5

araya® Color Tuning LED Modules CTM 119 and CTM 119NR (1200 Maximum Peak Lumens) CTM 112 (1000 Maximum Peak Lumens) CTM 109 (875 Maximum Peak Lumens) Installation and Operation Guide

TABLE OF CONTENTS 1 Introduction

2

2 Heat Sinking

3

2.1 Compatible Heat Sinks 2.2 Mechanical Attachment of the Heat Sink

3 Power Supplies

5

3.1 Electrical Specifications 3.2 Recommended Power Supplies

4 CTM One Case Temperature Measurement

6

5 Secondary Optics

7

5.1 Attaching Reflectors 5.2 Compatible Reflectors

6 CTM One Cable Assemblies

10

7 CTM One Wiring Diagrams

12

7.1 Wireless Operation using LCT (to control CCT, Dimming, Saturation, Hue) 7.2 0-10V Control of CCT & Dimming / LCT Control of Saturation & Hue 7.3 0-10V Control of Dimming / LCT Control of CCT, Saturation & Hue 7.4 0-10V Control of SceneSet® / LCT to Set or Amend Scenes 7.5 Digital Control Adapter (DCA) for DMX (including Bluetooth) and Lutron EcoSystem®

8 CTM 109, CTM 112, CTM 119 and CTM 119NR Operation Guide

ii | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

17

1 INTRODUCTION This Installation and Operation Guide covers the following araya®5 Color Tuning Modules (CTM): CTM 109 CTM 112 CTM 119 CTM 119NR For complete Color Tuning Module specifications, please visit: www.lumenetix.com/downloads This Installation and Operation Guide covers heat sinking, case temperature measurement, secondary optics, power supply and wiring diagrams for wireless operation using the Lumenetix Light Commissioning Tool (LCT), industry standard 0-10V wired controls or a hybrid operation that combines hard wired and wireless control.

For long term reliable operation, proper heat sinking is critical.

The CTM is fragile. Avoid touching the diffuser during handling and assembly.

Do not rest or operate the CTM face down against a table or other solid surface.

2 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

2 HEAT SINKING The Color Tuning Module requires an external heat sink in order to ensure proper operating temperature of the LEDs. The CTM has a conductive aluminum case and an efficient thermal path to the LED array. These features promote efficient thermal management and allow for a simple heat sink design in most applications. Examples of heat sinking methods are cast or extruded heat sinks. Both carbon and stainless steel are much less efficient at transferring heat than aluminum and therefore are not recommended as heat sink materials. The heat sink mounting surface should be flat and smooth. Metal-to-metal contact surfaces will result in best performance; anodized or unfinished mounting surfaces are recommended. Mounting the CTM on a painted aluminum surface will reduce the performance of the heat sink material.

2.1 Compatible Heat Sinks The following tables list heat sinks models that have compatible form factors and thermal resistance characteristics for use with the CTM. The thermal resistances assume an approximate ambient temperature of 25C. The heat sinks listed here are suggestions only. MechaTronix (round) Part Number

Dia. (mm)

Height (mm)

Thermal Resistance (°C/W)

LSB9950

99

50

1.3 – 1.5

LSB9980

99

80

1.2 – 1.4

Nano 7080

70

80

1.8

Micro 8630

86

30

1.8

Micro 8650

86

50

1.5

Micro 8680

86

80

1.2

IMPORTANT: These heat sinks are qualified in “free air”. If the CTM is installed in an insulated can fixture (IC Can), the module may exceed the recommended operating temperature. The heat sink must be evaluated and temperature tested in the fixture at applicable ambient temperatures for the desired application. Additional product information at www.led-heatsink.com Aavid Thermalloy Heat Sink Extrusions (square/rectangular) Part Number

Width (mm)

Length

Height (mm)

Thermal Resistance (°C/W)

67590

88

88

31

1.5 – 1.7

61085

136

85

33

1.4 – 1.6

Additional product information at www.aavid.com

3 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

2.2 Mechanical Attachment of the Heat Sink The CTM One light engines have a Zhaga-compliant front mount option for heat sink mounting, using two 4-40 or M2.5 screws.

