6 Fixture.813 in (21 mm) 2. If installing ColorGraze MX4 Powercore fixtures in parallel, mount junction boxes in accordance with the lighting design plan. 3. When installing a linear series of ColorGraze MX4 Powercore fixtures, make sure that all fixtures are oriented in the same direction. The white connectors are for cable inputs, and the black connectors are for cable outputs. The Leader Cable connects to the male bulkhead connector on the first fixture in each series. 4. Rotate the fixture hinge assemblies into the desired positions. For consistent position control, use the indicators on the side of each hinge knuckle for reference. Use a 2 mm hex key wrench to loosen the set screws, as needed. ColorGraze MX4 Powercore Product Guide 13

5. To accommodate installation from various angles, each hinge has four set screws designed to lock the hinge position. All four, or only two, of the set screws may be used, depending on the mounting method and swing radius you select for the hinge. For example, if the hinge leaves are to be fully closed, the interior set screws may not be accessible. Do not lock the hinges positions at this time; the hinges have a built-in constant torque feature that allows temporary positioning. For optimal light output performance, aim and lock the hinges following installation. Make Cable Connections 1. Connect Leader Cables: If installing fixtures in series, run a 3.0 m (10 ft) or 15.2 m (50 ft) Leader Cable from a Data Enabler Pro device to the input side of the first fixture in the series. Push the Leader Cable into the connector to lock it into place. If installing fixtures in parallel, run 3 + ground copper wire from a Data Enabler Pro device to a common junction box. Run Leader Cables from the common junction box to the input side of the first fixture in each series. Push the Leader Cables into the connectors to lock them into place. Within the common junction box, use wire nuts to connect line, neutral, ground, and data wires. Tuck wire connections into the junction box. Secure all junction box covers. If installing in a damp or wet location, seal all junction boxes and points of entry with contractor-grade RTV silicone sealant. Use gaskets, clamps, and other parts and fittings required to comply with local outdoor wiring codes. 2. Connect all Jumper Cables between fixtures. Push the cable ends into the connectors to lock them into place. 3. Insert a terminator into the output side of the last fixture in each series. (Terminators are provided with the ColorGraze MX4 Powercore Leader Cables.) Minimum distance between fixtures.2 in (5 mm) Minimum E Be sure to position fixtures close enough together so that Leader Cables and Jumper Cables are not stretched or taut when installed. Terminator Leader Cable Connector Dimensions UL / cul 14 AWG.064 in (2.08 mm 2 ).4 in (10.5 mm) 2.32 in (59 mm) 1.1 in (28 mm) Jumper Cable CE / PSE 14 AWG.064 in (2.08 mm 2 ).54 in (13.7 mm) 2.32 in (59 mm) Leader Cable 1.1 in (28 mm) CLICK 14 ColorGraze MX4 Powercore Product Guide

L Make Power Connections Once you ve made all fixture and junction box connections, connect the flying leads from a Leader Cable or 3 + ground wire from a common junction box to the 4-wire PC terminal connector block inside the Data Enabler Pro Housing. Power / data output to fixtures UL / cul E Refer to the Data Enabler Pro Product Guide for comprehensive installation and configuration instructions.you can view or download the guide from www. philipscolorkinetics.com/ls/pds/ dataenablerpro DMX DMX L N N L CE / PSE L Mains voltage output Data Enabler Pro E You can address fixtures and switch between 8-bit mode and 16-bit mode using QuickPlay Pro.You can download QuickPlay Pro from www. philipscolorkinetics.com/support/ addressing/ Address and Configure the Fixtures Make sure the power is ON before addressing and configuring fixtures. To allow a fine level of control, ColorGraze MX4 Powercore fixtures are addressable in 305 mm (1 ft) segments, or nodes. ColorGraze MX4 Powercore fixtures have one, two, three, or four nodes, depending on fixture length, each identified by a unique serial number. ColorGraze MX4 Powercore fixtures operate in 8-bit mode by default. You can configure ColorGraze MX4 Powercore to operate in 16-bit mode, which increases fixture resolution for smoother dimming and more precise color control. In 8-bit mode, fixture nodes use one DMX address per LED channel (red, green, blue and white or amber). In 16-bit mode, fixture nodes use two DMX addresses per LED channel. The first DMX address corresponds to the coarse data for that channel, and the second corresponds to the fine data. By using double the number of DMX addresses, 16-bit mode increases fixture resolution from 256 dimming steps to 65,536 (256 x 256) dimming steps. DMX Channel Assignments 8-Bit Mode 16-Bit Mode 1 2 3 4 Red Green Blue White or Amber 1 2 3 4 5 6 7 8 Red Coarse Red Fine Green Coarse Green Fine Blue Coarse Blue Fine White or Amber Coarse White or Amber Fine Each 305 mm (1 ft) ColorGraze MX4 Powercore node comes factory-addressed with a starting DMX address of 1. For lighting designs where fixture nodes work in unison, all nodes can be assigned the same DMX addresses. Changes to the default addresses are not necessary, but if nodes were previously readdressed for use in other installations, you must reset them. For light show designs that show different colors on different nodes simultaneously, you must assign unique DMX addresses to your nodes and sort them in a useful order. ColorGraze MX4 Powercore Product Guide 15

In Ethernet installations, you can address and configure fixture nodes using QuickPlay Pro with a computer connected to your lighting installation s network. QuickPlay Pro can automatically discover all fixture nodes, controllers, and Data Enabler Pro devices for quick configuration. In DMX installations, you can address and configure fixture nodes using QuickPlay Pro with iplayer 3 or SmartJack Pro. You can manually enter fixture node serial numbers, or you can import a spreadsheet listing each fixture node s serial number and starting DMX address. E You can download QuickPlay Pro from www.philipscolorkinetics.com/support/ addressing. E You will need the layout grid that you created when you recorded the serial numbers of the light fixtures in your installation. For details on addressing and configuring fixtures, controllers, and power / data supplies with QuickPlay Pro, refer to the Addressing and Configuration Guide, which you can view or download at www.philipscolorkinetics.com/support/addressing. Setting Fixture Dimming Curves Dimming curves describe how slowly or quickly a fixture dims at different levels of input. For finer control, ColorGraze MX4 Powercore offers three different dimming curves for use in different situations and applications: Normal The non-linear (gamma) dimming curve used in most Philips Color Kinetics LED lighting fixtures. ColorGraze MX4 Powercore fixtures use the normal dimming curve by default. Linear A dimming curve with a linear relationship between power input and DMX output. Tungsten A non-linear dimming curve that emulates the dimming curve of incandescent lamps on a DMX dimmer. This curve offers the most control at low intensities. Setting LED Transition Speed Normally, LEDs react to DMX or other control data instantaneously. In some cases, you may want to slow down the reaction speed to achieve smoother transitions when the intensity of different LED channels changes. ColorGraze MX4 Powercore offers five levels of decreasing LED transition speed, from Fast (instant snap changes) to Delay-4 (slowest transition speed). Chromasync: Maximizing Fixture-to-Fixture Consistency Optibin, our advanced binning algorithm, sets an industry-leading standard for the color consistency and uniformity of LED sources used in manufacturing. Chromasync technology enhances the performance of Optibin by maximizing fixture-to-fixture color consistency within an installation. By using active measurements of each fixture s color range taken during manufacturing, Chromasync achieves a common gamut for all ColorGraze MX4 Powercore fixtures, regardless of LED sources used or date of manufacture. Chromasync is especially valuable in lighting designs that feature combinations of two or more saturated colors (RGB white, yellow, cyan, and so on). In the case of RGB white, for example, Chromasync can reduce color variations across ColorGraze MX4 Powercore fixtures from 10 or more MacAdam ellipse steps to as little as four MacAdam ellipse steps. E Note that Chromasync achieves a common gamut at the expense of some intensity of output from a negligible loss to 10% or more, depending on color. While Chromasync does not calibrate colors with an external reference or standard, it accelerates commissioning of systems by eliminating the need for tedious fine-tuning of individual fixtures. 16 ColorGraze MX4 Powercore Product Guide

