Cree KBL Series Installation instructions

KBL Series
WIRELESS LED Luminaire
Universal Hook and Cord or Pendant Mount with Sensor
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INSTALLATION INSTRUCTIONS
INSTRUCTIONS D’INSTALLATION
IMPORTANT SAFEGUARDS
When using electrical equipment, basic safety precautions should always be followed including the
following:
READ AND FOLLOW ALL SAFETY
INSTRUCTIONS
1. DANGER- Risk of shock- Disconnect power before installation.
DANGER – Risque de choc – Couper l’alimentation avant l’installation.
2. This luminaire must be installed in accordance with the NEC or your local electrical code. If
you are not familiar with these codes and requirements, consult a qualied electrician.
Ce produit doit être installé conformément à NEC ou votre code électrique local. Si vous
n’êtes pas familier avec ces codes et ces exigences, veuillez contacter un électricien qualié.
3. Suitable for damp location.
Convient aux emplacements humides.
4. Maximum ambient operating temperature: Medium Lumen Package (M) = 50°C and High
Lumen Package (H)= 40°C.
Température ambiante maximale de fonctionnement: Paquet Moyen Lumens = 50°C et
Paquet de Lumen Élevé = 40°C
5. MIN 90°C SUPPLY CONDUCTORS
LES FILS D’ALIMENTATION 90°C MIN.
6. This equipment should be installed and operated with a minimum distance 20cm between the
radiator and your body.
L’équipement doit etre installe d’une facon qu’une distance minimum de 20cm soit maintenue
entre l’emetteur et toute partie du corps.
7. Check to make sure that all input power connections have been properly made and the
module is grounded to avoid potential electrical shock.
8. DO NOT lift luminaire by the power cord or any of the cables connected to the LED heatsink
and LED driver.
9. All electrical connections for the sensor have been made at the factory.
10. The sensor is designed for mounting heights between 8 ft. to 40 ft. (2.4 m to 12.2 m), see
gure 1, 2 and 3 for product specic coverage pattern. The handheld remote unit has a range
of up to 40ft (12.2 m).
11. When mounting heights are above 30ft. (9.1 m), the sensor generally only detects large
objects such as forklift trucks.
12. When the sensor lens assembly is removed the exposed sensor body is sensitive to
electrostatic discharge. Take the necessary steps to avoid possible damage to the sensor
13. Use Class 1 Wiring methods ONLY
SAVE THESE INSTRUCTIONS FOR FUTURE
REFERENCE
TO INSTALL:
HOOK AND CORD MOUNT
STEP 1:
Push down on retainer spring until top of spring is free of
luminaire hook. See Figure 1.
STEP 2:
Slide hook into securely mounted customer supplied eye
hanger and return retainer spring to original position.
NOTE: The luminaire should already be factory set for correct
balance. If necessary, the fixture may be balanced by loosening
the hook adjustment screws on the top of the housing and
sliding the hook as necessary for correct balance. Tighten hook
adjustment screws when finished. See Figure 1.
STEP 3:
Make wiring connections per the Electrical Connections
section.
1
Luminaire Hook
Hook Adjustment Screws
Retainer Spring
1/2” (13mm) IP, 0.875”
(22mm) O.D. Knockout
NOTES:
• For each mounting application below,
when mounting to surface ensure that
the mounting surface and customer
supplied hardware is capable of
supporting the weight of the luminaire.
• The center of mounting is NOT the
same as the center of luminaire.

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PENDANT MOUNT
STEP 1:
Remove hinged splice box from top of housing
by loosening screw and sliding box to the right
and up from “L” channel. Unhook from hinge
holes. See Figure 2.
STEP 2:
Remove hook, slider plate and cord and
discard. Plug junction box knockout hole with
provided junction box plug.
STEP 3:
Attach the supplied pendant mount slider plate
using (2) supplied screws. Use 3/4” threaded
pendant, along with two customer supplied
locknuts (one for inside the hinged splice box
and one for outside the splice box). Pull supply
leads into position from customer supplied
conduit.