Mechanical Specifications Dimensions

8

Diameter:

1.97 inches (50 mm)

Height:

0.67 inches (17 mm); CTM 119NR: 0.84 inches (21.44 mm)

Light Emitting Surface

9.5, 12.75 and 22 mm

Weight

0.12 pounds (0.06kg)

Heat Sink Attachment

Front mount, M2.5 or 4-40 Screws

Max Case Temperature

≤80°C

5

6

7

4

2

3

5X

2X

CTM 119NR – Raised Face 5X

50 1.97

3.40 THRU .13

5

6

7

35 B.C. 1.38

50 1.97

D

1

8

CTM 119, CTM 112, CTM 109

4

35 B.C. 1.38 2X 3.40 THRU .13 USE M3X0.5 SCREW

D

D

3X

1.30 4 .05 USE M1.8 X4 SCREW (REFLECTOR ATTACHMENT) C

Model

CTM1-19 LES Diameter

CTM 109

67° 37°

53°

C

EMITTING MODEL LIGHT SURFACE DIA

C

22mm 12.75mm

CTM1-12

CTM1-09 9.5 mm (0.37 inches)9mm

CTM 112

12.75 mm (0.50 inches)

CTM 119

22 mm (0.87 inches)

.866". .502" .354" 37°

67°

53°

B

B B

17 .67

21.44 .84

A

UNLESS OTHERWISE SPECIFIED:

NAME

DATE

DIMENSIONS ARE IN MILLIMETERS DRAWN TOLERANCES: CHECKED ANGULAR: MACH 0.5 ONE PLACE DECIMAL 0.5 ENG APPR. TWO PLACE DECIMAL 0.15

A.N.

05/13/13

MFG APPR.

A

INTERPRET GEOMETRIC TOLERANCING PER: ASME Y14.5

PROPRIETARY AND CONFIDENTIAL

Lumenetix

UNLES

TITLE:

DIMEN TOLER ANGU ONE P TWO P

A

CTM-12V, 19 DIA, FINAL ASSEMBLY

Q.A. COMMENTS:

SIZE DWG. NO. REV NOTES Note: Upper dimensions areSEEin inches; lower dimensions are in millimeters.

THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF LUMENETIX. ANY REPRODUCTION IN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OF LUMENETIX IS PROHIBITED.

8

7

6

5

MATERIAL

USED ON

NEXT ASSY APPLICATION

4

1

B

FINISH

SHEET 2 OF 2

SCALE: 1:1 WEIGHT:

DO NOT SCALE DRAWING

2

3

8

Figure 1: Heat Sink Attachment Specifications

4 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

1 7

INTERPR TOLERA

PROPRIETARY AND CONFIDENTIAL THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF LUMENETIX. ANY REPRODUCTION IN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OF LUMENETIX IS PROHIBITED.

6

5

MATER

USED ON

NEXT ASSY APPLICATION

4

FINISH

DO

3 POWER SUPPLY REQUIREMENTS 3.1 Electrical Specifications Description and Nominal Power Input

CTM 109/112/119/119NR, 12.5W

CTM 109/112/119/119NR, 20W

Input Voltage

12V DC

12V DC

Nominal Current Input

12.5W: 0.96A

20W: 1.7A

Power Supply Classification

Class 2

Class 2

IMPORTANT The Color Tuning Module has on-board drive electronics, including dimming. A dimming driver should NOT be used.