Chromasync technology supports three basic data operation modes for use with ColorGraze MX4 Powercore: 4-to-4, 3-to-4, and 3-to-3. 4-to-4 Configuration The 4-to-4 configuration works with newer controllers that deliver four channels of control data to four-channel LED fixtures. This is the default configuration for MX4 LED fixtures. 3-to-4 Configuration The 3-to-4 configuration works with controllers that employ three output data channels. ColorGraze MX4 Powercore maps three channels of control data to all four LED channels. 3-to-3 Configuration The 3-to-3 configuration allows legacy RGB light shows to be carried over to four-channel light fixtures; however, the fourth channel (White or Amber) is ignored. Therefore, this configuration does not utilize the full color palette available on the ColorGraze MX4 Powercore. Aim and Lock the Fixtures Make sure power is ON before aiming fixtures. E Do not look directly into a fixture when aiming and locking. Rotate the fixtures to achieve the optimal angle for light output. For consistent position control, use the indicators on the side of each hinge knuckle as reference. For fine horizontal adjustment, you can change the position of the hinge mounting block located on the side of each fixture. Loosen the set screw with a 2.5 mm hex key, slide the mounting block to the desired position, then tighten the set screw. Once satisfied with fixture angles and positioning, use a 2 mm hex key wrench to tighten the hinge position set screws and lock each hinge. 2 mm hex E The hinge position set screws have factory applied thread lock. Confirm the fixture angle and positioning before locking each hinge. ColorGraze MX4 Powercore Product Guide 17

Attach Glare Shields (Optional) Glare Shields, in 1 ft (305 mm), 2 ft (610 mm), 3 ft (914 mm), and 4 ft (1.2 m) lengths, can be inserted in the grooves in the ColorGraze MX4 Powercore housing. Glare Shields block unwanted spill light, and can shield the light sources from being directly visible in certain mounting situations. 1. Insert the Glare Shield s triangular tab in the outer groove on the side of the ColorGraze MX4 Powercore housing. 2. Using a hex wrench, tighten the locking screws to hold the Glare Shield in place. 3. (Optional) Attach a tether to the knockout in the Glare Shield, and affix the tether to a secure anchor point. 4. Using a small screwdriver, hand-tighten all set screws. Using a 1.5 mm hex wrench, torque the set screws to approximately 3.5 in-lbs (4 kgf/cm) to hold the Glare Shield in place. 1.5 mm Philips Color Kinetics 3 Burlington Woods Drive Burlington, Massachusetts 01803 USA Tel 888.385.5472 Tel 617.423.9999 Fax 617.423.9998 www.philipscolorkinetics.com Copyright 2015 Philips Solid-State Lighting Solutions, Inc. All rights reserved. Chromacore, Chromasic, CK, the CK logo, Color Kinetics, the Color Kinetics logo, ColorBlast, ColorBlaze, ColorBurst, ew Fuse, ColorGraze, ColorPlay, ColorReach, iw Reach, ew Reach, DIMand, EssentialWhite, ew, icolor, icolor Cove, IntelliWhite, iw, iplayer, Optibin, and Powercore are either registered trademarks or trademarks of Philips Solid-State Lighting Solutions, Inc. in the United States and / or other countries. All other brand or product names are trademarks or registered trademarks of their respective owners. Due to continuous improvements and innovations, specifications may change without notice. DAS-000130-00 R01 3-15

Data Enabler Pro Integrated data and power for intelligent LED lighting fixtures using Powercore

Data Enabler Pro Integrated data and power for intelligent LED lighting fixtures using Powercore Data Enabler Pro delivers integrated data and power to intelligent color and tunable white LED lighting fixtures employing Powercore technology from Philips Color Kinetics. Data Enabler Pro integrates many of the features of the previous generation of Data Enablers, including Data Enabler DMX, Data Enabler Ethernet, Data Enabler EO, and iw Data Enabler. Data Enabler Pro is the single solution for all intelligent Powercore-based installations, whether DMX or Ethernet, color or white, indoors or outdoors. Easy installation Accessible, clearly labeled terminal block connectors for DMX, Ethernet, line voltage, and fixtures make installation easy. Tethered cover with captive screws ensures convenient removal and replacement. Supports fixtures employing Powercore technology Powercore technology rapidly, efficiently, and accurately controls power output to LED lighting fixtures directly from line voltage. Philips Data Enabler Pro merges line voltage and control data and delivers them to Powercore fixtures over a single cable, dramatically simplifying installation and lowering total system cost. On-board diagnostics On-board indicator LEDs provide visual feedback for normal operation, Ethernet connection detection, and Ethernet and DMX data transmission. Full support for DMX and Ethernet Provides inputs and outputs for both DMX and Ethernet, allowing you to connect multiple Data Enabler Pro devices in series. Also provides an Ethernet output terminal for ew Accent MX Powercore and icolor Accent MX Powercore support. Outdoor-rated for use in damp and wet environments Data Enabler Pro offers superior leakage protection in a cast aluminum, IP66-rated enclosure. Multiple conduit entries Data Enabler Pro conduit entries accommodate NPT conduit in US trade sizes of 1/2 in and 3/4 in, or metric sizes of PG13.5 and PG21. Universal power input range Data Enabler Pro automatically senses mains voltages ranging from 100 VAC to 277 VAC, and passes mains voltages through to all connected lights. Designed for Maximum Energy Efficiency Data Enabler Pro consumes just 20 W maximum. Optional powersaving modes automatically cut power to attached lights when lights are off for a configurable number of minutes. 2 Data Enabler Pro Product Guide

DESIGNEDAND DEVELOPED IN THE USA. D MADE IN CHINA. www.colorkinetics.com 3.4 in 87 mm.8 in Ø (UL) Accepts ½ in NPT 20.4 mm Ø (CE) Accepts PG13.5 Data Enabler Pro 9.6 in 244 mm 10.5 in 267 mm 8.7 in 267 mm 3 mm hex 1.05 in Ø (UL) Accepts ¾ in NPT 26.8 mm Ø (CE) Accepts PG21 1.7 in 2.35 in 43 mm 60 mm 1.6 in 6.35 in 41 mm 161.3 mm Data Enabler Pro 5.4 in 138 mm 2.8 in 71 mm.1875 in Ø 4.8 mm Specifications Due to continuous improvements and innovations, specifications may change without notice. Item Specification Details Electrical Connections Physical Certification and Safety Input Voltage Maximum Input Current Power Consumption Load Current Power Input Power / Data Output DMX Input / Output Ethernet Input / Output Dimensions (Height x Width x Depth) Weight Construction Finish Threaded Openings Temperature Ranges Humidity Cooling Heat Dissipation Data Input Source Certification Environment 100 277 VAC*, auto-ranging, 50 / 60 Hz 16.5 A maximum 20 W maximum 16 A maximum 3-wire PC terminal block connector 4-wire PC terminal block connector 4-wire IDC terminal block connector (ew Accent MX Powercore and icolor Accent MX Powercore only) Double-pair, double-entry IDC connectors Double-pair, double-entry IDC connectors 3.4 x 10.5 x 5.4 in (87 x 267 x 138 mm) 5.4 lb (2.4 kg) Cast aluminum enclosure with slots for surface mounting Powder-coated gray matte 3/4 in NPT for power / 1/2 in NPT for data (US trade sizes) PG21 for power / PG13.5 for data (metric sizes) -40 122 F (-40 50 C) Operating -4 122 F (-20 50 C) Startup -40 176 F (-40 80 C) Storage 0 95%, non-condensing Convection 20 W Philips full range of controllers, third-party DMX controllers, or KiNET-compatible third-party Ethernet controllers UL / cul, FCC Class A, CE Dry / Damp / Wet Location, IP66 Included in the box Data Enabler Pro 8 mm hex wrench 3 mm hex wrench Installation Instructions * Verify that the line voltage is appropriate for the lighting fixtures in your installation. See a specific fixture s documentation for supported line voltages. PC terminal block connectors accept recommended wire sizes from 8 18 AWG (8.37 0.823 mm 2 ). IDC connectors accept wire sizes from 22 26 AWG (0.326 0.129 mm 2 ). KiNET is the Ethernet lighting protocol from Philips Color Kinetics. Ordering Information Item Type Item Number Philips 12NC Data Enabler Pro 3/4 in / 1/2 in NPT (US trade size conduit) 106-000004-00 910503701210 PG21 / PG13 106-000004-01 910503701211 (metric size conduit) Use Item Number when ordering in North America. Data Enabler Pro Product Guide 3

