LEVITON DRD07 Distributed Room Controller Smart Pack Instruction Manual

: June 6, 2024
: Leviton

LEVITON DRD07 Distributed Room Controller Smart Pack Instruction Manual

SAFETY INTRODUCTIONS

WARNINGS

READ AND FOLLOW ALL SAFETY INSTRUCTIONS.
TO AVOID FIRE, SHOCK, OR DEATH; TURN OFF POWER AT CIRCUIT BREAKER OR FUSE AND TURN OFF POWER AT THE 24 HOUR NIGHT LIGHT/EMERGENCY CIRCUIT AND TEST THA POWER IN BOTH CIRCUITS IS OFF BEFORE WIRING, SERVICING, OR REMOVING FIXTURE. This fixture is powered by two (2) circuits: the regular power branch circuit and the 24 hour night light/emergency circuit.
Do not use outdoors.
Do not mount near gas or electric heaters.
The use of accessory equipment not recommended by the manufacturer may cause an unsafe condition.
“EMERGENCY CIRCUITS” enclosed label should be placed in a highly visible location if any DRC is part of the emergency system so as to be readily identifiable as a component of the emergency system (for all models except for DRD07-EDN).
To avoid electrical overload, total connected lamp load shall not exceed output rating.
Do not use this equipment for other than intended use.
Equipment should be mounted in locations and at heights where it will not be subjected to tampering by unauthorized personnel.

CAUTIONS

Test all LumaCAN cables for compliance to TIA-568B prior to interconnecting devices and systems.
To be installed and/or used in accordance with electrical codes and regulations.
If you are not sure about any part of these instructions, consult an electrician.
For indoor applications only.
Use this device with copper or copper clad wire only.
Providing this additional ground does not apply when connect to the GreenMAX™ control panel

SAVE THESE INSTRUCTIONS

DESCRIPTION

The GreenMAXTM DRC Smart Pack contains 0-10V Dimming Control, LumaCANTM RJ45 input/output and a load switching latching relay. The GreenMAX DRC Smart Pack requires connection to a LumaCAN network for control, no local control is provided. The Smart Pack includes zero cross switching circuitry to minimize inrush current associated with incandescent lights, LED and electronic ballasts, increasing its life expectancy. When using with a DRC Controller, system will attempt to automatically configure itself. See additional information.

SPECIFICATIONS

20A General Purpose Plug Load 20A Standard Ballast

16A Electronic Ballast, LED

| 12A Electronic Ballast, LED
Motor Ratings| 1/2Hp (9.8 FLA) @ 120VAC

2 Hp (12 FLA) @ 240-277VAC

| N/A
0-10V Control| 0.8 – 10+VDC, 100mA Sinking
LumaCAN Data|

LumaCAN 3 Only Daisy-Chain Topology
1600 feet max per segment
Repeaters can be used for networks up to 10,000 feet and to support home-run topology
Max 110 nodes per segment Max 250 nodes
Termination required at end of line, termination jumper provided

Connections|

18 AWG (Power, 0-10V)
12 AWG (Load IN/OUT)
RJ45, CAT6A or better (LumaCAN)

LED Indicator| Yes
Dimensions| 4.84″ x 4.52″ x 1.81″
Weight| 0.6 lb (9 oz)
Mounting| Standard 4” square junction box with minimum volume of 30.3 cu. inches or greater (4″ x 4″x 2.125″) using the two (2) provided 8-32 x 2.5″ screws. Or, mounted to junction box via 1/2″ nipple.
LumaCAN Connections| CAT6A (or better) cable
Operational Temperature| 32° to 122º F (0° to 50° C)
IP Rating| IP30

Input voltage tolerance 10%, Frequency tolerance 5%.

INSTALLATION

WARNING: T O AVOID FIRE, SHOCK, OR DEATH; TURN OFF POWER AT CIRCUIT BREAKER OR FUSE AND TEST THAT POWER IS OFF BEFORE WIRING!
NOTE: This is an ESD Sensitive Device. Use safe ESD handling procedures when installing.

