Micro Sensor, 8-pin, (SU-5E)

Download the Micro Sensor, 8-pin, Installation Guide PDF: English rev.08 | German rev.07 | French rev.07 | Spanish 07

Overview

The Enlighted Micro Sensor, 8-pin, delivers all the functionality of our other sensors in a minimally sized package. The Micro Sensor, 8-pin, is designed to be easily mounted into lighting fixtures or ceiling tiles, such that only the discreet white faceplate is visible. The sensor slides into a carrier sleeve, fitting a standard 1/2 inch trade size knockout or 7/8 inch (22 mm) hole. Carrier sleeves compatible with either lighting fixtures or ceiling tiles are available. Sensor replacement requires no tools—simply slide the sensor out of the carrier, unplug the connector, and install the new sensor.

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Micro Sensor and Carrier

The following sections describe installing the Micro sensor, 8-pin, in a fixture or tile.

If you have purchased the Hard Ceiling Mount Carrier (HCMC-SU-5E) as an optional component for installing the sensor, refer to the following articles:

Installation

Shipped Components: Enlighted Micro Sensor, 8-pin: SU-5E

Supplemental Components:

Tools you may Need

  • 7/8” Drill bit (1/2” knock out trade size)
  • Hand drill

Caution

A qualified electrician must perform installation and maintenance per local, state, and national electrical codes (NEC) and requirements.

Installation Procedure

Before proceeding with the sensor installation, make sure to de-energize the luminaire.​

Note: When replacing the white bezel with the black bezel, make sure the bezel is securely fastened in place so that the key is properly seated in the slot.

Fixture Mount Installation

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” thickness materials.

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Fixture Carrier and Nut

Step 1: De-energize the luminaire.

Step 2: Determine the sensor's location in the fixture and cut a ½ inch (7/8” diameter) knockout in the fixture.

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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.

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Step 5: Slide the tabs of the nut along with the keys of the carrier to fasten the carrier.

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Step 6: Insert the 8-pin end of the sensor cable through the carrier.

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Step 7: Connect the 8-pin connector to the sensor.

Step 8: Guiding the wire from above, push the sensor into the carrier until it securely clicks into the carrier.

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Step 9: Leave four inches of slack cable in the sequence loop to avoid pinching 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 Connecting the Sensor Cable to the Control Unit.

Tile Mount Installation

Note: For tile mounting, the tile carrier and nut must be ordered separately. The tile mount can accommodate up to 1.5” thick tiles.

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Tile Carrier and Nut

Step 1: De-energize the luminaire.

Step 2: Make a 7/8th diameter hole in the ceiling tile.

Step 3: Insert the tile carrier through the hole into the tile.

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Step 4: Thread the plain end of the nut from behind the tile to secure the carrier.

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If the tile is thicker than normal, flip the nut and thread the nut's ribbed end to secure the carrier.

Step 5: Insert the 8-pin end of the sensor cable through the carrier.

Step 6: Connect the 8-pin connector to the sensor.

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Step 7: Guiding the wire from above, push the sensor into the carrier until it securely clicks into the carrier.

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Step 8: Leave four inches of slack cable in the sequence loop to avoid pinching 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 Connecting the Sensor Cable to the Control Unit.

Connecting the Sensor Cable to the Control Unit

Step 1: Connect one end of the sensor cable to the Control Unit (CU). For wiring connections from the Control Unit to the sensor, refer to the Control Unit Installation Guide.

Step 2: Energize the luminaire and confirm that the green LED is solid.

LED Description

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The Sensor received a request to identify itself.
Blinking Blue  The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance:

Microsensor.png

Model No. SU-5E-01
Product Code: SU-5e-xxx
xxx: IoT Note (IoT), Connected Lighting (CL), Independent Lighting/Enlighted One (IL)
FCC ID: AQQ-SU5E
IC: 10138A-SU5E
Rev.08
DoC: enlightedinc.com/eu-docs/mceclip1.png

Recommended articles:

Downloads:

Micro Sensor with 2-wire Adaptor (KIT-SU-5E-D)

Download the Micro Sensor with 2-wire adaptor Installation Guide PDF: English rev.04 | German rev.04 | French rev.04

Overview

The Enlighted Micro Sensor with 2-wire Adaptor delivers all the functionality of our other sensors in a minimally-sized package. It is designed to be easily mounted into lighting fixtures or ceiling tiles such that only the discreet white faceplate is visible. The sensor slides into a carrier sleeve, fitting a standard 1/2 inch trade size knockout or 7/8 inch (22 mm) hole. Carrier sleeves compatible with either lighting fixtures or ceiling tiles are available. Sensor replacement requires no tools—slide the sensor out of the carrier, unplug the connector, and install the new sensor.

