Shock Hzrd. May result in serious injury or deth.
Turn power OFF at circuit breker or remove fuse. Dmge to this
product cused by wiring with power on voids the wrrnty.
Due to the risk of electric shock, a licensed electricin should instll
this power supply unit in strict complince with the Ntional Electricl
Code nd ny stte or locl code which my pply.
( 2 ) Butterfly Brackets
Housing with Emitter Optic
(Models as specified)
( 2 ) Nailer Bars
Trim (Model as specified)
Supported Models
D3-FXRD
D3-ADRD
D3-WWRD
D3-FXSQ
D3-ADSQ
D3-WWSQ
For instructions on setting default states in Design Studio, see the Design Studio Manual available on our website. The manual has
sections dedicated to emergency mode and setting default states for Ketra lights
Color Spatial Uniformity<2 MacAdam ellipses across
Color Point Range1400 ˚K10,000 ˚K, Fully
Equivalent Traditional Lamp 75 W halogen
Dimming Range0.1100% lm
Power ConsumptionD3.13 13 W
Voltage*
Power Factor>0.9
Current150 mA Max
Delivered Ecacy
Beam Angle
(1 in/ 25.4 mm recess)
15° beam low glare72 lm/W68 lm/W 61 lm/W
25° beam, low glare69 lm/W65 lm/W 58 lm/W
40° beam, low glare63 lm/W59 lm/W53 lm/W
60° beam, low glare62 lm/W58 lm/W52 lm/W
15° beam high output76 lm/W71 lm/W63 lm/W
25° beam, high output75 lm/W71 lm/W62 lm/W
40° beam, high output72 lm/W68 lm/W 59 lm/W
60° beam, high output70 lm/W66 lm/W 58 lm/W
9W13W18W
field angle
Saturated, Pastel
D3.18 18 W
120 V 60 Hz
220277 V 60 Hz
220277 V 50 Hz
9W13W18W
Environmental
Operating Temperature040 °C
Storage Temperature-2080 °C
Humidity095%, Non-condensing
CertificationUL, cUL, RoHS, FCC Class B
LocationUL Damp Location, UL Wet
Location Available with Lens Trim
Electrical
Mounting OptionsHanger Bars / Butterfly Brackets
Field Replaceable OpticsYes
Field Replaceable
A
Light Engine
Field Replaceable
Power Supply
Additional Optic Lens Holder 2.5 in/63.5 mm Lens, ⁄ in/3.175 mm Thick
Additional Trim Lens Holder 2.75 in/69.85 mm Lens, ⁄ in/3.175 mm Thick
Housing MaterialPowder Coated Steel, Polymer
Lens MaterialGlass
Yes
Yes
Dimensions
Ceiling Hole Diameter4 in/ 101.6 mm Flanged,
5.5 in/ 139.7 mm Mud-in
Trim Outside Diameter4.62 in/ 117.348 mm
Trim Inside Diameter3.75 in/ 95.25 mm
Trim Thickness⁄ in/ 1.5875 mm
Optics Outside Diameter2.5 in/ 63.5 mm
Trim Depth1 in/ 25.4 mm
Ceiling Thickness 0.625 in–1.5 in/ 15.87538.1 mm
Emitter Vertical Adjustment
(tool-free)
Housing Vertical Adjustment
via Butterfly Bracket
Housing Height3.50 in/ 88.9 mm
Housing Length18.38 in/ 466.852 mm
Housing Width10.07 in/ 255.778 mm
0.75 in/ 19.05 mm
1.75 in/ 44.45mm
Surge Protection2.5 KV
Control ProtocolKetraNet Mesh
* Ketra lighting products should not be connected to, or directly controlled by, AC mains line voltage dimmers. These types of dimmers may
also be referred to as phase cut, triac, forward-phase, reverse-phase, ELV, or MLV dimmers. Ketra's lighting products should only be controlled
via our digital control architecture. Ketra does not recommend switching power on/o to Ketra lighting products via relays, contactors, or
manual toggle switches. When the lighting products are disconnected from power they cannot respond to digital commands from control
devices. This could confuse end users as the lighting may be in a state that is inconsistent with the control devices. Please refer to our controls
products installation guides for more information.
3. Optional: If installing a square fixture, loosen the collar's two outer screws, freeing the collar for
rotation, which then can be aligned to the fixtures per design.
a. Realign the collar using its v-shaped notches and an alignment string or laser.
b. Re-tighten the screws to lock the collar’s new position.
Option 2
MOUNTING WITH BUTTERFLY BRACKETS
1. Reposition emitter chassis
a. Remove the cardboard plug from the D3’s aperture.
b. Carefully remove the optic by turning counter-clockwise and pulling.
Note: Demonstrate caution when removing wall wash optic due to possible damaging kick.
Note: If you remove the optic, be careful not to touch the exposed silicone dome on the
emitter.
c. Unlock the tilt lock by pulling it toward the fixture aperture. The tilt lock is the red, horizontal lever
to the right or left side of the emitter chassis body. (see fig. 5)
d. Unlock the rotation lock by pulling it toward the fixture aperture. The rotation lock is the red,
vertical lever across from the emitter chassis body. (see fig. 6)
e. Tilt and rotate the emitter chassis to open an unobstructed path to the butterfly bracket openings
a. A. Remove the junction box’s outer cover by pressing down on the outer latch and pulling the
cover toward you.