Note: If necessary, the luminaire may be
balanced by loosening (2) screws for pendant
adjustment on the top of the hinged splice box
and sliding the adjustment plate as necessary
for correct balance. Tighten (2) screws when
finished. See Figure 2.
STEP 4:
Attach one end of the hinged splice box to
luminaire by aligning hinge slots on Mounting
Bracket with hinges (on splice box), and then
inserting the hinges into the slots.
STEP 5:
Make wire connections per Electrical
Connections and then push the leads into
hinged splice box. Close the hinged J-box and
re-tighten the screw. See Figure 3.
STEP 6:
Secure other end of the hinged splice box
to luminaire by sliding screw on Mounting
Bracket up and over in “L” channel on the
hinged splice box. See Figure 2.
STEP 7:
Secure luminaire to hinged splice box by
tightening screw.
REFLECTOR INSTALLATION
STEP 1:
Loosen the (4) screws, shown in Figure 4, at
least 0.1 inch from the heatsink.
NOTE: The view in Figure 5 is of the underside
of the luminaire.
STEP 2:
Bring trim into housing and line up the (4)
screws from Step 1, with the keyhole slots on
the reflector. See Figure 5.
STEP 3:
Rotate trim, turn clockwise and tighten the (4)
screws from Step 1. See Figure 4.
Keyhole Slots
5
4
Loosen
Screws
Hinged J-box
3
2
“L” Channel
Pendant Mount Hole
3/4” (19mm) IP, 1.125”
(29mm) O.D.
1/2” (13mm) IP,
0.875” (22mm)
O.D. Knockouts
3/4” (19mm) IP,
1.125” (29mm)
O.D. Knockouts
Pendant Adjustment
Hinged Splice
Box
Pendant Slider
Plate

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8
Site Map
Label
Mounting Ring
Reflector
Lens with V-band
Screw
7
Mounting Lens or Wire Guard To
Aluminum Reflector
STEP 1:
Secure the hinge retainer and frame hinge to
the reflector using supplied screw and lock
nut. See Figure 6.
NOTE: Reflector is pre-punched at position of
this installation.
STEP 2:
Swing the wire guard into place and secure to
the reflector with the attached spring latch.
See Figure 6.
Mounting Lens or Wire Guard To
Prismatic Reflector
STEP 1:
Place lens or wire guard onto the bottom of
reflector, and place V-band around lens and
reflector. See Figure 7.
STEP 2:
Secure lens or wire guard to reflector by
tightening screw on V-band.. See Figure 7.
SITE MAP LABEL
STEP 1:
Remove unit site map label SNAP address.
See Figure 8.
STEP 2:
Apply site map label to the correct position on
the site map. See Figure 8.
INSTALLING SAFETY CABLE
NOTE: Safety Cable is sold separately as an
accessory, please refer to installation sheet in
safety cable packaging for complete installing
instructions.
STEP 1:
Attach one end of the safety cable through the
fin of the heatsink. See Figure 9.
STEP 2:
Attach other end of the safety cable to
mounting surfaces using customer supplied
hardware.
SYSTEM COMMISSIONING AND
CUSTOMIZING
System commissioning is required for the
fixtures to be recognized on the Simply SNAP
network. Contact Cree Lighting at 800-236-
6800 for more details about commissioning
and customization.
EMERGENCY LIGHTING CONTROLS
If luminaire is provided with 2 ELCD leads
in the junction box and Emergency Lighting
bypass control is needed, please contact
Cree Lighting at 800-236-6800 for detailed
instructions.
ELECTRICAL CONNECTIONS
STEP 1:
Make the following Electrical Connections::
a. For 120/277/347V connect the black fixture lead to the
voltage supply or Hot 1 (for 208/240/480V wiring).
b. For 120/277/347V connect the white fixture lead to the
neutral supply or Hot 2 (for 208/240/480V wiring).
c. Connect the green or green/yellow ground lead to the green
wire position of the terminal block.