Mount the GreenMAX DRC Smart Pack per desired application (see Mounting figure):
Mount to junction box using nipple and mounting nut provided.
Mount to face of 4” sq. junction box with minimum volume 30.3 cu. inches or greater (4″ x 4″x 2.125″) using the two (2) provided 8-32 x 2.5″ screws.
Ensure that conduit/cable entry clamp is located in a corner of junction box opposite the GreenMAX DRC nipple as conflicts may occur.
Dress wires to provide enough clearance when device is installed.
INSTALLATION NOTE: 0-10V Control Wiring – Connect the Violet wire to the + 0-10V line and the Pink or Gray wire to the 0-10V common using Class 1 or Class 2 wiring methods as indicated in these instructions, ballast/fixture/driver instructions or ballast/fixture/driver label markings which are in accordance with NEC Code NFPA 70, paragraph 725.136 (d). Please see “0-10V WIRE COLOR” section on the following page regarding the Pink/Gray deliniation.
For Installation as a Class 1 Device: When this product is installed as a Class 1 device and configured for use with other Class 1 devices it shall be wired using typical NEC Class 1 requirements.
For Installation as a Class 2 Device: As required under NEC code NFPA 70, paragraph 725.136 (d), the Class 2 0-10V control wires must be mechanically separated from Class 1 wiring (line, neutral and ground power lines) when located within the same electrical box.
This is accomplished by installing a mechanical barrier such as silicone tubing or other non-conducting sleeve over the length of 0-10V control wires.
When product is used with 120VAC power source and the 0-10V control wires are connected to CL3, CL3R or CL3P rated control cables (or permitted substitute), then silicone tubing or other nonconducting sleeve is required over the control wires for the entire wire length from the device to the location where the wires exit the box. Tubing is not required on the CL3, CL3R or CL3P between the wire connector and extending out of the electrical box.
When used with 277VAC or 347VAC, power source and the 0-10V control wires are connected to CL3, CL3R or CL3P rated control cables (or permitted substitute), then silicone tubing or other nonconducting sleeve is required over the control wires for the entire wire length from the device to the location where the wires exit the box. Tubing is also required on the CL3, CL3R or CL3P between the wire connector and extending out of the electrical box.

NOTE:

Silicone tubing should be NRTL (UL/CSA/ETL) recognized or equivalent to provide mechanical separation equal to .25” in air.
Connectors joining 0-10V control wires should be approved LISTED CONNECTORS.
Wire connectors and wire tubing should be provided by the installation contractor.

MOUNTING OPTIONS

MOUNTING OPTIONS

3. Line Voltage Wiring: Connect per wiring diagram.
4. LumaCAN: Two LumaCAN ports are provided to maintain the required Daisy-Chain topology of the LumaCAN network. Plug in CAT6A (or better) cable with standard RJ45 connector. If two connections are required, remove the terminator from one of the RJ45’s and make both connections. If only one connection is required, leave the supplied terminator connected.
- Wire per the TIA-568B standard.
- All LumaCAN cable segments must be network cable tested and validated prior to power-up of the system.
- The last device in each LumaCAN run must be terminated using an RJ45 terminator plug. Each Smart Pack is supplied with one terminator plug pre-installed in the Smart Pack. Additional terminators are available upon request. If the end of run is not a Smart Pack, the product may use a switch instead of a termination plug. Please refer to it’s product documentation for details.
- LumaCAN connections must be wired as Class 2 and as such should be installed according to the requirements of your authorities having jurisdiction. If it is required that the Class 2 wiring be in conduit, use a 4 in square extension ring and blank plate on the LumaCAN side of the Smart Pack, and, terminate conduit to the extension ring.
5. Restore power at circuit breaker or fuse . INSTALLATION IS COMPLETE. When power is applied, GreenMAX DRC Smart Pack will power up in the ON state and then default to the last powered down state. The default from the factory is ON after power up.