Note: A licensed electrician should perform all the wiring tasks. All electrical connections must
be made within the junction box.
b. Run the conduit in (and out, if this is one downlight in a sequence).
Note: Maximum of ( 8 ) no. 12 AWG through branch circuit conductors suitable for 75 ˚C
permitted in the box.
c. Run the building’s power line wires* into the junction box.
2. Splice the wires
a. Using the provided connectors, splice the D3’s flying leads into the building’s power. Make sure
the housing is grounded in accordance with local codes.
b. Replace the junction box’s outer cover.
3. Test the wiring
a. Apply power to the D3. The emitter should immediately come on to 3000 K (warm white).
Note: If the emitter comes on red, see Diagnostic Colors, page 18.
b. Wait several minutes while the D3 tests its installation conditions. Then use the color to
c. determine whether installation was successful:
• If the light stays at 3000 K, installation was successful. Continue to step d.
• If the light changes color, a problem has been detected.
Note: Magenta can indicate success or failure. It indicates success if there are no other
powered-on Ketra devices within 50 ft (15.24 m); otherwise, it indicates a problem.
To troubleshoot problems, see Diagnostic Colors, page 18.
d. After verifying a successful installation, remove power and continue to Part Three.
* Ketra lighting products should not be connected to, or directly controlled by, AC mains line voltage dimmers. These types of dimmers may also
be referred to as phase cut, triac, forward-phase, reverse-phase, ELV, or MLV dimmers. Ketra's lighting products should only be controlled via our
digital control architecture. Ketra does not recommend switching power on/o to Ketra lighting products via relays, contactors, or manual toggle
switches. When the lighting products are disconnected from power they cannot respond to digital commands from control devices. This could
confuse end users as the lighting may be in a state that is inconsistent with the control devices. Please refer to our controls products installation
guides for more information.
1. Ensure that the aperture is plugged with the cardboard insert to protect the optic.
2. Cut properly-sized hole in drywall before installing drywall. Reference table for sizes.
TypeHole shape and size
Mud-InCircle with 5.5 in (139.7 mm) diameter
Flanged with square apertureSquare with 4 in (101.6 mm) length/width
Flanged with round apertureCircle with 4 in (101.6 mm) diameter
3. Align the hole with the D3's aperture and install the drywall.
Part 4: Apply Mud-In Flnge Trim Retiner
Note: Skip this section if you have a flanged downlight.
1. Align the retainer assembly such that the holes in the retainer line up with the screw posts in the collar.
(see fig. 9)
2. Secure the retainer assembly using the #632 fasteners. For ceiling thickness in range 0.625 in (16.129
mm) to 1.125 in (28.575 mm), use the blue coded short set; for ceiling thickness in range 0.875 in
(225.425 mm) to 1.5 in (38.1 mm), use the red coded long set.
Note: The retainer assembly should be flush with the drywall.
1. Apply skim coat up to the aperture rim using a joint compound. (For mud-in versions, cover the flange
but not the retainer.) For best results, use a full ceiling float (see fig. 10).
fig. 10
2. Sand and finish the final surface before removing the aperture plug. Clean the internal surfaces of the
trim retainer with a clean rag and isopropyl alcohol.
Prt 6: Apply Trim
Mud-in and flanged downlights have dierent processes for applying their trims. Please read only the
appropriate section below.
1. Applying trim to mud-in downlight
a. Press the flangeless trim into the trim retainer (see fig. 11).
2. Applying trim to flanged downlight
If your ceiling’s substrate is thicker than 0.6251 in (16.12925.4 mm), adjust the springs on either side
of your trim:
a. Using a #1 screwdriver, loosen the screw holding the spring in place.
b. Raise the spring as high (as far from the bottom of the trim) as it will go.
c. Re-tighten the screw (see fig. 12).
fig. 12
3. Compress the springs and push into the downlight aperture until the trim is flush to the ceiling.
Ensure that the springs are properly compressed and are going into the collar, not around the collar.
(see fig. 13)
The D3 uses built-in tests to check wiring and wireless connectivity. These tests run each time the D3 turns
on, and may take several minutes.
Note: The D3 will NOT run these tests while provisioned to a Design Studio installation.
If the D3 find a problem, it will let you know by emitting a corresponding color or, if no emitter is
connected, by flashing the indicator lights on its power supply.
DIAGNOSTIC COLORS (REQUIRES EMITTER)
The D3 will emit a color to tell you the type of problem.
ColorConditionCorrection
RedInvalid input voltage on the
power line
MagentaPoor wireless connectivityEnsure that the D3 is not in a metal enclosure and
YellowFair wireless connectivityEnsure that the D3 is not in a metal enclosure
Note: Magenta can indicate success or failure. It indicates success if there are no other powered-
on Ketra devices within 50 ft (15.24 mm); otherwise, it indicates a problem.
Ensure that input voltage matches the expected
voltage for the D3's model.
that there are no significant obstructions between
the D3 and other Ketra devices.
Note: In some circumstances, magenta is expected.
See the note below the table.
and that there are no significant obstructions
betweenthe D3 and other Ketra devices.