LINE
OR HOT 1
GREEN
LINE-BLACK
GROUND-GREEN
NEUTRAL-WHITE
NEUTRAL
OR HOT 2
SUPPLY WIRING
LUMINAIRE
BLUE W/WHITE
BLUE W/WHITE
Reserved for Emergency Bypass ELCD
Contact Cree for detailed instructions
6
Reflector Hinge Retainer
Frame Hinge
Safety Cable
Heatsink
9

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SENSOR INFORMATION
INSTALLING SENSOR
NOTE: Ensure that you remove the label on the unit that says, “Remove
This Label Before Installing Lens”. If this label is not removed, the
sensor will not work properly.
STEP 1:
Rotate the wire form up as shown. The wire form will snap into position
to hold the Sensor horizontal. Confirm that Sensor screw is tight. See
Figure 10.
STEP 2:
Locate the wire form on the sensor and install onto the luminaire
by inserting the wire form into the (2) tabs under the driver box. See
Figure 11.
STEP 3:
Rotate Sensor as needed to level position or adjust field of view.
NOTE: The horizontal position is fixed.
SENSOR DESCRIPTION
The FSP-2X1 is a motion sensor that controls lighting levels based on
occupancy and ambient light.
The sensors uses passive infrared (PIR) sensing technology that reacts
to changes in infrared energy (moving body heat) within the coverage
area. Once the sensor stops detecting movement and the time delay
elapses, lights will go from high to low mode and eventually turn off if
it is desired. Sensors must directly “see” motion of a person or moving
object to detect them, so careful consideration must be given to sensor
luminaire placement and lens selection. Avoid placing the sensor where
obstructions may block the sensor’s line of sight. See Figure 12.
The FSP-2X1 operates on low voltage output of driver, no power
pack is required. It is designed to be installed in indoor and outdoor
environments. Once the device is initially powered up, the FSP-2X1 will
use factory default parameters to operate. If adjustments are needed,
the programming tool must be used.
COVERAGE PATTERN
The density and the range of the coverage pattern is determined by the
type of lens and mounting height. For standard lenses and patterns for:
• For FSP-L7: 360 ° Coverage - Provides a 100’ (30.5m) diameter
coverage area when mounted at a height of 40’ (12.2m). See
Figure 13.
Light Sensor
IR Transmitter
IR Receiver
PIR Sensor
Motion
Indicator
Red LED
12
Driver Box
Wire
Form
Tabs
Sensor
Screw
11
10 Wire Form

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FSP-2X1 COMMISSIONING
The commissioning process establishes the
appropriate operating parameters of the FSP-
2X1. This is done using the programming tool.
The Sensor is preset for optimal performance
in the Synapse Enviroment. If the program
needs to be confirmed or updated, see
following sections.
USING THE PROGRAMMING TOOL
The Wireless IR Programming Tool is a
handheld remote control for setup and testing
of the FSP-2X1. It provides wireless access to
change the parameters of the sensor.
The programming tool displays menus and
prompts to lead you through each process.
The navigation pad provides an intuitive way
to navigate through the customization fields.
See Figure 14.
Within a certain mounting height of the
sensor, 40’ (12.2m) or less, the programming
tool allows modification of the system simply
with the touch of a few buttons, without
requiring ladders or tools.
OPERATION
The programming tool’s IR transceiver allows
bidirectional communication between the
FSP-2X1 and the remote control. Simple
menu screens display the current status
of the system and allow editing of the
sensor parameters, such as high/low mode,
sensitivity, time delay, cut off and more.
You can also establish and store FSP-2X1
parameter profiles.
BATTERIES
The programming tool operates on three
standard 1.5V AAA Alkaline batteries or
three rechargeable AAA NiMH batteries (See
Figure 15). The battery status is shown in the
upper right corner of the home screen (See
Figure 16). Three bars next to BAT= indicates
a full battery charge. A warning appears
on the display when the battery charge
falls below a minimum acceptable level. To
conserve battery power, the programming
tool automatically shuts off 10 minutes after
the last key press.
NAVIGATION
Use the (up) or (down) arrow keys to navigate
from one field to another. The active field is
indicated by a blinking cursor.
Once active, use the Select button to move
to a menu or function within the active field.