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Micro Sensor with 2-wire Adaptor Cable

The following sections describe installing the Micro sensor 2-Wire adaptor in a fixture or tile.

If you have purchased the Hard Ceiling Mount Carrier (HCMC-SU-5E) as an optional component for installing the sensor, refer to the following articles:

Installation

Shipped Components

Supplemental Components

Tools you may Need

  • 7/8” Drill bit (1/2” knock out trade size)
  • Hand drill
  • Wire stripper

* Indicated products are sold separately. Contact  Enlighted Customer Support.

Caution

A qualified electrician must perform the installation and maintenance under the local, state, and national electrical codes (NEC) and requirements.

Fixture Mount Sensor Installation

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” thickness materials.

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Fixture Carrier and Nut

Step 1: De-energize the luminaire.

Step 2: Determine the sensor's location in the fixture and cut a ½ inch (7/8” diameter) knockout in the fixture.

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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.

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Step 5: Slide the tabs of the nut along with the keys of the carrier to fasten the carrier.

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Step 6: Connect the adaptor cable to the sensor.

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Step 7: Cut two lengths of 18 AWG solid wire of the required length. Strip each end of the two wires leaving 3/8 inch of exposed wire.

Step 8: Insert one end of the pair of wires through the hole in the fixture and connect the wires to the sensor.

Step_8_Fixture.png

 

Step 9: Guiding the wire from above, push the sensor into the carrier until it securely clicks into the carrier.

Step_9_Fixture.png

Step 10: Leave four inches of slack cable in the sequence loop to avoid pinching the cable and 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 11: See section Connecting the Cable to the LED Driver.

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” thick tiles.

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Tile Carrier and Nut

Step 1: De-energize the luminaire.

Step 2: Make a 7/8th diameter hole in the ceiling tile.

Step 3: Insert the tile carrier through the hole into the tile.

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Step 4: Thread the plain end of the nut from behind the tile to secure the carrier.

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If the tile is thicker than normal, flip the nut and thread the nut's ribbed end to secure the carrier.

Step 5: Insert the adaptor cable into the sensor.

Step_6.png

Step 6: Cut two lengths of 18 AWG solid wire of the required length. Strip each end of the two wires leaving 3/8 inch of exposed wire.

Step 7: Insert one end of the wires through the hole in the tile and connect the wires to the sensor.

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Step 8: Guiding the wire from above, push the sensor into the carrier until it securely clicks into the carrier.

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Step 9: Leave four inches of slack cable in the sequence loop to avoid pinching the cable and 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.

Connecting the Cable to the LED Driver

Step 1: Connect the other end of the pair of wires to the LED Driver.

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Step 2: Turn the power on by switching on the circuit breaker and wait for the green LED to appear.

LED Description

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The sensor received a request to identify itself.
Blinking Blue The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance

Picture6.pngmceclip0.png mceclip1.png CE_logo.pngmceclip2.pngrcm_image.gif Japan.jpg 

Model No. SU-5E-01
Product Code: KIT-SU-5E-D-xxx
xxx: IoT Note (IoT), Connected Lighting (CL), Independent Lighting/Enlighted One (IL)
FCC ID: AQQ-SU5E
IC: 10138A-SU5E
Rev.04
DoC: enlightedinc.com/eu-docs/mceclip1.png

Recommended articles:

Downloads:

High Bay Sensor, 8-pin, (SU-5S-H)

Download the Highbay Sensor, 8-pin, Installation Guide PDF: English rev.05 | German rev.05French rev.05

Overview

The Enlighted High Bay Sensor, 8-pin, is designed for indoor applications with high ceilings such as warehouses, atriums, and manufacturing facilities. The High Bay Sensor, 8-pin, comes with a nylon threaded screw for mounting in acoustical tile or drywall ceilings. Pendant button mount and flat metal bracket mount options are available separately.