Installation Data Enabler Pro integrates data and power transmission for all intelligent color and tunable white LED lighting fixtures employing Powercore technology from Philips Color Kinetics. Installation specifics will vary depending on fixture types, controller, environment (dry or damp / wet), and network (DMX, Ethernet, or a combination). Owner / User Responsibilities It is the responsibility of the contractor, installer, purchaser, owner, and user to install, maintain, and operate Data Enabler Pro in such a manner as to comply with all applicable codes, state and local laws, ordinances, and regulations. Consult with the appropriate electrical inspector to ensure compliance. E Refer to the Data Enabler Pro Installation Instructions for specific warning and caution statements. Installing in Damp or Wet Locations When installing in damp or wet locations, seal all junction boxes, power supplies, and other devices with electronics-grade RTV silicone sealant so that water or moisture cannot enter or accumulate in any wiring compartments, cables, fixtures, or other electrical parts. You must use suitable outdoor-rated junction boxes when installing in wet or damp locations. Additionally, you must use gaskets, clamps, and other parts required for installation to comply with all applicable local and national codes. Plan the Installation To streamline installation and ensure accurate configuration, start with a layout or a lighting design plan that shows the physical layout of the installation and identifies the locations of all lighting fixtures, Data Enabler Pro devices, controllers, switches, and cables. DMX and Ethernet Configurations Data Enabler Pro can be used in either DMX or Ethernet networks. DMX is appropriate for relatively simple installations, or for installations in which groups of lights operate in unison for example, for accent lighting, perimeter lighting, or cove lighting applications. Typical DMX installations with intelligent LED lighting fixtures from Philips Color Kinetics use a controller such as iplayer 3, a Controller Keypad for turning the lighting system on and off and for triggering light shows, and one or more Data Enabler Pro devices. Data Enabler Pro devices can be connected in series to deliver DMX data from a single controller to all connected lights. Controller Keypad iplayer 3 Controller 100 240 VAC Data Enabler Pro 100 240 VAC Junction Box 4 Data Enabler Pro Product Guide

Because it is not subject to the DMX addressing limitations, Ethernet is the preferred environment for large-scale, color-changing light shows and video displays, both of which require large numbers of unique addresses. Typical Ethernet installations with Philips Color Kinetics LED lighting fixtures use an Ethernet switch, an Ethernet controller such as Light System Manager or Video System Manager Pro, Ethernet Controller Keypads for push-button light show triggering, and one or more Data Enabler Pro devices. You can connect up to 15 Data Enabler Pro devices in series. For additional Data Enabler Pro devices in a network, use additional Ethernet switch ports. Light System Manager Controller Ethernet Controller Keypad Ethernet Switch 100 240 VAC Data Enabler Pro Junction Box ColorBlast Powercore fixture run length example 30 @ 110 VAC 36 @ 120 VAC 66 @ 220 VAC 72 @ 240 VAC assuming fixtures installed on a 20 A circuit, using 5 ft (1.5 m) jumper cables E Verify that the line voltage is appropriate for the lighting fixtures in your installation. See a specific fixture s documentation for supported line voltages. Electrical Configuration Guidelines Linear Powercore fixtures, such as icolor Cove MX Powercore, icolor Accent Powercore, and iw Cove MX Powercore, are installed in series using the fixtures end-to-end connectors or jumper cables. Multiple runs are typically installed to a common junction box. Powercore floodlights, wash lights, and spotlights, such as ColorReach Powercore, ColorBlast Powercore, and ColorBurst Powercore, can be installed in series (each wired to a separate junction box) or in parallel (wired to a common junction box). The maximum number of fixtures each Data Enabler Pro can support depends on the fixture type and method of connection, as well as on additional configuration details such as fixture spacing, circuit size, wire gauge, and line voltage. As an example, the table to the left lists the maximum number of ColorBlast Powercore fixtures each Data Enabler Pro can support at various voltages, assuming a 20 A circuit and 5 ft (1.5 m) jumper cables between fixtures. Keep in mind that these figures, provided as a guideline, are accurate for the specified configuration only, and that changing the configuration can affect the number of fixtures per Data Enabler Pro. Philips Color Kinetics offers a Configuration Calculator to help calculate the number of fixtures a specific installation can support. You can download the Configuration Calculator from www.colorkinetics.com/support/install_tool/. For further help, please consult Application Engineering Services at support@colorkinetics.com. Data Enabler Pro must be installed in a location that allows air to move freely around the device. Startup and operating temperatures are rated to 122 F (50 C). Exceeding this temperature limit may cause device damage or failure. Data Enabler Pro Product Guide 5

Data Configuration Guidelines In addition to maximum fixture run lengths determined by the electrical configuration, each Data Enabler Pro imposes maximum run lengths based on data integrity. To ensure data integrity, maximum individual run length should not exceed 175 feet (53.3 m), and the total cable length per Data Enabler Pro should not exceed 400 feet (122 m). Data Enabler Pro Fixtures Data Enabler Pro Fixtures Data Enabler Pro Data Enabler Pro Data Integrity maximum individual length 175 ft (53.3 m) Data Integrity total length 400 ft (122 m) When selecting mounting locations for the Data Enabler Pro devices in your installation, keep cable and fixture run length maximums in mind: In Ethernet networks, maximum data cables lengths are 328 ft (100 m) between Ethernet devices without a repeater (for example, controller to switch, or switch to Data Enabler Pro). In DMX networks, maximum data run lengths are 1000 ft (305 m). The maximum number of Data Enabler Pro devices that can be connected in series is 32. We recommend using DMX repeaters for data run lengths that exceed the maximum length, as well as for runs of more than 32 Data Enabler Pro devices connected in series. Assemble Additional Items The following additional items are required to mount and connect Data Enabler Pro. 4 mounting screws suitable for the mounting surface For installations using US trade size conduit, 3/4 in NPT watertight conduit and fittings for power, and 1/2 in NPT watertight conduit and fittings for data, as required by local codes For installations using metric size conduit, PG21 watertight conduit and fittings for power, and PG13.5 watertight conduit and fittings for data, as required by local codes CAT 5e or better data cable, as required 4-conductor copper wire for fixture connections, as required. Standard 12 AWG (3.31 mm 2 ) stranded wire is recommended. Electronics-grade RTV silicone for installations in damp and wet locations Screwdrivers, wire strippers, and other tools as needed Controller Controller 328 ft (100 m) Max Ethernet maximum data cable length Data Enabler Pro 1000 ft (305 m) Max DMX maximum data run length Data Enabler Pro 6 Data Enabler Pro Product Guide