Value fields are used to adjust parameter
settings. They are shown in angle brackets:
<value>. Once active, change them using
the (left) and (right) arrow keys. In general
the (right) key increments and the (left) key
decrements a value. Selections wrap-around
if you continue to press the key beyond
maximum or minimum values. Moving away
from the value field overwrites the original
value. The Home button takes you to the
main menu. The Back button can be thought
of as an undo function. It takes you back one
screen. Changes that were in process prior to
pressing the key are lost. See Figure 14.
2.33"
59.2 mm
0.78"
19.7 mm
30
20
10
0
10
20
30
20 10 0 10 20
22 11 7 3 0 3 7 11 22
0
8
20
10
0
10
20
20 10 0 10 20
0
5
10
15
20
20 18 15 12 9 6 3 0 3 6 9 12 15 18 20
44 ft
40 ft
60 ft
Coverage Top View
Coverage Side View
Coverage Top View
Coverage Side View
Coverage Top View
Coverage Side View
2.33”
59.2mm
0.78”
19.7mm
50' 25' 0' 25' 50'
0'
50'
25'
25'
50'
1.04"
26.4mm
3.2"
81.3 mm
0'
10' 10'
20' 20'30' 30'40' 40'
27'
40'
50'50'
15'
FSP-L7 Wide Angle
13 14
Home Screen
15 16

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Distance may vary depending on
the lighting environment
max. height
of 40'
17
IR COMMUNICATION
IR communication can be affected by the mounting height of the
sensor and high ambient lighting such as direct daylight or other
electric light sources in close proximity
When trying to communicate with the FSP-2X1, be sure to be
positioned directly under the sensor without any obstructions. Every
time the programming tool establishes communication with the FSP-
2X1, the controlled load will cycle. See Figure 17.
• If communication is not successful, (if possible) move closer
to the sensor. In some cases, a ladder or lift may be required
• If still not successful, there may be too much IR interference
from other sources. Programing the unit at night when there
is no daylight available may be the only way to communicate
with the sensor.
• If multiple FSP-2X1 sensors are within the transceiver’s
range, all of the loads may cycle and the “no response from
device” message may appear on the display.
SENSOR PROGRAMMING
The Sensor is preset for optimal performance in the Synapse
Enviroment.
STEP 1:
Select FSP-2X1
STEP 2:
Select New Settings
STEP 3:
Input the following Settings for the Synapse Environment:
HIGH MODE : 10 Volts
LOW MODE: 0 Volts
TIME DELAY: 30 Seconds
CUT OFF: 1 Min
SENSTIVITY: MAX
SETPOINT: Disable
RAMP UP: Disable
FADE DOWN: Disable
PHOTOCELL: Disable
STEP 4:
Select SEND
Follows prompts, if “no response from device” is displayed see the
last page for troubleshooting.
For further details on the Sensor, Settings, Tips and Troubleshooting
refer to the following pages.

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© 2019 Cree Lighting, A company of IDEAL INDUSTRIES. All rights reserved. For informational purposes only. Content
is subject to change. See www.creelighting.com/warranty for warranty and specifications. Cree®and the Cree logo are
registered trademarks and the Cree SmartCast Technology logo is a trademark of Cree, Inc. SmartCast®, is a registered
trademark and OneButtonTM is a trademark of Cree Lighting, A company of IDEAL INDUSTRIES.
TROUBLESHOOTING
NO RESPONSE SCREEN APPEARS:
• Make sure that the sensor is not obstructed.
• Move closer to the sensor. A ladder or lift may be required.
• The angle may be too high, move closer so that you are directly
underneath the sensor.
• Make sure that multiple sensors are not in the range of the
transceiver. If this happens, then all of the luminaires will cycle.
• If still not successful, there may be too much IR interference from
other sources. Programming the unit at night may be the only way
to communicate with the sensor.
LIGHTS WILL NOT go to high mode:
• Make sure that the sensor is not obstructed. The sensor must
detect motion to switch to HIGH mode. The red LED indicator will
blink when motion is detected.