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High Bay Sensor, 8-pin, (Front and Rear)

Installation

Shipped Components: 

Supplemental Components:

Caution

A qualified electrician must perform installation and maintenance per local, state, and national electrical codes (NEC) and requirements.

Procedure:

The High Bay Sensor, 8-pin, can be mounted to ceiling tiles using an anchor screw or pendant and industrial fixtures using the adjustable mounting bracket.

Step 1: De-energize the luminaire.

Step 2: Mount the Control Unit (CU) in a UL-approved enclosure. Refer to the Control Unit Installation Guide for installation and wiring instructions. The sensor cable from the CU terminating in an RJ45 connector must be connected to the sensor.

Mounting using an Anchor Screw (BTTN-SU)

The sensor (SU-5S) should be mounted to the ceiling tile within a few inches (between 1 ¾”  to 3”) of the lighting fixture.

Step 1: Determine the location of the sensor. Push and rotate the anchor screw to the tile at that location. 

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Step 2: Select a place near the anchor screw for the RJ45 connector of the sensor cable from the CU to exit. Make a small cut in the ceiling tile for the cable to exit.

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Step 3: Connect the sensor cable’s RJ45 connector to the sensor bottom.

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Step 4: Align the anchor screw with the slot provided on the sensor bottom. Slide the sensor onto the screw head.

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Step 5: Slip the excess sensor cable up into the plenum area and adjust the ceiling tile to the original position. 

Step 6: Energize the luminaire and confirm that the green LED is solid.

Mounting using Adjustable Mounting Bracket (BRKT-SU)

The sensor (SU-5S-H) can be mounted to a pendant and industrial fixtures using the mounting bracket.

Step 1: Determine the mounting location of the sensor on the fixture. To ensure that the fixture does not block the sensor view, level the sensor to the bottom of the fixture and provide enough clearance from the fixture. See the examples below.

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Step 2: Bend the adjustable mounting bracket to the required shape. Fasten the bracket to the fixture using two 8” screws.

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Step 3: Connect the sensor cable’s RJ45 connector from the CU to the bottom of the sensor.

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Step 4: Slide the sensor onto the head of the mounting bracket.

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Step 5: Secure the sensor cable to the bracket or fixture using cable ties, electrical tape, clips, etc., as appropriate for the installation.

Step 6: Energize the luminaire and confirm that the green LED is solid.

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The sensor received a request to identify itself.
Blinking Blue The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance
Highbay.png

Model No: SU-5S-H: High Bay Sensor, 8-pin
Product Code: SU-5S-H-xxx
xxx: IoT Node (IoT), Connected Lighting (CL),
Independent Lighting/Enlighted One (IL)
FCC ID: AQQ-SU5S
IC: 10138A-SU5S
Rev.05
DoC: enlightedinc.com/eu-docs/mceclip1.png

Recommended article:

Downloads:

High Bay Sensor, 2-wire, (SU-5S-2W-H)

Download the Highbay Sensor, 2- wire, Installation Guide PDF: English rev.06 | German rev.05 | French rev.05

Overview

The High Bay Sensor, 2-wire, is a complete sensing and lighting control node powered from its attached light fixture. Sensor information combined with a configurable behavior profile makes the High Bay Sensor, 2-wire, an integral component of intelligent lighting control and sensing solution. With integrated wireless communications for data transmission and remote configuration as well as autonomous fixture-level control, this sensor brings advanced lighting automation to a whole new level.

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Installation

Shipped Components

Supplemental Components

  • Adjustable Mounting Bracket: BRKT-SU

Tools you may Need

  • Wire Stripper

Caution

A qualified electrician must perform installation and maintenance under local, state, and national electrical codes (NEC) and requirements.

Warning

FELV.png   FELV circuits are not safe to touch.

control_gear.png  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.

book_symbol.png  De-energize the FELV source and AC main source when installing the sensors. Place the sensors in a secure location, such as in the ceiling near a luminaire, with the cabling above the ceiling or within the luminaire.

Surface Mount Sensor Installation

The High Bay Sensor, 2-wire, can be mounted to ceiling tiles using an anchor screw or pendant and industrial fixtures using the adjustable mounting bracket. 