DESIGNEDAND DEVELOPED IN THE USA. MADE IN CHINA. www.colorkinetics.com Included in the box Data Enabler Pro 8 mm hex wrench 3 mm hex wrench Installation Instructions Inspect Data Enabler Pro and Accessories Carefully inspect the box containing Data Enabler Pro and the contents for any damage that may have occurred in transit. We recommend that you ensure your Data Enabler Pro devices are running the latest version of the firmware, and update the firmware if necessary, before positioning and mounting the devices. See pp. 20 23 of this guide for complete information. Position and Mount Data Enabler Pro Make sure the power is OFF before mounting and connecting Data Enabler Pro. 8 mm hex 3 mm hex 1. Each Data Enabler Pro device is identified by a unique serial number and IP address. The serial number and default IP addresses are located on a label inside the Data Enabler Pro housing. If your installation requires multiple Data Enabler Pro devices, record the serial numbers (DMX) or IP addresses (Ethernet) in a layout grid (typically a spreadsheet or list) for easy reference. 2. Assign each device to a position in the lighting design plan. Data Enabler Pro 9.6 in 244 mm 2.8 in 71 mm 3. Position each Data Enabler Pro device in its designated mounting location. Make sure the mounting surface is flat, suitable for the mounting hardware, and clear of debris and other obstructions. The overall dimensions of each Data Enabler Pro device are 10.5 in (267 mm) wide x 5.4 in (138 mm) deep x 3.4 in (87 mm) high. Make sure the mounting location allows enough space around the housing for air to move freely around the device. Be careful not to obstruct or submerge the vents on either side of the Data Enabler Pro housing. 10.5 in 267 mm 3 mm hex.1875 in Ø 4.8 mm Input side Output side.8 in Ø (UL) Accepts ½ in NPT 20.4 mm Ø (CE) Accepts PG13.5 8.7 in 267 mm 1.05 in Ø (UL) Accepts ¾ in NPT 26.8 mm Ø (CE) Accepts PG21 3.4 in 87 mm We recommend orienting Data Enabler Pro so that power and data cables enter 1.7 in 2.35 in the input side of the housing (the side with four threaded openings), and fixture 43 mm 60 mm 1.6 in 6.35 in cables exit the output side (the side with two threaded openings). 41 mm 5.4 in 138 mm 161.3 mm Data Power Power Data 4. Use four suitable mounting screws to secure Data Enabler Pro to the mounting location. Data Enabler Pro Do not obstruct or submerge the vents Data Enabler Pro Product Guide 7

Prepare for Cable Connections 1. Using the included 3 mm hex wrench, loosen the housing cover s six captive screws to open the Data Enabler Pro housing. 3 mm hex 2. Identify which openings to use for power and data cables, and remove the seal plugs from the openings. For installations using US trade size conduit, the larger openings accommodate 3/4 in NPT cable connectors for power, and the smaller openings accommodate 1/2 in NPT cable connectors for data. For installations using metric size conduit, the larger openings accommodate PG21 cable connectors for power, and the smaller openings accommodate PG13.5 cable connectors for data. 3. Install and tighten cable connectors to manufacturer s specs. Do not overtighten. 4. Torque remaining seal plugs to approximately 19 in-lb (2.2 Nm). E In wet or damp locations, use electronics-grade RTV silicone to seal all points of entry in all Data Enabler Pro devices and all connected junction boxes to prevent water infiltration. 8 mm hex or 5/16 in hex 8 Data Enabler Pro Product Guide

Controller Data Enabler Pro Make Data Input Connections Data Enabler Pro has different connectors for DMX and Ethernet data inputs. Instead of RJ45 connectors, Data Enabler Pro uses double-pair, double-entry IDC connectors, which accept unstripped cable wire strands. Philips Color Kinetics uses a DMX scheme that differs slightly from the popular DMX scheme maintained by the Entertainment Services and Technology Association (ESTA). You use the CK DMX scheme with Philips Color Kinetics DMX controllers, and the ESTA DMX scheme with many common third-party DMX controllers. 1. Run CAT 5e or better cable from the data output port of a Philips Color Kinetics DMX controller, such as iplayer 3. 2. If necessary, cut the cable jacket to expose the wire pairs. Do not strip the wire pairs. 3. Locate the DMX input pivot connectors inside the Data Enabler Pro housing. Open both wire stuffers. 4. Insert the wires into the IDC connector s wire entry holes from right to left as follows: 1000 ft (305 m) Max DMX maximum data run length + DMX DMX out E IDC connectors accept wire sizes from 22 26 AWG (0.326 0.129 mm 2 ). CK RJ45 Pinouts RJ45 Pin # CK DMX Signal Wire Color 1 DMX_DATA Orange / White 2 DMX_DATA+ Orange 3 GND Green / White 6 GND Green For CK DMX, Orange / White, Orange, Green / White, and Green. For ESTA DMX, Orange / White, Orange, Brown / White, and Brown. The unused wires should be capped and turned back. + DMX DMX in ESTA RJ45 Pinouts RJ45 Pin # DMX512-A Signal Wire Color 1 DMX_DATA+ Orange / White 2 DMX_DATA Orange 7 GND Brown / White 8 GND Brown 8 1 1 2 3 4 5 6 7 8 CK DMX wiring ESTA DMX wiring Data Enabler Pro Product Guide 9

DMX DMX L N L N 5. While holding the wires firmly in place, push down on the wire stuffers until they click shut. CK DMX wiring ESTA DMX wiring 6. Unless you re connecting additional devices in series, use the termination switch to terminate the series. DMX input Ethernet Data Input Connections 1. Run CAT 5e or better cable from the data output port of a Philips Color Kinetics Ethernet controller, such as Light System Manager or Video System Manager Pro. 2. If necessary, cut the cable jacket to expose the wire pairs. Do not strip the wire pairs. The Brown, Brown / White, Blue, and Blue / White wires are not used and should be capped and turned back. 3. Locate the Ethernet input pivot connectors inside the Data Enabler Pro housing. Open both wire stuffers. Controller Data Enabler Pro Ethernet out 328 ft (100 m) Max Ethernet maximum data cable length E IDC connectors accept wire sizes from 22 26 AWG (0.326 0.129 mm 2 ). Ethernet in 10 Data Enabler Pro Product Guide

DMX DMX L N L N Ethernet Pinouts RJ45 Pin # Ethernet Signal Wire Color 1 RxD+ Orange / White 2 RxD Orange 3 TxD+ Green / White 6 TxD Green 4. From right to left, following the wire color codes printed on the data board, insert the Orange / White, Orange, Green / White, and Green wires into the pivot connector s wire entry holes. 8 1 1 2 3 4 5 6 7 8 5. While holding the wires firmly in place, push down on the wire stuffers until they click shut. Ethernet input Data Enabler Pro Product Guide 11

Connecting Data Enabler Pro Devices in Series (Optional) Installations with large numbers of fixtures may require multiple Data Enabler Pro devices. Data Enabler Pro affords DMX and Ethernet output connectors, which you can use to connect two or more Data Enabler Pro devices in series. Series Connection Using DMX In DMX networks, you should use DMX repeaters for run lengths of over 1000 ft (325 m). Also use a DMX repeater for runs of more than 32 Data Enabler Pro devices connected in series. 1. Cut a sufficient length of CAT 5e or better cable to connect the first Data Enabler Pro device in a series with the next. 2. If necessary, cut both ends of the cable jacket to expose the wire pairs. Do not strip the wire pairs. The Brown, Brown / White, Blue, and Blue / White wires are not used and should be capped and turned back. 3. Run one end of the cable through a cable connector installed on the output side of the first Data Enabler Pro device in the series (the side with two openings). 4. Locate the DMX output pivot connectors inside the Data Enabler Pro housing. Open both wire stuffers. E IDC connectors accept wire sizes from 22 26 AWG (0.326 0.129 mm 2 ). 5. From right to left, following the wire color codes printed on the data board, insert the Orange / White, Orange, Green / White, and Green wires into the pivot connector s wire entry holes. 12 Data Enabler Pro Product Guide