3.2 Recommended Power Supplies (Constant Voltage) Manufacturer

Part Number

Rated Power

Input Voltage

Maximum Number of 12.5W Modules

Maximum Number of 20W Modules

Mean Well

LPV-20-12

20W

90V - 264V

1

1

Mean Well

IRM-30-12ST

30W

90V - 264V

2

1

Mean Well

LPV-35-12

35W

90V - 264V

2

1

Mean Well

IRM-45-12ST

45W

90V - 264V

3

2

Mean Well

IRM-60-12ST

60W

90V - 264V

4

3

Mean Well

LPV-60-12

60W

90V - 264V

4

3

Roal

RSLP070-12

48W

120V - 277V

2

1

Inventronics

EUV-025S012PS

25W

120V - 277V

1

0

Inventronics

EUV-050S012ST

50W

120V - 277V

2

1

Thomas Research

LED25W-12

25W

120V - 277V

1

0

Thomas Research

LED50W-12

50W

120V - 277V

2

1

Excelsys Technologies

LXV25-012SW

25W

120V - 277V

1

0

Excelsys Technologies

LXV50-012SW

50W

120V - 277V

2

1

CAUTION: • Using a constant current power supply will damage the module, and will void the Lumenetix warranty. • Using a triac or dimming driver will damage the module, and will void the Lumenetix warranty. • If a recommended power supply from the above list is not used, it will void the Lumenetix warranty. • The power supply MUST be evaluated with the module(s) that it will be operated with. NOTES: • Recommendations are subject to change. Consult your Lumenetix representative for the most updated list. • Power supply qualification process:: if a power supply that is not part of the above list is submitted for testing to Lumenetix (during the design-in phase), it will be qualified or disqualified within two weeks of submission.

5 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

4 CTM ONE CASE TEMPERATURE MEASUREMENT The thermal management characteristics of the heat sink used with the CTM One should be validated by measuring its case temperature. This test should be done with the CTM One installed in the fixture at ambient temperature and air flow conditions similar to the end-use installation. The power draw of the CTM One family varies by approximately one watt over the CCT range with peak power draw occurring at the CCT shown in the following table. The case temperature should be measured at the following CCT setting. CCT Setting for Case Temperature (Tc) Measurement CCT range

CCT Setting to Measure Tc

1650 – 4000K

3500K

The proper case temperature measurement location is on the narrow metal band, next to the power lead port; see Figure 2. The case temperature reading should be made after the unit has reached steady state, where the case temperature levels out. It is recommended to design the thermal management system for a case temperature of 80˚C.

Maximum case temperature: 80˚C The Color Tuning Module has on-board thermal protection to reduce the current to the LEDs when the maximum case temperature is exceeded. This prevents unacceptably high LED junction temperatures by slightly dimming the module.

CASE TEMPERATURE MEASUREMENT POINT

Figure 2: Case Temperature Measurement Point

6 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

5 SECONDARY OPTICS 5.1 Attaching Compatible CTM One Reflectors The CTM 119NR accepts twist-to-lock reflectors with an attachment collar. The CTM 109, CTM 112 and CTM 119 have provisions for front mount reflectors and TE Type-2 clip reflectors. The fastener specifications are shown in the following table while mounting hole locations are shown in Figures 3, 4 & 5. CTM One Secondary Optics Fastener Specifications CTM One Reflector

Fastener specifications

Screw length

Notes

Twist Lock w/ Collar (CTM 119NR) Front Mount

2 - 28; M1.8 x 6

6 mm (1/4”)

Thread forming; use flat head screws

2 - 28; M1.8 x 4

4 mm (1/6”)

Thread forming

TE Type 2 Clip

M3-0.5 x 25

25 mm (1”)

Machine screws; attach to heat sink (not directly to module)

M1.8 x 4; 2 - 28 THREAD FORMING

M1.8 x 6; 2 - 28 THREAD FORMING USE FLAT HEAD SCREWS

Figure 3: CTM 119NR Twist-Lock Style Reflectors with Attachment Collars

M3-0.5 x 25 MACHINE SCREW

Figure 4: CTM 109 / CTM 112 / CTM 119 Front (Screw) Attaching Reflectors (by Alux-Luxar)