Step 1: De-energize the luminaire.

Mounting using an Anchor Screw

The High Bay Sensor, 2-wire, should be mounted to the ceiling tile within a few inches (between 13/4” to 3”) of the lighting fixture.

Step 2: Determine the location of the sensor. Push and rotate the anchor screw to the tile at that location. 

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Step 3: See section Connecting the Sensor Cable to the LED Driver before proceeding further.

Step 4: Select a place near the anchor screw for the pair of wires from the LED driver to exit. Make a small cut in the ceiling tile for the wire to exit. 

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Step 5: Connect the other end of the wires to the bottom of the sensor.

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Step 6: Align the anchor screw with the slot provided on the sensor bottom. Slide the sensor onto the screw head.

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Step 7: Slip the excess sensor wire into the plenum area and adjust the ceiling tile to the original position.

Step 8: Energize the luminaire and confirm that the green LED is solid.

Mounting using Adjustable Mounting Bracket

The sensor can be mounted to the pendant and industrial fixtures using the mounting bracket.

Step 1: Determine the mounting location of the sensor on the fixture. To ensure that the fixture does not obstruct the sensor's view, level the sensor to the fixture's bottom and provide enough clearance from the fixture. See the examples below.

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Step 2: Bend the adjustable mounting bracket to the required shape. Fasten the bracket to the fixture using two 8” screws.

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Step 3: See section Connecting the Sensor Cable to the LED Driver before proceeding further.

Step 4: Connect the other end of the pair of wires from the LED driver to the bottom of the sensor.

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Step 5: Slide the sensor onto the head of the mounting bracket.

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Step 6: Secure the sensor cable to the bracket or fixture using cable ties, electrical tape, clips, etc., as appropriate for the installation.

Step 7: Energize the luminaire and confirm that the green LED is solid.

Connecting the Cable to the LED Driver

Step 1: Measure the distance between the sensor’s installation location and the LED driver.

Step 2: Cut two lengths of 18 AWG solid wire of the required length. Strip each end of the two wires leaving 3/8 inch of exposed wire.

Step 3: Connect the end of the pair of wires to the LED Driver.

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LED Description

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The sensor received a request to identify itself.
Blinking Blue

The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance

mceclip0.png mceclip1.png mceclip2.png mceclip3.png mceclip4.png mceclip5.png

Model No:
SU-5S-2W-H: High Bay Sensor, 2-wire
Product Code: SU-5S-2W-H-xxx/SU-5S-2W-H-xxx-FL
xxx: IoT Node (IoT), Connected Lighting (CL),
Independent Lighting/Enlighted One (IL)
FL: Fixtureless
FCC ID: AQQ-SU5S
IC: 10138A-SU5S
Rev.06
DoC: enlightedinc.com/eu-docs/mceclip0.png

Recommended articles

Downloads:

Ruggedized Sensor, 8-pin, (SU-5S-xRx)

Download the Ruggedized Sensor, 8-pin, Installation Guide PDF: English rev.06 | German rev.06 | French rev.06

Overview

The Enlighted Ruggedized Sensor, 8-pin, is designed for outdoor applications, parking structures, and damp or wet locations that require a sensor with an IP65 rating. The Ruggedized Sensor installs into a standard 1/2 inch fixture knockout. A permanently attached 22-inch cable with an RJ-45 connector must be fed through the opening before the sensor is secured via a threaded locknut provided with the sensor.

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Ruggedized Sensor (Front and Rear)

Installation

If you have ordered the Hard Ceiling Mount Carrier (HCMC-SU-5E) as an optional component to install the Ruggedized sensor, refer to the following articles:

The following components are shipped with the Ruggedized sensor.

Shipped Components: 

Supplemental Components:

Tools you may Need

  • ½ inch Knock out tool

Caution

A qualified electrician must perform installation and maintenance per local, state, and national electrical codes (NEC) and requirements.

Procedure

The Ruggedized sensor, 8-pin, is shipped with the cable attached to the sensor. The sensor can be mounted to the fixture using a conduit body and chase nipple or locknut.

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 Step 1: De-energize the luminaire.