DMX DMX L N L N 6. While holding the wires firmly in place, push down on the wire stuffers until they click shut. DMX output DMX input 7. Run the free end of the cable to the next Data Enabler Pro device in the series, and make DMX data input connections as described in the previous section. 8. Repeat for each Data Enabler Pro device in the series. 9. Terminate the last Data Enabler Pro device in the series using the termination switch. Series Connection Using Ethernet You can connect up to 15 Data Enabler Pro devices in series. Use additional Ethernet switch ports to connect additional Data Enabler Pro devices to your network. In Ethernet networks, maximum run lengths for data cables are 328 ft (100 m) between Ethernet devices without a repeater. Controller Data Enabler Pro 328 ft (100 m) Max Ethernet maximum data cable length 1. Cut a sufficient length of CAT 5e or better cable to connect the first Data Enabler Pro device in a series with the next. 2. If necessary, cut both ends of the cable jacket to expose the wire pairs. Do not strip the wire pairs. The Brown, Brown / White, Blue, and Blue / White wires are not used and should be capped and turned back. 3. Run one end of the cable through a cable connector installed on the output side of the first Data Enabler Pro device in the series (the side with two openings). Data Enabler Pro Product Guide 13

DMX DMX L N L N 4. Locate the Ethernet output pivot connectors inside the Data Enabler Pro housing. Open both wire stuffers. 5. From right to left, following the wire codes printed on the data board, insert the Orange / White, Orange, Green / White, and Green wires into the pivot connector s wire entry holes. 6. While holding the wires firmly in place, push down on the wire stuffers until they click shut. Ethernet output Ethernet input 7. Run the free end of the cable to the next Data Enabler Pro device in the series, and make Ethernet data input connections as described in the previous section. 8. Repeat for each Data Enabler Pro device in the series. 14 Data Enabler Pro Product Guide

DMX DMX L L N N.6 in 15 mm L UL / cul CE / PSE Make Mains Voltage Connections 1. Run the mains voltage power cable through a cable connector installed on the input side of the Data Enabler Pro housing (the side with the four openings). Pull at least 5 in (127 mm) of wire into the housing. 2. Strip.6 in (15 mm) of insulation from the wires. If using stranded wire, twist each wire tight to secure the wire threads. 3. Locate the mains voltage 3-wire PC terminal block connector inside the Data Enabler Pro housing. 4. Securely install line, neutral, and ground in the terminal block: Insert a small flathead screwdriver in the slot above a wire entry hole. Firmly insert the correct wire in the wire entry hole. Remove the screwdriver. L E PC terminal block connectors accept recommended wire sizes from 8 18 AWG (8.37 0.823 mm 2 ). L N Mains voltage input Data Enabler Pro Product Guide 15

DMX L N L N Make Fixture Cable Connections Philips Color Kinetics intelligent LED lighting fixtures that use Data Enabler Pro either have a detachable leader cable with flying leads, or an integrated power / data cable. Leader cables range from 10 ft (3 m) to 60 ft (18.3 m), while integrated power / data cables can be as long as 12 ft (3.7 m) or as short as 6 in (152 mm). Fixtures with integrated cables, such as ColorBlast Powercore and ColorBurst Powercore, are installed to junction boxes. For runs of fixtures installed in series, a lead wire is run from the first junction box to Data Enabler Pro. For fixtures installed in parallel (star configuration), a lead wire is run from a common junction box to Data Enabler Pro. Fixtures with detachable leader cables, such as ColorGraze Powercore, icolor Cove MX Powercore, and icolor Accent Powercore, can be installed in single runs by connecting the leader cable directly to Data Enabler Pro. Fixtures in the run are connected together by means of integrated end-to-end connectors or jumper cables. Multiple runs of fixtures can also be connected in parallel by connecting a lead wire from a common junction box to a Data Enabler Pro. For fixtures that do not use leader cables and jumper cables, use a sufficient length of 4- conductor copper wire to connect fixtures to each other and to Data Enabler Pro. Standard 12 AWG (3.31 mm 2 ) stranded wire is recommended, but the wiring you use depends on local electrical codes. 1. Run a leader cable from a run of fixtures, or a lead wire from a junction box, through a cable connector installed on the output side of the Data Enabler Pro housing (the side with two openings). Drag at least 6 in (152 mm) of wire into the housing. 2. Strip.6 in (15 mm) of insulation from the wires. If using stranded wire, twist each wire tight to secure the wire threads. 3. Locate the fixture cable 4-wire PC terminal block connector inside the Data Enabler Pro housing. 4. Securely install line, neutral, ground, and data in the terminal block: Insert a small flathead screwdriver in the slot above a wire entry hole. Firmly insert the correct wire in the wire entry hole. Remove the screwdriver. E ew and icolor Accent MX Powercore accept direct Ethernet data input. Use the separate 4-wire IDC terminal block connector for Ethernet data output to ew and icolor Accent MX Powercore, as described in the next section. L.6 in 15 mm UL / cul CE / PSE L E PC terminal block connectors accept recommended wire sizes from 8 18 AWG (8.37 0.823 mm 2 ). Fixture output L N DMX L N 16 Data Enabler Pro Product Guide

DMX DMX L N L N Fixture Cable Connection for ew Accent MX Powercore and icolor Accent MX Powercore Data Enabler Pro includes a separate 4-wire IDC terminal block connector for Ethernet data output to ew and icolor Accent Powercore fixtures, which directly accept Ethernet input. Leader cables for ew and icolor Accent Powercore bundle data and power wires within the same wire jacket. 1. Run an ew or icolor Accent Powercore leader cable through a cable connector installed on the output side of the Data Enabler Pro housing (the side with two openings). 2. Strip off a sufficient length of the cable jacket to connect the data wires to the IDC terminal block on the data board and the power wires to the fixture cable PC terminal block on the power board. 2. Strip.6 in (15 mm) of insulation from the power wires. If using stranded wire, twist each wire tight to secure the wire threads. 3. Connect the data wires to the IDC terminal block: Using your fingers or a small tool, lift the four punch-down connectors. From right to left, following the wire codes printed on the data board, insert the Orange / White, Orange, Blue / White, and Blue wires into the wire entry holes on the front of the connector. Push down each punch-down connector until they snap firmly in place. 4. Securely install line, neutral, and ground in the fixture cable 4-wire terminal block: Insert a standard flathead screwdriver in the slot above a wire entry hole. Firmly insert the correct wire in the wire entry hole. (Leave the data position empty.) ew or icolor Accent MX Powercore output Data Enabler Pro Product Guide 17

Remove the screwdriver. Secure Cover Once you have finished connecting all data and power inputs and outputs, secure the Data Enabler Pro cover. 1. Seat the cover on the Data Enabler Pro housing. 2. Using the included 3 mm hex wrench, tighten the housing cover s six captured screws, in the order indicated in the diagram to the right. 3 1 6 Data Enabler Pro 3 mm hex 5 2 4 3. Torque each screw to approximately 16 in-lb (1.8 Nm). Installing in Damp or Wet Locations When installing in damp or wet locations, seal all junction boxes, power supplies, and other devices with electronics-grade RTV silicone sealant so that water or moisture cannot enter or accumulate in any wiring compartments, cables, fixtures, or other electrical parts. You must use suitable outdoor-rated junction boxes when installing in wet or damp locations. Additionally, you must use gaskets, clamps, and other parts required for installation to comply with all applicable local and national codes. 18 Data Enabler Pro Product Guide