7 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

Figure 5: CTM 109 / CTM 112 / CTM 119 TE Type 2 Clip Reflectors (by Khatod)

5.2 Compatible Reflectors Compatible Reflectors for CTM 109 Manufacturer

M. Part Number

beam angle (deg)

outer dim (mm)

height (mm)

optical finish

optical finish 2

attach method

khatod khatod khatod khatod Alux Luxar Alux Luxar nata nata nata nata

1682 ST 1683ST 1685 ST 1687 ST XLC 200 TLC 200 4-1406-E 3990E 3991E 3993E

20 24 32 31 22 28 20.3 23.2 35.7 40

65 65 65 65 94 85 / 94 110 75 75 85

35 35 35 35 49.5 50.5 66.2 43 43 50.5

diffuse diffuse diffuse diffuse diffuse diffuse specular specular specular specular

none none none none panel faceted super faceted super faceted super faceted super faceted

TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip screw screw none none none none

Compatible Reflectors for CTM 112 Manufacturer

M. Part Number

beam angle (deg)

outer dim (mm)

height (mm)

optical finish

optical finish 2

attach method

Diffractive Optics khatod khatod khatod khatod khatod khatod khatod khatod Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar nata nata nata nata nata Top Lighting

P11218 (LES12) 1682 ST 1683 ST 1684 ST 1685 ST 1687 ST 1688 ST 1690 ST 1691 ST XLC 100 XLC 200 XLC 500 TLC 500 XLC 1100 TLC 200 TLC 300 XLC 1200 TLC 900 4-1406-E 3990E 3991E 3992E 3993E XSA-15

16 20 24 28 32 31 38 50 56 18 22 25 26 27 28 46 52 54 20.3 23.2 35.7 24.8 40 60

72.6 65 65 65 65 65 65 65 65 94 94 94 85 / 92 120 85 / 94 85 / 94 120 108 / 120 110 75 75 85 85 70

33 35 35 35 35 35 35 35 35 50.3 49.5 49.5 50 65.7 50.5 50.5 65.7 66.2 66.2 43 43 50.5 50.5 43

specular diffuse diffuse diffuse diffuse diffuse diffuse diffuse diffuse specular diffuse diffuse diffuse diffuse diffuse diffuse diffuse diffuse specular specular specular specular specular specular

faceted none none none none none none none none faceted panel

none TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip screw screw screw screw screw screw screw screw screw none none none none none none

faceted faceted faceted faceted faceted super faceted super faceted super faceted super faceted super faceted none

NOTE: Reflectors have been recommended based on independent optical tests conducted by Lumenetix, and should be used as guidelines. Final reflector evaluation should be made by fixture manufacturers with all optics in place.

8 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

Compatible Reflectors for CTM 119 and CTM 119NR Manufacturer

M. Part Number

beam angle (deg)

outer dim (mm)

height (mm)

optical finish

optical finish 2

attach method

Widegerm Widegerm Widegerm Edison Price Edison Price Diffractive Optics Diffractive Optics Diffractive Optics Diffractive Optics Diffractive Optics khatod khatod khatod khatod khatod khatod khatod Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar Alux Luxar nata nata nata Top Lighting Top Lighting Top Lighting

3207T-XC 1009T-XC 1010T-XC 770237-D20 770237-D40 P7076 (XSA-17) P7899 (XSA-22) P6764 (XSA-21) P6680 P6645 1682 CR 1682 ST 1683 ST 1685 ST 1687 ST 1688 ST 1689 ST XLC 1300 XLC 100 XLC 500 XLC 1400 XLC 1100 TLC 200 XLC 800 TLC 300 XLC 1200 TLC 900 XLC 700 4-1406-E 3991E 3993E XSA-13 XSA-14 XSA-15

38 38 55 20 40 20 40 56 40 65 11 20 24 32 31 38 42 17.6 18 25 25 27 28 42 46 52 54 32 20.3 35.7 40 22 46 60