Mounting using the Conduit Body and Chase Nipple

Step 1: Remove the cover plate of the ½ inch LB conduit body by removing the two screws.

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Step 2: Thread the Ruggedized sensor onto the LB conduit body. 

Step 3: Replace the cover and two screws on the LB conduit body.  

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Step 4: Knock out a ½ inch hole on the end of the light fixture.

Step 5: Mount the Ruggedized Sensor LB Conduit to the fixture by guiding the sensor cable through the knockout and chase nipple into the fixture.

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Step 6: Thread the chase nipple to connect the LB conduit to the fixture securely.

Mounting using the Locknut

Step 1: Knock out a ½ inch hole on the bottom of the light fixture.

Step 2:  Glide the sensor cable through the knockout of the fixture.

Step 3: Thread the locknut tightly to secure the sensor to the fixture.

Connecting the Sensor Cable to the Control Unit

Step 1: Use an RJ45 coupler with an Enlighted Sensor cable to connect the RJ45 end of the sensor cable to the Control Unit's connector (CU).

For wiring connections from the Control Unit to the sensor, refer to the Control Unit Installation Guide.

Step 2: Energize the luminaire and confirm that the green LED is solid.  

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The sensor received a request to identify itself.
Blinking Blue The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance:

Ruggedized.png

Models:
SU-5S-HRW: High Bay, White, Ruggedized Sensor
SU-5S-LRW: Standard Bay, White, Ruggedized Sensor

Product Codes:
SU-5S-xRx-xxx
xRx: HRW, LRW
xxx: IoT Node (IoT), Connected Lighting (CL), Independent Lighting/Enlighted One (IL)
FCC ID: AQQ-SU5S
IC: 10138A-SU5S
Rev: 06
DoC: enlightedinc.com/eu-docs/mceclip1.png

Recommended articles:

Downloads:

Ruggedized Sensor, 2-wire, (SU-5S-2W-xRx)

Download the Ruggedized Sensor, 2-wire, Installation Guide PDF: English rev.05 | German rev.05 | French rev.05

Overview

The Ruggedized Sensor, 2-wire, is a complete sensing and lighting control node powered from its attached light fixture. 

Ruggedized_Cover_01.png

Ruggedized Sensor, 2-wire, (Front and Rear)

Installation

Shipped Components

Supplemental Components

Tools you may Need

  • ½ inch Knock out tool
  • Wire Stripper

Caution

A qualified electrician must perform installation and maintenance per local, state, and national electrical codes (NEC) and requirements.

Ruggedized Sensor Installation

The Ruggedized sensor, 2-wire, is shipped with the cable attached to the sensor. The sensor can be mounted to the fixture using a conduit body and chase nipple or locknut. If you have ordered the Hard Ceiling Mount Carrier as an optional component, refer to the Hard Ceiling Mount for Diffuser Fixture Mount installation.

Ruggedized_Step_1.jpg

Step 1: De-energize the luminaire.

Mounting using the Conduit Body and Chase Nipple

Step 1: Remove the cover plate of the ½ inch LB conduit body by removing the two screws.

Step_3.png

Step 2: Thread the Ruggedized sensor onto the LB conduit body. 

Step_2.png

Step 3: Replace the cover and two screws on the LB conduit body.  

Step_3.png

Step 4: Knock out a ½ inch hole on the end of the light fixture.

Step 5: Mount the Ruggedized Sensor, 2-wire, LB conduit to the fixture by guiding the sensor cable through the knockout and chase nipple into the fixture.

Ruggedized_Step_5.jpg

Step 6: Thread the chase nipple to connect the LB conduit to the fixture securely.

Mounting using the Locknut

Step 1: Knock out a ½ inch hole on the bottom of the light fixture.

Step 2:  Glide the sensor cable through the knockout of the fixture.

Step 3: Thread the locknut tightly to secure the sensor to the fixture.

Connecting the Sensor Cable to the LED Driver

Step 1: Insert the end of the pair of wires into the LED driver.

Picture4.png

Step 2: Energize the luminaire and confirm that the green LED is solid. Refer to the LED Descriptions.

LED Description 

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and passed the wiring test –waiting for discovery.
Blinking Red The un-commissioned sensor has powered up and detected a wiring test issue. Check the wiring.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The Sensor received a request to identify itself.  
Blinking Blue The un-commissioned sensor was not able to detect an energy measurement device (Control Unit or Driver).