OPERATION

Operation induction

LumaCAN Port.
DIP Switches.
Emergency Sense Selector Switch – At bottom of tub. (LINE MODE = AWAY from RJ45 CONNECTORS, CAN MODE = CLOSE to RJ45 CONNECTORS). NOTE: This switch does not apply to model DRD07-EDN which is not rated for use with Emergency Circuits.

LED INDICATORS (For Normal Operating Conditions Only)
The LumaCAN LED: Flashes Green whenever there is LumaCAN traffic detected.
Heartbeat LED: See following chart:

Indicator| Feature| Blink Rate (# blinks per second)| Duration| Possible Causes
---|---|---|---|---
Red| Duplicate LumaCAN address| 2| Until conﬂict is resolved| Another LumaCAN device is using the same address
UI error didn’t get value set in time| 8| Until 60 seconds or UI setting restarted| Took too long to enter manual information
External watchdog fail safe circuit tripped| Solid| Until watchdog circuit is no longer tripped| Application update failure, hardware failure
White| LumaCAN address on switch matches current address| 8| Until set or timed out after 10 seconds|
Setting LumaCAN address and verifying address uniqueness| Solid| Until timed out after 10 seconds|
Device didn’t start, I/O not initialized| Solid| Until problem resolved| Hardware failure
Blue| Low byte of LumaCAN channel number is locked in| 8| |
Waiting for low byte to be locked in| Solid| Until set or timed out after 60 seconds|
Green| Normal operating condition| 2| |
In boot loader| 4| Until entering actual application| Application update failure if alternating with RED LED
High byte of LumaCAN channel number is locked in| 8| Single blink|
Waiting for high byte to be locked in| Solid| Until set or timed out after 60 seconds|
Off| LumaCAN overcurrent or failure| | |
CYAN| Auto-Addressing mode Awaiting to be assigned an address| Flash once every 2 seconds| Auto-conﬁguration process|

Heartbeat LED status “failure” states are as follows:

Processor fails or failed application – RED
- Resolution: Cycle Power. If a power cycle does not restore proper operation, remove LumaCAN cables and cycle power again. Do not reconnect LumaCAN until after normal operation is restored
Processor in reset or startup failure – WHITE
- Resolution: Cycle Power. If a power cycle does not restore proper operation, remove LumaCAN cables and cycle power again. Do not reconnect LumaCAN cables until after normal operation is restored.
Off – failure
- Resolution: Remove LumaCAN cables. If devices starts up, then there is either an Overcurrent or Short on the LumaCAN cables. Resolve the problem and reconnect.
- Resolution: Check Control Power Input. If Control Power Input is not valid, the device will not start. Set CAN address to 255 and cycle power to erase application, then reprogram.

EMERGENCY

NOTE: The “EMERGENCY” section does not apply to DRD07-EDN as it can not be used for emergency circuits.

The “Emergency Circuits” label shall be placed on the GreenMAX DRC Smart Pack so the user is aware this device is used for emergency lighting.

The GreenMAX DRC Smart Pack can be used as a UL 924 emergency bypass device ensuring that the relay is closed during a power failure condition. Availability of input power to power the load is the responsibility of others. Two options for sensing power to determine whether you are in “emergency” are available and your Construction Documents will dictate which you are to use. The options and features of normal sense are as follows:

Sense is line power through the black wire: Upon loss of supplying power to the device, relay will close.
Sense is power over LumaCAN: Upon loss of +24V power on LumaCAN cable, relay will close.

Emergency Sense Switch

CAN MODE (switch in UP position)
LINE MODE (switch in DOWN position)

CAN MODE
- On loss of +24VDC LumaCAN power Smart Pack will close relay and force 0-10V to max brightness.
- On loss of line power the Smart Pack will close relay and force 0-10V to max brightness.
LINE MODE
- On loss of line power the Smart Pack will close relay and force 0-10V to max brightness.