82 49 50 70 70 94.4 49.3 50 70 70 65 65 65 65 65 65 65 120 94 94 120 120 85 / 94 94 85 / 94 120 108 / 120 94x94 110 75 85 70 70 70

46 30.4 30.4 45 45 83 28.6 29 42 42 35 35 35 35 35 35 35 65.6 50.3 49.5 65.6 65.7 50.5 49.5 50.5 65.7 66.2 50.1 66.2 43 50.5 43 43 43

diffuse specular specular specular specular specular specular specular specular specular specular diffuse diffuse diffuse diffuse diffuse diffuse diffuse specular diffuse diffuse diffuse diffuse diffuse diffuse diffuse diffuse diffuse specular specular specular specular specular specular

none faceted none faceted,sq faceted, sq faceted faceted none none none none none none none none none none panel faceted

twist lock* twist lock* twist lock* twist lock* twist lock* twist lock* twist lock* twist lock* twist lock* twist lock* TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip TE Type 2 clip screw screw screw screw screw screw screw screw screw screw screw none none none none none none

faceted faceted faceted faceted faceted faceted faceted none super faceted super faceted super faceted none none none

NOTE: Reflectors have been recommended based on independent optical tests conducted by Lumenetix, and should be used as guidelines. Final reflector evaluation should be made by fixture manufacturers with all optics in place.

9 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

6 CTM ONE CABLE ASSEMBLIES 6.1.1 Power Cable Assembly Provides power to each module. Lumenetix part #: 28.002.001.01

3

4

2

1

PIN ONE

6.35 610

Note: All dimensions are in millimeters.

ITEM NO.

PART NUMBER

DESCRIPTION

QTY.

1

874390200

MOLEX CONNECTOR

1

2

874210000

MOLEX CRIMP

2

3

A2015R-100-ND

24 AWG WIRE, RED

1

4

A2015B-100-ND

24 AWG WIRE, BLACK

1

Figure 6: Power Cable Assembly

6.1.2 Pin Allocation Chart for Power Cable Assembly Pin #

Lead Color

Input

Pin 1

Red

Power 12V DC (+)

Pin 2

Black

Power Common (-)

10 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

6.2.1 Control Cable Assembly Provides 0-10V control and RS-485 signals to each module. Lumenetix part #: 28.002.002.01

7X STRIP AND TIN

9

8

7

6

5

4

3

2

1

8±1.50 610 10

Note: All dimensions are in millimeters.

ITEM NO.

PART NUMBER

DESCRIPTION

QTY.

1

874390700

MOLEX CONNECTOR

1

2

874210000

MOLEX CRIMP

7

3

A2015V-100-ND

24 AWG WIRE, VIOLET

1

4

A2015L-100-ND

24 AWG WIRE, BLUE

1

5

A2015A-100-ND

24 AWG WIRE, ORANGE

1

6

A2015G-100-ND

24 AWG WIRE, GREEN

1

7

A2015N-100-ND

24 AWG WIRE, BROWN

1

8

A2015S-100-ND

24 AWG WIRE, GREY (SLATE)

1

9

A2015W-100-ND

24 AWG WIRE, WHITE

1

Figure 7: Control Cable Assembly

6.2.2 Pin Allocation Chart for Control Cable Assembly Pin #

Lead Color

Input

Pin 1

Violet

0-10V Dimming (+)

Pin 2

Blue

0-10V Color (+)

Pin 3

Orange

Data (-)

Pin 4

Green*

Data (+)

Pin 5

Brown

Digital Common

Pin 6

Gray

Signal Common for 0-10V Dimming (-)

Pin 7

White

Signal Common for 0-10V Color (-)

*Green cable will be replaced in the future with a white cable with orange stripes.