E You can download QuickPlay Pro from www.colorkinetics.com/support/ addressing. Configuring Data Enabler Pro with QuickPlay Pro (Optional) You can configure Data Enabler Pro devices using QuickPlay Pro addressing and configuration software. In Ethernet installations, you can automatically discover all Data Enabler Pro devices using QuickPlay Pro with a computer connected to your lighting installation s network. In DMX installations, you can configure Data Enabler Pro devices with QuickPlay Pro by connecting a computer directly to the Ethernet input terminal block. When a Data Enabler Pro device is connected to your lighting network, the Data Enabler Pro tab under PDS Configuration becomes active. The Data Enabler Pro tab provides options for setting DMX and power modes. E For details on standard QuickPlay Pro options for Data Enabler and Data Enabler Pro devices, refer to the Addressing and Configuration Guide, which you can view or download at www.colorkinetics.com/ support/addressing Setting DMX Mode Under normal operation, Data Enabler Pro handles data in a slightly different manner than earlier versions of Data Enabler. Different versions, therefore, can be out of sync by one frame when used together in the same lighting network. Though small, the discrepancy could be visible in video displays or other rapidly changing light shows. To synchronize Data Enabler Pro with earlier versions of Data Enabler, click Backwards Compatible. E Click the Refresh button after changing the power mode, as available controller and fixture options may have changed. To set Data Enabler Pro to operate normally, click Normal (the default). Setting Power Mode To maximize energy efficiency, optional power-saving modes automatically cut power to attached lights when lights are off for a configurable number of minutes. Use the Power Mode drop-down list to set Data Enabler Pro power mode. To send power to connected lights at all times, select Enable Power (the default). (Lights continue to draw power even when receiving no data or black data.) To cut power to connected lights at all times, select Disable Power. (Lights remain off even when receiving non-black data.) Data Enabler Pro Product Guide 19

To cut power to connected lights after receiving no data for a period of time, select Turn off after no data for, and enter a timeout (in minutes) in the text box. Power is automatically restored to connected lights when data flows again. To cut power to connected lights after receiving black data (DMX packets with all data fields set to 0) for a period of time, select Turn off after black data for, and enter a timeout (in minutes) in the text box. Power is automatically restored to connected lights when non-black data flows again. Updating Data Enabler Pro Firmware The Data Enabler Pro firmware image is periodically updated to improve system performance and functionality. To maximize system performance, make sure your Data Enabler Pro devices are running the most recent version of the firmware. We recommend that you confirm that your Data Enabler Pro devices have the most recent version of the firmware before installing them in your lighting network. Determine Data Enabler Pro Firmware Version 1. You can determine the firmware version that your Data Enabler Pro devices are running with a computer and QuickPlay Pro: In Ethernet installations, connect a computer to the lighting network and run QuickPlay Pro. QuickPlay Pro automatically discovers all connected Data Enabler Pro devices. Select a device from the Controllers drop-down list. In DMX installations, directly connect a computer to the Ethernet input port inside the Data Enabler Pro housing, and run QuickPlay Pro. 2. If necessary, select a Data Enabler Pro device from the Controllers drop-down list. The firmware version for the selected Data Enabler Pro device appears at the top of the QuickPlay Pro window, on the right. E You can download QuickPlay Pro from www.colorkinetics.com/support/ addressing. Firmware release number 20 Data Enabler Pro Product Guide

Download Data Enabler Pro Firmware If a more recent version of the Data Enabler Pro firmware is available, download the firmware file (.hex extension): 1. Visit the Firmware Updater page at www.colorkinetics.com/support/downloads/ firmware/ to check for the latest firmware version. 2. If a newer firmware image is available, click the link on the Firmware Updater page to download the firmware file to an accessible location on your computer. Download CK Firmware Updater To update the firmware image on a Data Enabler Pro device, you must download and install the CK Firmware Updater application on your computer. 1. Visit the Firmware Updater page at www.colorkinetics.com/support/downloads/ firmware/ 2. Download the CK Firmware Updater installer. 3. Decompress the file to an accessible location on your computer and open it. 4. Run the installer, and follow the on-screen instructions. Data Enabler Pro Product Guide 21

Running a Data Enabler Pro Firmware Update (Ethernet network) 1. Connect a computer to the lighting network, and run CK Firmware Updater. 2. From the Interface Select drop-down list, select Ethernet Controllers. 3. From Device Select drop-down list, select Data Enabler Pro. 4. Click File Select, navigate to the folder to which you downloaded the firmware file (.hex extension), and click Open. 5. Click Discover. CK Firmware Updater automatically discovers all Data Enabler Pro devices connected to your lighting network. 6. Select a Data Enabler Pro device and click PROGRAM. 7. Repeat step 6 for each Data Enabler Pro device that you want to update. Running a Data Enabler Pro Firmware Update (DMX network) 1. Directly connect a computer to the Ethernet input port inside the housing of a Data Enabler Pro device that you want to update 2. Run CK Firmware Updater. 3. From the Interface Select drop-down list, select Ethernet Controllers. 4. From the Device Select drop-down list, select Data Enabler Pro. 5. Click File Select, navigate to the folder to which you downloaded the firmware file (.hex extension), and click Open. 6. Click Discover. CK Firmware Updater discovers the Data Enabler Pro device to which your computer is currently connected. 7. Click PROGRAM. 8. Repeat steps 1 7 for each Data Enabler Pro device that you want to update. 22 Data Enabler Pro Product Guide

Recovering from Firmware Update Errors In rare instances, you may experience power or data loss or interruption during the firmware update process. In such cases, a Data Enabler Pro device may receive an incomplete or corrupt firmware image. You must successfully re-install the firmware image to restore normal Data Enabler Pro operations. E When the firmware is corrupt or incomplete, the DMX and heartbeat indicator lights inside the Data Enabler Pro housing blink rapidly. In the case of power loss or interruption, the Data Enabler Pro device retains its assigned IP address, but you are temporarily unable to communicate with the device using that address. If this happens, enter the reserved IP address 10.1.250.250 in CK Firmware Updater, and re-install the firmware image. Once the firmware image is successfully installed, you can again communicate with the Data Enabler Pro device using its assigned IP address. In the case of data loss or interruption, you must manually enter the device s IP address in CK Firmware Updater to re-install the firmware image. If you don t know the device s assigned IP address, you can cycle power, then use the reserved IP address 10.1.250.250, as described above. Data Enabler Pro Product Guide 23

Philips Color Kinetics Copyright 2010 2011 Philips Solid-State Lighting Solutions, Inc. All rights reserved. Chromacore, Chromasic, CK, the CK logo, Color Kinetics, the Color Kinetics logo, ColorBlast, 3 Burlington Woods Drive ColorBlaze, ColorBurst, ew Fuse, ColorGraze, ColorPlay, ColorReach, iw Reach, ew Reach, Burlington, Massachusetts 01803 USA DIMand, EssentialWhite, ew, icolor, icolor Cove, IntelliWhite, iw, iplayer, Optibin, and Powercore Tel 888.385.5742 are either registered trademarks or trademarks of Philips Solid-State Lighting Solutions, Inc. in the United States and / or other countries. All other brand or product names are trademarks Tel 617.423.9999 or registered trademarks of their respective owners. Due to continuous improvements and Fax 617.423.9998 innovations, specifications may change without notice. www.philipscolorkinetics.com Cover Photo: Sands Resort Casino Bethlehem, by Alyssha Csük DAS-000052-00 R02 01-11