Product Compliance:

mceclip0.pngmceclip1.png mceclip3.png CE_logo.pngmceclip2.pngrcm_image.gif

Model No:
SU-5S-2W-HRW: Ruggedized Sensor, 2-wire, High Bay, White
SU-5S-2W-LRW: Ruggedized Sensor, 2-wire, Standard, White

Product Code: SU-5S-2W-xRx-xxx
xRx: HRW, LRW xxx: IoT Node (IoT), Connected Lighting (CL), Independent Lighting/Enlighted One (IL)
xRx-FL: HRW, LRW, Fixtureless (FL)
FCC ID: AQQ-SU5S
IC: 10138A-SU5S
Rev: 05
DoCs: enlightedinc.com/eu-docs/mceclip1.png

Recommended articles:

Downloads:

Surface Sensor, USB, (SU-5i-USB)

Download the Surface Sensor, USB, Installation Guide PDF: English rev.06 | German rev.06 | French rev.06

Before you install the Surface Sensor, please read the guidelines for designing and deploying solutions with Enlighted Surface Sensor (SU-5i-USB). 

Overview 

The Surface Sensor, USB, available in a minimally-sized package, provides users with real-time occupancy availability. The Surface Sensor, optimized for easy deployment, mounts to light fixtures or ceiling tiles and under desks. An innovative mount-based design or an adhesive strip included in the kit supports easy installation and maintenance.

Cover_Drawing.png

 

Shipped Components

  • Surface Sensor, USB, (SU-5i-USB)
  • One VHB adhesive strip

Optional Components

  • Mount bracket* with two #4 0.5” wood screws (BRKT-SU5i-50)

Items you may Need

  • USB-A to micro USB-B or micro USB-A connector cable up to 8m or 26.2 feet in length
  • AC/DC 5V with 10W or 3W external wall mounted power adapter.
  • Cable clips with strong adhesive tape.

Tools you may Need

  • Hand screwdriver

*50-pack of the brackets with screws sold separately with the optional mount bracket. Contact Enlighted Support.

Caution

  • Installation and maintenance must be per local, state, and national electrical codes (NEC) and requirements.
  • Installing sensors in the ceiling may require running cable through walls or ceilings. One end of the cable connects to the sensor's USB port, and the other end into a power adaptor. Make your cable selection based on the type of installation.
  • Power the sensor to an uncontrolled receptacle that continuously supplies power. Do not connect it to a controlled receptacle that provides power only when needed.

Guidelines:

  • Center and mount the sensor to the underside of the desk 15-26” from the front edge of the desk and at least 5” from the rear edge for a typical 27” height seated desk or a 42-50” height standing desk.
  • Mount the sensor parallel to the front edge of the desk.
  • After installation, the sensor lens must be facing the desk occupant for the sensor to detect occupancy.
  • Ensure that the USB cable is long enough to plug it into the nearest USB adaptor.

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Installation

The Surface Sensor can be installed either in the ceiling tile or placed under the desk. The Surface sensors are shipped with the adhesive strip. The mounting bracket must be ordered separately.

The sensors can be installed using:

The adhesive strip is recommended for a metal ceiling grid or any smooth tile surface. Since desks can be of wood or metal, use either adhesive strip or wood screws to mount the sensor to the underside of the desk.

Installing the sensor with an adhesive strip is faster, and it works with almost any surface. For a long-lasting bond, use the adhesive tape without the mount. However, it may be difficult to remove the sensor later. Also, note that removing the adhesive strip from painted surfaces can leave marks.

Installing the sensor using wood screws can take longer, but it is easier to remove the sensor when needed.

Using Adhesive Strip (for Ceiling and Desk)

Step 1: Use a dry clean cloth or paper towel to clean the desk's underside surface to ensure a strong bond.

Step 2: Remove the plastic strip on the double-sided adhesive strip and fix it to the back of the sensor. 

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Step 3: For ceiling applications, remove the mask over the lens. Hold the top edge of the dome-shaped mask, rotate it counterclockwise, and lift the mask. 

Step 4: Peel the backing from the other side of the adhesive.