11 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

7 CTM ONE WIRING DIAGRAMS 7.1 Wireless Operation using LCT (to control CCT, Dimming, Saturation and Hue) Wireless Operation. CTM is shipped with the wireless mode enabled as the two pairs of control wires are grounded. In this mode the Light Commissioning Tool (LCT) provides complete control of the CCT, Dimming, Saturation & Hue.

LCT INPUT

LCT WIRELESS

INPUT

DIMMING

LCT WIRELESS

CCT / SAT/ HUE

100%

1%

CTM One

+

CTM One

– 12V DC POWER SUPPLY

+

(110V/277V AC)

FROM SWITCHED CONTROL

Figure 8: Wireless Operation using LCT

Lead Color and Input Lead Color

Input

Red

Power 12V DC (+)

Black

Power Common (-)

Violet

0-10V Dimming + (Tied to Gray Common)

Gray

Signal Common for 0-10V Dimming (-)

Blue

0-10V Color + (Tied to White Common)

White

Signal Common for 0-10V Color (-)

Lumenetix part #s: 28.002.001.01 (power cable assembly) 28.002.002.01 (control cable assembly)

12 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

7.2 0-10V Control of Continuous CCT and Dimming / LCT Control of Saturation and Hue 0-10V Continuous CCT Control. Remove power from the CTM. Connect a 0-10V control device to the blue (+) and white (-) wires. When the CTM is powered up, the 0-10V control will adjust the CCT over the tunable range. The Light Commissioning Tool (LCT) will control Dimming and Saturation and Hue. A 0-10V control may also be added for dimming (as shown). LCT adjustments to Dimming levels are a percentage of the 0-10V Dim setting (Trim). If a 0-10V control is not used for dimming, the violet (+) and gray (-) wires must be grounded together.

INPUT

LCT WIRELESS

CCT / SAT/ HUE

CCT

DIM INPUT

LCT

10 V

COMMON

INPUT

DIMMING

COMMON

Continuous CCT

CTM One

BLUE

0V

WHITE

1%

GRAY

VIOLET

100%

+

CTM One

– 12V DC POWER SUPPLY

+

(110V/277V AC)

FROM SWITCHED CONTROL*

Figure 9: 0-10V Control of Continuous CCT and Dimming

Lead Color and Input Lead Color

Input

Red

Power 12V DC (+)

Black

Power Common (-)

Violet

0-10V Dimming (+)

Gray

Signal Common for 0-10V Dimming (-)

White

Signal Common for 0-10V Color (-)

Blue

0-10V Color (+)

Notes: 1. If SceneSet® is not activated using the LCT, the CTM defaults to 0-10V control of the continuous CCT range. 2. If 0-10V control is not being used for dimming, the violet control lead must be grounded to gray common lead. 3. CTM sources current to 0-10V control at 0.2mA nominal capacity. 4. *  If using a wall box dimmer, power only the DIM unit. The CCT unit does not get line-in voltage.

Lumenetix part #s: 28.002.001.01 (power cable assembly) 28.002.002.01 (control cable assembly)

13 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

7.3 0-10V Control of Dimming / LCT Control of CCT, Saturation and Hue 0-10V Dimming Control Only. Remove power from the CTM. Connect a 0-10V control device to violet (+) and gray (-) wires. When the CTM is powered up, the 0-10V control device will adjust Dimming from 100-1%. Use the Light Commissioning Tool (LCT) to set CCT, Dimming, Saturation, and Hue to the desired levels and use Copy and Paste functions to match lamp settings. In this configuration, the LCT trims the dimming level, i.e., adjustments to Dimming levels as a percentage of the 0-10V Dimming setting (Trim). Preset controls are not available in this configuration. 0-10 V CONTROLLER DIM INPUT

COMMON

LCT

10 V

INPUT

DIMMING

LCT WIRELESS

CCT / SAT / HUE

0V

CTM One

GRAY

1%

VIOLET

100%

+

CTM One

– 12V DC POWER SUPPLY

+

(110V/277V AC)