BUTTON PANEL STATIONS SHEPHERDS BUILDING, ROCKLEY ROAD, LONDON W14 0DA, UNITED KINGDOM pharoscontrols.com OVERVIEW The Pharos Button Panel Stations (BPS) interface directly to the Pharos Controllers and the Pharos Designer software to provide triggering and feedback from anywhere on the network. Any number of panels can be incorporated seamlessly into a Pharos Ethernet system. A rotary switch on the rear of the unit selects the network address and the Designer software is used to configure the operation of each button and the response of each button s LED as required. Two types are available in both UK and US single-gang formats: TYPE 1 - SLIMLINE SOLUTION An embossed magnetic overlay sits within the sleek, chromed bezel (only 5.5mm thick) to produce a modern, streamlined user interface that provides excellent tactile response and LED feedback. TYPE 1 UK The default BPS colour combination is a black gloss overlay on a bright nickel bezel. Other standard colour combinations are: white overlay on nickel bezel (WN), black overlay and bezel (BB), white overlay and bezel (WW) and cream overlay and bezel (CC). TYPE 2 US Part Number: BPS T1 UK Part Number: BPS T1 UK WN Part Number: BPS T1 UK BB Part Number: BPS T1 UK WW Part Number: BPS T1 UK CC Part Number: BPS T1 US Part Number: BPS T1 US WN Part Number: BPS T1 US BB Part Number: BPS T1 US WW Part Number: BPS T1 US CC UK: TYPE 2 - USER CUSTOMIZABLE SOLUTION A printable inlay sits behind the transparent bezel and button keycaps which the user can digitally print, using any photo quality printer and stock, such that the facia graphics, button legends and LED feedback colour suit the application. This process can easily be repeated to change the configuration or style at any time. A wide selection of keycap styles is also available, please consult your dealer. Part Number: BPS T2 UK Part Number: BPS T2 US SPECIFICATIONS 8 high-reliabilty, tactile switch modules with white LED indicator. Learning IR sensor for remote control. Security (PIN) and multi-key features supported. Rotary switch on rear for selecting network address, cloning supported. RJ45 socket for 10/100Base-TX Ethernet. IEEE 802.3af PoE powered device (Class 1). Firmware can be remotely updated over the network. CE compliant and ETL/cETL listed. 5 year warranty. SYSTEM INTEGRATION & TOPOLOGY US: 4.500 86.0mm 86.0mm 25.0mm 2.750 0.990 By utilising Power-over-Ethernet (PoE) technology, a simple and reliable topology is achieved using CAT5 cabling and RJ45 connectors which are familiar to all installers. All that is required is a PoE switch or repeater with sufficient ports to accommodate the required number of Controllers, Remote Devices and Button Panels Stations: Copyright 2004-13 Pharos Architectural Controls Limited. All rights reserved. Specifications subject to change without notice (18-06-2013).

LPC X SHEPHERDS BUILDING, ROCKLEY ROAD, LONDON W14 0DA, UNITED KINGDOM pharoscontrols.com OVERVIEW More than ever before, sophisticated colour-changing lighting is being used in architecture to highlight great landmarks, promote corporate brands and enhance urban environments. Some of these lighting installations are on a truly massive scale made possible by the availability of durable and energy-efficient LED fixtures. These very large projects pose a number of control challenges: Firstly, there is the sheer volume of control required and the need for it to be synchronised across all the fixtures. Secondly, these installations often involve a variety of different technologies that need to work together; perhaps a mixture of DMX alongside Ethernet-based protocols as well as systems requiring control in the form of video. Thirdly, there will typically be very specific show control requirements, anything from basic changes of state throughout the day to control via text messaging and a need for remote management of the system over a network. Finally, in any large-scale installation, there is an absolute requirement for reliability and continuous operation over long periods. The LPC X is designed to meet the unique needs of these large landmark projects. It is available in capacities ranging from 20 DMX universes up to 200 DMX universes from a single unit with further scaling over Ethernet. KEY FEATURES Provides a reliable, fully integrated and remotely managed control solution. Programmed and configured using the Pharos Designer software. Channel capacity variable to suit application and budget. Data output via Ethernet protocols (see below). Digital video output via DVI. Simultaneous multi-protocol Ethernet and digital video output. Firewire DV input for live video, pixel-mapped in real time. Pixel accurate timeline programming and pixel-mapped media support. Algorithmic, realtime playback engine ideally suited to interactive control. Integrated realtime and astronomical clock functionality with daylight saving support. Use multiple units connected and synchronised over Ethernet to scale to larger presentations. Integrates with other Pharos Controllers (LPC, AVC) and Remote Devices (RIO, BPS). Integrated web interface for remote management, custom pages supported. Removable Compact Flash card data storage. Rugged, solid state design - no CPU fan, no hard disc drives. INTERFACES 2x Gigabit Ethernet ports; one for system integration, the other data output. 1x IEEE 1394 Firewire port for digital video input. 1x DVI output for digital video output for video mapped fixtures. 2x RS232 ports for 3rd party system integration (eg. AMX, Crestron). 1x USITT DMX512 input for production applications (eg. theatre, touring). PROTOCOLS Art-Net II (output & DMX input triggering). Philips Color Kinetics KiNet. Pathport. sacn. SPECIFICATIONS General: Microprocessor based system specifically designed for the control of lighting in an architectural or entertainment application. Project data stored in non-volatile solid-state memory, uploaded from a remote personal computer over an Ethernet or web connection. Operating System stored in non-volatile solid-state memory, remotely updated when necessary from a personal computer over an Ethernet connection. Commences playback automatically on receiving power without additional external trigger. Internal realtime clock, operates when power is absent. Integrated web interface. 5 year warranty. Physical: 2U 19 rack unit, 16 deep. 6.75Kg (15lbs). Operating temperature range 0 C to 50 C (32 F to 122 F) with chassis fan enabled (40 C / 104 F for silent operation). CE compliant and ETL/cETL listed. Supply requirements 115-250VAC / 47-63HZ / 2-1A. Typical power consumption 50-75W (LPC 200 @ 110-240V). MODELS Part number: Max capacity: Part number: Max capacity: LPC 20 10,240 channels LPC 90 46,080 channels LPC 30 15,360 channels LPC 100 51,200 channels LPC 40 20,480 channels LPC 120 61,440 channels LPC 50 25,600 channels LPC 140 71,680 channels LPC 60 30,720 channels LPC 160 81,920 channels LPC 70 35,840 channels LPC 180 92,160 channels LPC 80 40,960 channels LPC 200 102,400 channels Copyright 2004-11 Pharos Architectural Controls Limited. All rights reserved. Specifications subject to change without notice (15-08-2011).