Step 5: For ceilings, hold the sensor firmly for five seconds to ensure proper adhesion to the surface.

For desks, hold the sensor such that the USB port faces the rear of the desk, and the sensor lens is facing the desk occupant. Then, firmly press the sensor into the underside of the desk.

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Step 6:  Allow at least 30 minutes for the mount to adhere to the surface.

Using Wood Screws (for Desk)

Step 1: Insert the wood screws through the mounting holes with the tab facing the desk's front edge. Fasten the mount to the underside of the desk using a screwdriver. 

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Step 2:  When placing the sensor inside the mount, hold the sensor with the USB port facing the rear of the desk.

Step 3:  Place the sensor by guiding the grooves in the base onto the hooks on the mount. Slide the sensor back until you hear a click to secure it to the mount.

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Wiring the Cable to the Power Supply

Connect the USB end of the sensor cable into the micro USB port on the sensor and the other end to a powered USB external adaptor plugged into the wall. Power the Surface Sensor to an uncontrolled receptacle that continuously supplies power. Do not connect it to a controlled receptacle.

Confirm that the green LED is solid. A red solid or blinking LED indicates a faulty sensor or wiring issue.

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To keep cables organized, use a cable holder with cord clips for holding the extra length of the cable. Ceiling sensors can use up to 8m extended cable.

Removing the Sensor

If you have used adhesive tape, peel off the tape by pulling up each corner and peeling it to the center. You can try rubbing some alcohol into the adhesive to loosen it if it is too sticky. Gently remove the sensor from the desk.

If you have used wood screws, insert a flat-head screwdriver between the tab on the mount and the sensor. Press the tab up and gently remove the sensor by sliding it forward and down from the mount.

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LED Description

LED Status Description/Solution
LED not on Power issue or faulty sensor. 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 The un-commissioned sensor has powered up successfully and waiting for discovery.
Solid Red Faulty sensor –replace the sensor.
Solid Blue The sensor received a request to identify itself.

Product Compliance

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Model No: SU-5i-USB
Product Code: SU-5i-xxx 
xxx: IoT Note (IoT)
FCC ID: AQQ-SU5I
IC: 10138A-SU5I
Rev.06
DoCs: enlightedinc.com/eu-docs/


FCC and Industry Canada Compliance Information

This equipment has been tested and found to comply with Class A digital device limits, pursuant to part 15 of the FCC Rules. These limits are designed
to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment 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 equipment 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.

This device complies with Part 15 of the FCC Rules and Industry Canada license-exempt RSS standard(s). Operation is subject to the following three conditions:

  • This device may not cause harmful interference, AND
  • this device must accept any interference received, including interference that may cause undesired operation.
  • This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.
  • This equipment should be installed and operated with a minimum distance of 20cm between the radiator & your body.

Changes or modifications not expressly approved by Enlighted Inc. 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:

  • l'appareil ne doit pas produire de brouillage, ET
  • l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement.
  • Cet équipement est conforme aux limites d'exposition aux radiations IC définies pour un environnement non contrôlé.
  • Cet équipement doit être installé et utilisé à une distance minimale de 20 cm entre le radiateur et votre corps.

CE

This device complies with the essential requirements and other relevant requirements of the R&TTE Directive (1999/5/EC) and Radio Equipment Directive (RED) 2014/53/EU. The equipment is Class 1 radio equipment that can be placed on the market and put into service without restrictions according to Article 1(3) of Commission Decision 2000/299/EC (Version July 2014).

Wireless protocol: IEEE802.15.4, Radio Freq: 2400 – 2483.5MHz,
RF TX output power (max): 3dBm

Wireless protocol: IEEE802.15.1, Radio Freq: 2400 – 2483.5MHz,
RF TX output power (max): 3dBm

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Downloads:

Micro Sensor Mounting Case (CASE-SU-5E)

Download the Micro Sensor, Mounting Case , Installation Guide PDF: English rev.02 | German rev.02

Overview

The Enlighted Mounting Case (CASE-SU-5E) provides a flexible solution for mounting the SU-5E Micro sensor on a variety of surfaces either attached directly to or separate from a lighting fixture. Easy to install, the case securely supports the sensor and routes the sensor cable through the back or side of the case. After the bracket is mounted, the case can be easily rotated to adjust the sensor’s field of view.