FROM SWITCHED CONTROL*

Figure 10: 0-10V Control of Dimming Only

Lead Color and Input Lead Color

Input

Red

Power 12V DC (+)

Black

Power Common (-)

Violet

0-10V Dimming (+)

Gray

Signal Common for 0-10V Dimming (-)

White

Signal Common for 0-10V Color (-)

Blue

0-10V Color (Connect to White Common)

Notes: 1. C  TM sources current to 0-10V control at 0.2mA nominal capacity. 2. Only pins 1 and 6 are used on the control cable assembly. 3. *If using a wall box dimmer, power only the DIM unit. The CCT unit does not get line-in voltage.

Lumenetix part #s: 28.002.001.01 (power cable assembly) 28.002.002.01 (control cable assembly)

14 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

7.4 0-10V Control of SceneSet® / LCT to Set or Amend SceneSet® 0-10V Preset Control. Remove power from the CTM. Connect a 0-10V control device to the blue (+) and white (-) wires. Use the Light Commissioning Tool (LCT) to set, store and enable up to five preset scenes comprised of CCT, Dimming and Saturation & Hue levels. The 0-10V control will toggle between the preset scenes. A 0-10V control may also be added for dimming (as shown) and will proportionally Dim from the stored value in the preset. If a 0-10V control is not used for dimming, the violet (+) and gray (-) wires must be grounded together.

CCT

DIM INPUT

LCT

10 V

COMMON

INPUT

COMMON

DIMMING

SCENESET®

100%

SCENE 5 SCENE 4

CTM One

SCENE 2

BLUE

0V

WHITE

1%

GRAY

VIOLET

SCENE 3

SCENE 1

+

CTM One

– 12V DC POWER SUPPLY

+

(110V/277V AC)

FROM SWITCHED CONTROL*

Figure 11: 0-10V SceneSet® Control

Lead Color and Input Lead Color

Input

Red

Power 12V DC (+)

Black

Power Common (-)

Violet

0-10V Dimming (+)

Gray

Signal Common for 0-10V Dimming (-)

White

Signal Common for 0-10V Presets (-)

Blue

0-10V Presets (+)

Notes: 1. SceneSet® is commissioned and activated using the LCT. See LCT operating instructions. 2. If 0-10V control is not being used for dimming, the violet control lead must be grounded to gray common lead. 3. CTM sources current to 0-10V control at 0.2mA nominal capacity. 4. *  If using a wall box dimmer, power only the DIM unit. The CCT unit does not get line-in voltage.

Lumenetix part #s: 28.002.001.01 (power cable assembly) 28.002.002.01 (control cable assembly)

15 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

Digital Control Adapter (DCA) for DMX (including Bluetooth) and Lutron EcoSystem® Notes: 1. M  aximum of 32 luminaires in Parallel/Star with one 120Ω terminator at end of run; max distance of 1800 feet. Every luminaire consumes “DMX” energy. A maximum of 32 devices can be connected to one DMX line. After this, the signal needs to be boosted with a DMX-Booster. The “4 way optosplitter” splits and boosts the DMX signal. 2. 12V power (red/black) is class 2 rated. 3. Adapter is configured at factory for EcoSystem or DMX (including Bluetooth) inputs. 4. Module Data +/- (green/orange) to araya®5 modules is class 2 rated. 5. Control  Field Wiring (DMX/RS485 wire is required): Belden cable Liberty cable 9842 Non-Plenum 24-2P-485 Non-Plenum 89842 Plenum 24-2P-P485 Plenum

For DMX inputs: Black is Digital Common Violet is Data Positive Gray is Data Negative

DMX (incl. Bluetooth) PN: 28.020.001.01 Black Violet Gray

EcoSystem®

Please refer to wire manufacturer’s lighting catalog for and/equals as required by code.