• Check the light level parameter, to find out the amount of light
that the sensor is detecting. Cover the sensor lens to simulate
darkness in the room. If the luminaire goes to high mode, then the
setpoint needs to be adjusted to a value greater than the detected
light level. See the new settings and current settings sections for
instructions.
• If the light level is higher than the setpoint value but less than
the photocell value, then the luminaire will remain in low mode.
Adjust the setpoint and photocell values as needed.
• Make sure that the high and low settings are correct by checking
the current settings.
Lights will not go into Low Mode:
The time delay can be set from a minimum of 30 seconds to a maximum
of 30 minutes. Ensure that the time delay is set to the desired value and
that there is no movement within the sensor’s view for that time period.
• To quickly test the unit operation, enable Test Mode and move out
of the sensor’s view. The luminaire should go to LOW mode after 5
seconds.
Lights will not turn OFF:
• Cut Off time may be set to “None.”
• Ensure that the Cut Off is set to the desired time and that there is
no movement within the sensor’s view for that time period when
the lights are in Low Mode.
• To quickly test the unit operation, enable test mode and move out
of the sensor’s view. The luminaire should switch to LOW mode
after 5 seconds and then turn OFF (if cut off is enabled) after 10
sec.
• If the luminaire does not turn off in daylight, check the ambient
light level. Adjust the photocell setting to a value lower than the
ambient light level. The setpoint may also need to be adjusted if
the difference is less than 10 fc.
• Make sure that the Sensitivity field is not set to On-Fix.
Lights will not turn ON:
• Check all wire connections and verify that the load and the ground
wires are tightly secured.
• Check the current settings. If the setpoint value is lower than the
ambient light level, the luminaire will be held OFF. Increase the
setpoint value.
• Disable the cut off function, if not desired.
• Make sure that the Sensitivity field is not set to Off-Fix.
OPERATION DURING POWER-UP
During the sensor warm-up period, which can last up to a minute after
initial power-up (or after a lengthy power outage), the load will remain
ON until the selected time delay expires.
TECHNICAL SUPPORT
If unable to successfully resolve problems with the sensor, contact Cree
Lighting at 800.236.6800 for technical support.
FEDERAL COMMUNICATION COMMISSION INTERFERENCE
STATEMENT
CAUTION: Changes or modifications not expressly approved could void
your authority to use this equipment.
This device complies with Part 15 of the FCC Rules. Operation to
the following two conditions: (1) This device may not cause harmful
interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
This device has been tested and found to comply with the limits for
a Class A digital device, pursuant to Part 15 of the FCC Rules. These
limits are designed to provide reasonable protection against harmful
interference when the device is operated in a commercial environment.
This device generates, uses, and can radiate radio frequency energy
and, if not installed and used in accordance with the instruction manual,
may cause harmful interference to radio communications. Operation of
this device in a residential area is likely to cause harmful interference
in which case the user will be required to correct the interference at his
own expense.
INDUSTRY CANADA STATEMENT
This device complies with Industry Canada licence-exempt RSS
standard(s). Operation is subject to the following two conditions: (1) this
device may not cause interference, and (2) this device must accept any
interference, including interference that may cause undesired operation
of the device. In addition, this device complies with ICES-003 of the
Industry Canada (IC) Regulations.
Le présent appareil est conforme aux CNR d’Industrie Canada
applicables aux appareils radio exempts de licence. L’exploitation est
autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas
produire de brouillage, et (2) l’utilisateur de l’appareil doit accepter tout
brouillage radioélectrique subi, même si le brouillage est susceptible
d’en compromettre le fonctionnement.
Radiation Exposure Statement:
• This equipment complies with FCC radiation exposure limits set
forth for an uncontrolled environment. This equipment should be
installed and operated with minimum distance 20 cm between the
radiator and your body.
• This transmitter must not be co-located or operating in
conjunction with any other antenna or transmitter.
• The antennas used for this transmitter must be installed to provide
a separation distance of at least 20 cm from all persons and
must not be co-located or operating in conjunction with any other
antenna or transmitter.