Enlighted SU-6E-2W Micro Sensor Installation Guide
- June 21, 2024
- enlighted
Table of Contents
SU-6E-2W Micro Sensor
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Specifications:
- Model No.: SU-6E
- Product Code: SU-6E-2W
- Power: 180 mW
- FCC ID: AQQ-SU6E
- IC: 10138A-SU6E
- HVIN: 01-03335-03
Product Usage Instructions:
Connecting the Cable to the LED Driver:
- Step 1: Connect the pair of wires to the LED Driver.
-
From Mains Power to Enlighted sensor and lamps.
-
Step 2: Turn the power on by switching on the circuit breaker
and wait for the green LED to appear.
LED Description:
Note: The purpose of wiring test is to serve as a sanity check
regarding connectivity to the sensor. However, the overall
responsibility of the quality of the device must meet the QC
criteria for the light fixture manufacturer.
| LED Status | Description/Solution |
|---|---|
| LED not on | The sensor is not powered on. Check power and wiring. |
| Blinking Green | The commissioned sensor has powered up and has detected |
motion.
If there is no motion in the sensor’s field of view, the blinking
will stop. Wave your hands below the sensor to restart LED
blinking.
Solid Green| Description for Solid Green
Blinking Red| Description for Blinking Red
Solid Red| Description for Solid Red
Solid Blue| Description for Solid Blue
Blinking Blue| Description for Blinking Blue
Blinking Magenta Interrupted Green| Description for Blinking Magenta
Interrupted Green
Fixture Mount Sensor Installation:
- Step 1: De-energize the luminaire.
- Note: For fixture mounting, use the fixture carrier and nut
that is shipped with the sensor. The fixture mount can accommodate
up to 0.25 (6.35 mm) thickness materials.
FAQ:
Q: Is it safe to touch FELV circuits?
A: No, FELV circuits are not safe to touch. Always exercise
caution when handling such circuits.
Q: What should I do if the LED status shows Blinking Magenta
Interrupted Green?
A: This indicates that the sensor received a request to identify
itself. Ensure that all connections are secure and follow the
necessary steps for proper identification.
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Connecting the Cable to the LED Driver
Step 1: Connect the pair of wires to the LED Driver.
To Enlighted sensor
To lamps
From Mains Power
: Step 2 Turn the power on by switching on the circuit
breaker and wait for the green LED to appear.
LED Description
Note: The purpose of wiring test is to serve as a sanity check regarding
connectivity to the sensor. However, the overall responsibility of the quality
of the device must meet the QC criteria for the light fixture manufacturer.
LED Status LED not on Blinking Green
Solid Green
Blinking Red Solid Red
Description/Solution
The sensor is not powered on. Check power and wiring
The commissioned sensor has powered up and has detected motion. If there is no
motion in the sensor’s field of view, the blinking will stop. Wave your hands
below the sensor to restart LED blinking.
The uncommissioned sensor has powered up successfully and completed the wiring
test with no unexpected conditions waiting for discovery.
The uncommissioned sensor has powered up and completed the wiring test with
one or more conditions unexpected of a typical LED fixture waiting for
discovery.
Faulty sensor replace the sensor.
Solid Blue
Blinking Blue
Blinking Magenta Interrupted Green
Sensor received a request to identify itself.
The uncommissioned sensor powered up successfully, but the sensor is unable to
detect an energy measurement device (CU or Driver), waiting for discovery.
When the sensor is connected to a DALI emergency driver that is currently in
the process of an emergency test or an emergency test pending.
Un-commissioned fixtureless sensors.
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Copyright © Enlighted Inc. All rights reserved. All other brand or product
names are trademarks of
their respective companies or organizations.
Company Contact Information
Location: 3979 Freedom Circle, #210, Santa Clara, CA 95054 Phone:
+1.650.964.1094 Web: enlightedinc.com DoCs: https://www.enlightedinc.com/eu-
docs/ Support Portal: support.enlightedinc.com
Model No. SU-6E Product Code: SU-6E-2W Power: 180 mW FCC ID: AQQ-SU6E IC:
10138A-SU6E HVIN: 01-03335-03
This device complies with Part 15 of the FCC Rules and Innovation, Science and
Economic Development Canada’s license-exempt RSS standard(s). Operation is
subject 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 of the device.