TOUCH PANEL CONTROLLER SHEPHERDS BUILDING, ROCKLEY ROAD, LONDON W14 0DA, UNITED KINGDOM pharoscontrols.com OVERVIEW The Pharos Touch Panel Controller (TPC) is a lighting controller with a customisable touch screen interface. It incorporates the same advanced playback and show control engine as the Pharos Lighting Playback Controllers (LPC). Timeline-based programming and show control are configured in the Pharos Designer software and multi-page user interfaces are created in the companion Pharos Interface Editor application. Designer uploads the complete project to thetpc. TheTPC provides one universe (512 channels) of lighting control over multiple edmx protocols. It can run stand alone, with lighting programming triggered by user interaction with the touch screen and by its internal realtime and astronomical clocks, or it can be used as part of a larger Pharos control system, incorporating additional TPCs, LPCs, AVCs and Remote Devices. When used in tandem with a Pharos LPC 1, the TPC can use the second DMX output of the LPC 1 to output local DMX. Like the LPC, the TPC features a built-in web server and is fully compatible with Pharos Installation Manager and Pharos Dynamic Media Manager, providing comprehensive remote management solutions. The wall-mounting design features a magnetic overlay within the sleek, plated bezel to produce a modern, streamlined design. The screen uses capacitive touch sensing technology so only very minimal finger pressure is required for interaction. The TPC is a Power over Ethernet (PoE) device and therefore requires just one cable to install. TheTPC has a learning IR sensor for remote control and IR commands can be associated with touch screen controls. It also has onboard sensors for ambient light, temperature and proximity which can be used locally by the touch screen or by the larger Pharos control system. KEY FEATURES One universe, reliable, fully integrated and remotely managed control solution. Touch screen with customisable user interface. Programmed and configured using the Pharos Designer software. User interface designed using the Pharos Interface Editor application. Create multiple pages of controls, with option to inhibit controls for special events. Configure control appearance and visual feedback in software. Triggering and show control via touch screen, IR, Ethernet, realtime and astronomical clocks. Ambient light sensor for daylight harvesting functionality. Proximity sensor to wake the display. Learning IR sensor for remote control. Pixel accurate timeline programming and pixel-mapped media support. Algorithmic, realtime playback engine ideally suited to interactive control. Use multiple units connected and synchronised over Ethernet to scale to larger installations. Integrates with other Pharos Controllers (LPC, LPC X,AVC) and Remote Devices (RIO, BPS). Integrated web interface for remote management; custom pages supported. Removable SD memory card data storage. Solid state, instant-on, fit & forget solution. PROTOCOLS Art-Net II. Philips Color Kinetics KiNet. Pathport. sacn. SPECIFICATIONS General: Microprocessor based system specifically designed for the control of lighting in an architectural or entertainment application. Capacitive touch screen with customisable user interface, supporting multiple pages of controls and fully integrated with show control to provide visual feedback. Built-in learning IR sensor, with ability to associate IR commands with touch screen controls. Built-in ambient light sensor for daylight harvesting and to adjust screen brightness. Built-in temperature sensor and proximity sensor providing local and system-wide feedback. Project data stored in non-volatile solid-state memory, uploaded from a remote personal computer over an Ethernet or web connection. Operating System stored in non-volatile solid-state memory, remotely updated when necessary from a personal computer over an Ethernet connection. Commences playback automatically on receiving power without additional external trigger. Internal realtime clock operates when power is absent. Integrated web interface. 5 year warranty. 11 mm 120.6 mm 109.0 mm Screen: Resolution: 480x272 Colour depth: 24 bit Brightness: 340 cd/m 2 67.7 mm 86 mm Physical: Screen diagonal: 4.3 Wall-mounting in back box (UK 2-gang 35mm or custom US 2.5, available separately). Configuration and Reset buttons beneath magnetic overlay. Operating temperature range 0 C to 50 C (32 F to 122 F). CE compliant and ETL/cETL listed. Electrical: RJ45 socket for 10/100Base-TX Ethernet. IEEE 802.3af PoE powered device. * 32.5 mm 146.0 mm * Typical power consumption 4W. Copyright 2004-11 Pharos Architectural Controls Limited. All rights reserved. Specifications subject to change without notice (03-11-2011).

Date: June 1, 2016 Type: Firm Name: DMC Design Review Board Project: Harahan Bridge ActiveSite ActiveSite Remotely monitor and manage dynamic architectural LED lighting systems with cloud-hosted connected lighting software ActiveSite is a cloud-hosted software as a service (SaaS) system that enables remote monitoring, management, and maintenance of Philips Color Kinetics LED lighting installations. ActiveSite protects your brand and lighting system investments by ensuring optimal lighting system performance with very little downtime. ActiveSite connects luminaires, controllers, and data to customers in unprecedented new ways. This connected solution provides an array of features that enable facility managers, lighting designers, and field service personnel to perform their roles more quickly and easily.this first of its kind solution in the architectural lighting industry ensures customers can enhance their brand image and enjoy peace of mind. Monitor System Performance Using rules configured specifically for your installation site, ActiveSite generates alerts that inform you about system warning signs and individual component failures. Refresh content remotely Remote access allows lighting programmers to update or change lighting effects without being onsite. Centralized control Control multiple installation sites, from anywhere in the world, using a single dashboard. Data log storage System data logs are stored on the ActiveSite Gateway, providing convenient access to data and information. Data Analytics Using historical analysis generate charts and reports that offer unprecedented insight into system operations. Remote troubleshooting and diagnosis Qualified field service personnel can remotely access your system and quickly take action on system alerts to assist with troubleshooting. Seamless updates ActiveSite harnesses the power of cloud technology to provide automatic software updates, reducing maintenance downtime associated with system upkeep. Reduce maintenance and installation costs With no software to install or servers to buy and maintain, the cloud-based ActiveSite software platform lowers your overall costs. Secure connectivity Encrypted HTTPS communication between the web browser, ActiveSite Server, and ActiveSite Gateway. Underlying SSL/TLS technology uses long-term public and secret keys to encrypt data flow between client and server. Controller agnostic Works with industry controllers that support KiNET, providing flexible design options for your lighting designs and installations. For detailed product information, refer to the ActiveSite product page at www.colorkinetics.com/activesite

ActiveSite System Overview Connected lighting integrates luminaires with data networks, creating new ways Philips Color Kinetics products transform environments. Connected luminaires share data about their status and operation with the ActiveSite Gateway. The ActiveSite Gateway, a critical component that connects your local KiNET lighting network to a secure cloud-based software application, allows you to access lighting network data and remotely monitor, manage, and maintain each individually connected luminaire. The ActiveSite Gateway uses standard Internet connectivity, for instance, a wired LAN network or 3G modem, to connect with the ActiveSite cloud software application. Lighting System Controller (Light System Manager) Ethernet Switch ColorBlast Powercore Fixtures ActiveSite Gateway icolorburst Powercore Fixtures Out to additional Data Enabler Pro units or to Ethernet switch, up to 3 levels in total. 100-240 VAC Data Enabler Pro Access ActiveSite software using a standard web browser 175 ft. (53.3m) maximum individual run length and 400 ft. (122 m) total run length per Data Enabler. For maximum number of fixtures per Data Enabler download the configuration calculator at http://www.colorkinetics.com/support/install_tool Data Enabler Pro Internet KiNET Powercore Main Voltage ActiveSite Gateway Specifications Due to continuous improvements and innovations, specifications may change without notice Item Specification Details Electrical Input Voltage Power Consumption 100 240 VAC, auto-switching 40 W max. Capability Network Data KiNET Ethernet protocol* via standard Ethernet switch Dimensions (Height x Width x Depth) 166 x 158 x 25 mm (6.5 x 6.2 x 1.0 in) Weight 2.4 kg (5.3 lb) Operating Temperature 0 40 C (23 104 F) Physical Certification and Safety System Processing Operating Humidity Expansion Slot Front Panel I/O Rear Panel I/O Certification Environment CPU Memory Graphics Storage Audio LAN 0 90%, relative humidity, non-condensing Full Size mini Card x 1 Half Size Mini Card x 1 SIM slot x 1 Power Button x1, USB 2.0 Port x2, COM port x1, esata port x1, SD slot x1 DC 19V Jack x1, HDMI x2, RJ45 LAN Jack x2, HD Audio ports (Line out x1, Mic in x1) UL, CE, CCC, FCC, RCM Indoor / Dry location Intel Bay trail series Quad Core CPU Dual Channel Mode, support SO-DIMM DDR3Lx2, 1333 MHz, Max memory size 8GB Intel HD graphic, integrated on CPU Support msatax1 Realtek ALC662 HD Audio CODEC Realtek RTL8111G x2