Brown Orange Green

6. DCA may be installed in the luminaire or at the control system. 7. C  AUTION: The power cable should ONLY be plugged into the 2-pin power receptacle provided. Insertion of the cable into any other slot will damage the Digital Control Adapter unit. 8. All control wiring from DCA to module is RS-485. Wire to be used is Belden or equal #9842 2-Pair, Polyethylene Insulation, Chrome PVC Jacket, Drain Wire, UL AWM Style 2919, 30V 80°C, DMX 512.

Digital Control Adapter

PN: 28.002.001.01

PN: 28.020.002.01

Brown is Digital Common Orange is Data Negative Green* is Data Positive

White/Blue and Gray/Violet 0-10V wires are tied together

*Green cable in digital cable assemblies will be replaced in the future with a white cable with orange stripes.

–

Black

12V DC, Class 2 AC to DC Power Supply White

PN: 28.002.001.01

+

Black

CTM One

Red

PN: 28.002.002.01

Neutral

Hot

Line in Voltage (110V/277V AC) (FIXTURE 1)

The Constant Hot/Live must not be wired to a switching device

CTM One

+

– Black

PN: 28.002.002.01

Red

White/Blue and Gray/Violet 0-10V wires are tied together

Black

PN: 28.002.001.01

White

12V DC, Class 2 AC to DC Power Supply

Neutral

Hot

Line in Voltage (110V/277V AC)

(FIXTURE 2)

Figure 12: DCA for DMX (including Bluetooth) and Lutron Ecosystem®

16 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

The Constant Hot/Live must not be wired to a switching device

8 CTM ONE OPERATION GUIDE The araya®5 Color Tuning Modules CTM 109, CTM 112, CTM 119 and CTM 119NR utilize standard 0-10V building controls and/or a wireless Light Commissioning Tool (LCT) for controlling on-Planckian correlated color temperatures (CCT), dimming values, off-Planckian color points (color tinting) using the Saturation & Hue feature, and commissioning and activating SceneSet®. This document describes how to control the CTM utilizing 0-10V controls, the wireless remote or a combination of the two. Light Commissioning Tool (LCT). The araya5 LCT wirelessly controls the CTM. While the LCT can act as a stand-alone wireless controller, it is primarily intended to commission the CTM after installation. Each CTM has a unique address and the operator uses the LCT to select the desired CTM, turn power on/off and then set CCT, Dim, Saturation & Hue, and set Scene Presets. The LCT can also be used to trim the dimming levels when 0-10V dimming control is enabled. Consult the LCT Operation Guide for detailed instructions. 0-10V Control. The CTM has 0-10V control wire pairs to control Dimming and CCT. Dimming is controlled by the violet (+) and grey (-) wires. CCT is controlled by the blue (+) and white (-) wires. When a control wire pair is grounded together, the 0-10V control mode is disabled, and the corresponding function is controlled via the LCT. Hybrid (wired & wireless) Control. 0-10V controls and the LCT can be used together to control the CTM. These are the features: Trim. When 0-10V Dimming is enabled, the LCT can adjust the dimming level as a percentage of the 0-10V wired setting. SceneSet®. The LCT can set up to 5 Scene Presets which are recalled using a wired 0-10V controller. A scene is comprised of a CCT, Dim and Saturation & Hue level. Individual preset scenes also can be modified and activated with the LCT . On-Off Control. The CTM may be turned on-off by switching the input power from the 12V supply. To store the settings, the lamp needs to remain on for at least 45 seconds after the CTM is initially set using the LCT. When Scene Presets are activated using the LCT, the settings are stored immediately and no wait time is needed. The lamp may also be turned on-off using the LCT without switching the power supply, but a power draw of about 1W will remain.

17 | araya ®5 CTM 109, CTM 112, CTM 119 and CTM 119NR Installation and Operation Guide

Lumenetix Inc. 4742 Scotts Valley Drive Scotts Valley, CA 95066 877.805.7284 www.lumenetix.com Revised 9.2.16 Specifications subject to change without notice