Changes or modifications not expressly approved by Enlighted could void the
user’s authority to operate the equipment. 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. Pour éviter la possibilité de
dépasser les limites d’exposition aux radiofréquences FCC et ISED, la
proximité humaine avec le radiateur ne doit pas être inférieure à 20 cm
pendant le fonctionnement normal.
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Micro Sensor, 2-wire (SU-6E-2W) Install Guide
Micro Sensor, 2-wire
Shipped Components · Enlighted Micro Sensor, (SU-6E-2W)
Supplemental Components · Tile Mount Carrier (TMC-SU-5E) · Hard Ceiling Mount
Carrier (HCMC-SU-5E) · 18 AWG (0.75 mm2) solid copper wire
Tools you may Need · 7/8″ or 23 mm Drill bit (1/2″ or 13 mm
knock out trade size) · Hand drill · Wire stripper
- Sold separately. Contact Enlighted Customer Support.
93-03337-01 Rev.03 11122023
Page 1
Caution
A qualified electrician must perform installation and maintenance under local,
state, and national electrical codes (NEC) and requirements. For installations
outside of North America, qualified personnel must conform to appropriate
standards when installing and maintaining products powered by FELV circuits,
such as some DALI installations.
Warning
FELV circuits are not safe to touch.
· Isolate the circuits connected to any FELV source from the AC mains supply
of the control gear.
· Ensure to protect the FELV circuit from any accidental contact.
· When installing the Radio Module, de-energize the FELV source and any AC
main sources near the FELV.
· Place the Radio Module in a luminaire or other suitable enclosure only (when
powered by FELV).
· Circuits connected to any FELV control terminal must be insulated for the LV
supply voltage of the control gear, and all terminals connected to the FELV
circuit must be protected from accidental contact.
· To avoid the possibility of exceeding the FCC and ISED radio frequency
exposure limits, human proximity to the radiator shall not be less than 20cm
during normal operation.
Fixture Mount Sensor Installation
Step 1: De-energize the luminaire.
Note: For fixture mounting, use the fixture carrier and nut that is shipped
with the sensor. The fixture mount can accommodate up to 0.25″ (6.35 mm)
thickness materials.
Fixture Carrier
Nut
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Step 2: Determine the location for the sensor in the fixture and drill a ½
inch (7/8″ or 23 mm diameter) knockout in the fixture.
Step 3: Insert the fixture carrier through the hole in the fixture.
Step 4: From behind the fixture, align the tabs of the nut with the keys on
the fixture carrier.
Keys Tabs
Step 5: Slide the tabs of the nut along the keys of the carrier to fasten the carrier.
Step 6: Cut two lengths of 18 AWG (0.75 mm2) solid wire of the required length. Strip insulation from each end of the two wires leaving 5/16 in (8 mm) of exposed wire.
Step 7: Insert one end of the pair of wires through the hole in the fixture
and connect the wires to the sensor.
Step 8: Guiding the wire from above, push the sensor into the carrier until it
securely clicks into the carrier.
Step 9: Leave four inches of slack cable in the sequence loop to avoid
pinching of the cable and to bring the sensor down if it needs to be replaced.
Note: Do not pull the cable forcefully as this might damage the cable or
connector.
Step 10: See section Connecting the Cable to the LED Driver on Page 5.
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Tile Mount Sensor Installation
Note: For tile mounting*, the tile carrier and nut must be ordered separately.
The tile mount can accommodate up to 1.5″ (38 mm) thick tiles.
Tile Carrier
Nut
Step 1: De-energize the luminaire.
Step 2: Make a 7/8″ or 23 mm diameter hole in the ceiling tile.
Step 3: Insert the tile carrier through the hole into the tile.
Step 4: Thread the plain end of the nut from behind the tile to secure the
carrier.
If the tile is thicker than normal, flip the nut and thread the ribbed end of
the nut to secure the carrier.
Step 5: Cut two lengths of 18 AWG (0.75 mm2) solid wire of the required
length. Strip each end of the two wires leaving 5/16″ (8 mm) of exposed wire.
Step 6: Insert one end of the wires through the hole in the tile and connect
the wires to the sensor.
Step 7: Guiding the wire from above, push the sensor into the carrier until it
securely clicks into the carrier.
Step 8: Leave four inches of slack cable in the sequence loop to avoid
pinching of the cable and to bring the sensor down if it needs to be replaced.
Note: Do not pull the cable forcefully as this might damage the cable or
connector.
Step 9: See section Connecting the Cable to the LED Driver on Page 5.
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