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SU-5E Mounting Case

Installation

Shipped Components: 

  • SU-5E Sensor Carrier
  • SU-5E Mounting Bracket
  • ½ inch Chase Nipple and Locknut
  • 2 nos. #8 Anchor Screws (Drywall® mount)
  • 2 nos. #8 Metal Self-tapping Screws (Fixture mount)

Supplemental Components:

Tools you may Need

  • ½” knockout set
  • Hand drill
  • Wire stripper
  • Pliers
  • Phillips screwdriver

Caution

Installation and maintenance must be performed by a qualified electrician in accordance with local, state, and national electrical codes (NEC) and requirements.

The circuit breaker must be switched off to turn the power off to the light fixture.

Mounting with the Bracket

You can mount the Microsensor to fixtures with a knockout or to sheetrock and fixtures without a knockout.

Option 1: Fixtures with Knockout

Step 1: Connect the 8-pin end of the sensor cable to the sensor.

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Step 2: Guide the sensor cable wire through the front and back holes in the sensor carrier. Pull the cable gently until the sensor lens clicks securely into the carrier.

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Step 3: Remove the  ½” fixture knockout.

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Step 4: Insert ½” Chase Nipple to the inside of the bracket.

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Step 5: Connect the bracket to the fixture by threading the locknut screw to the Chase Nipple.

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Step 6: Align the sensor lens with the curved edge of the bracket, insert the sensor cable through the Chase Nipple into the fixture.

Note: Only when the sensor lens is aligned with the curved edge of the bracket, the sensor can rotate freely to the desired angle within the bracket.

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Step 7: Insert the sensor cable through the Chase Nipple into the fixture, and slide the sensor carrier until it clicks into the mounting bracket.

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Option 2: Sheetrock and Fixtures without Knockout 

Step 1: Locate the tab on the side of the mounting bracket and break away the tab.

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Step 2: Mount the bracket to the fixture or drywall. For fixtures, use the metal-self tapping screws. For drywall, use anchor screws

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Step 3:  Insert the carrier with the sensor into the bracket. Make sure the sensor wires exit through the open slot in the bracket.

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Step 4: only for drywall - Insert the cable through the Wiremold conduit.

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Rotating the Sensor

After mounting with the bracket, rotate the sensor to the required direction.

Mounting Without the Bracket

Step 1: Remove ½” fixture knockout.

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Step 2: Slide to open the Sensor Carrier back cover.

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Step 3: Using your thumb or pliers, push and remove the knockout of the front carrier.

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Step 4: Insert the ½” Chase Nipple through the knockout hole in the carrier.

 

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Step 5: Insert the sensor into the carrier by pulling the cable through the Chase Nipple. Make sure the sensor lens clicks and is visible through the hole in the front.

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Step 6: Slide to close the back cover.

Step 7: Mount the carrier to the fixture by tightening the Chase Nipple with the locknut.

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Wiring the Cables to the Control Unit or Driver

Wire the other end of the sensor cable to the Control Unit, driver, or power supply.

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Model: CASE-SU-5E

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Downloads:

Sensor Cleaning and Maintenance

To keep the Enlighted lighting sensor system working and functioning as it should, learn how to manage and care for your sensors. Dirt on the sensor lens can interfere in its signal detection, so Enlighted recommends regular cleaning and maintenance to head off future problems. The sensors are made with a variety of materials, and only the Ruggedized sensor variant has IP ratings.

The following are general guidelines for the maintenance of sensors. 

  • Use soap and water during cleaning. An alternative 70% Isopropyl Alcohol (IPA) can be used to clean the sensor. Note: The use of other chemicals such as chlorides, ketones, and degreasers accelerates the aging of the devices and gives them a yellowish color.
  • Use only a lint-free and damp soft cloth or paper towel to prevent scratches and brightness degradation. Avoid abrasive paper towels, pads, or similar items. 
  • Avoid excessive scrubbing, which might cause damage. 
  • If possible, unplug all external power sources, devices, and cables.
  • Keep liquids away from the product.
  • Don't get moisture into any openings, especially around areas with the wiring.
  • Don't use bleaches or aerosol sprays.
  • Don't spray cleaners directly onto the product.