Sense: Line mode details
WARNING: TO AVOID FIRE, SHOCK, OR DEATH; TURN OFF POWER AT CIRCUIT BREAKER OR FUSE AND TURN OFF POWER AT THE 24 HOUR NIGHT LIGHT/EMERGENCY CIRCUIT AND TEST THAT POWER IN BOTH CIRCUITS IS OFF BEFORE WIRING, SERVICING, OR REMOVING FIXTURE. THIS FIXTURE IS POWERED BY TWO (2) CIRCUITS: THE REGULAR POWER BRANCH CIRCUIT AND THE 24 HOUR NIGHT LIGHT/EMERGENCY CIRCUIT.

In this scenario, the supply input wires are connected to normal power, and, the Load In for the relay is connected to emergency power. Upon loss of normal power, the relay closes, and the 0-10V lines go to high impedance allowing the load to go to full output powered from the emergency source. The Emergency Mode switch must be in the LINE position. Upon restoration of normal power, GreenMAX DRC Smart Pack will automatically resume normal operation.

Line mode details

Sense: CAN mode details
WARNING: TO AVOID FIRE, SHOCK, OR DEATH; TURN OFF POWER AT CIRCUIT BREAKER OR FUSE AND TURN OFF POWER AT THE 24 HOUR NIGHT LIGHT/EMERGENCY CIRCUIT AND TEST THAT POWER IN BOTH CIRCUITS IS OFF BEFORE WIRING, SERVICING, OR REMOVING FIXTURE. THIS FIXTURE IS POWERED BY TWO (2) CIRCUITS: THE REGULAR POWER BRANCH CIRCUIT AND THE 24 HOUR NIGHT LIGHT/EMERGENCY CIRCUIT.

In this scenario, both the power input wires AND the Load-In are connected to the emergency source. The Smart Pack monitors the LumaCAN cable and upon loss of power, the relay closes and force the 0-10V control wires to MAX brightness. There are two advantages of this scenario:

LumaCAN remains operational during the emergency event.
Only EM power is run to the GreenMAX DRC Smart Pack so separation of normal and emergency at this location is not required.

Notes Specific to this scenario:

The Emergency Switch must be in the CAN position.
CAUTION: The systems designer and installer must verify that any and all power supplies which could supply power to either LumaCAN cable segment are fed from normal power and are not connected to a UPS or other power source which could be powered in an emergency mode condition.
GreenMAX DRC Smart Pack will go to full output within 1 second.
Upon restoration of Normal Power, the GreenMAX DRC Smart Pack will automatically resume normal operation.

Emergency Self-Test: NFPA 101 Life Safety Code and NEC (Article 700.3(B)) requires regular testing of all emergency equipment. To perform a test of these products, use the EM control breaker to interrupt normal power to the device, or the device providing power to the LumaCAN network which will put the Smart Pack into the Emergency behavior. Alternatively, if desired or if your jurisdiction requires it, you can use a standard toggle switch on the normal power line to trigger the emergency systems test. Some jurisdictions may disallow multiple Smart Packs on a test switch or use of breaker in a panel as a test switch. Clarify with all local authorities.

AUTOMATIC SYSTEM CONFIGURATION (DRC CONTROLLER REQUIRED)

GreenMAX DRC Systems will both automatically address and automatically configure themselves. When configured automatically, the system will have the following functionality:

All switches have functionality as per their labeling.
Occupancy Sensors turn the lights on to 50% when occupancy is detected, and turn the lights off when vacancy is detected. Vacancy timeout is set to 30 minutes to occur in two stages, light output reduction to 30% after 15 minutes, then lights off after another 15 minutes.
All lights daylight harvesting to a pre-determined set-point, and, minimum output set at 35%.
Customization of automatic configuration can be made at any time using the GreenMAX DRC App.
Auto-Configuration will be complete within 15 minutes of all devices being powered up and connected to the network

In order for automatic configuration to be successful, the following system requirements must be met:

DRC Room Controller must be on the network. On systems without a DRC Room Controller, addresses and configuration must be set manually.
All devices in the room must be LumaCAN digital devices, and connected via LumaCAN Category-6 cabling methods.
All cables must be tested via a Category 6 cable tester, and confirmed sound prior to connection to any Leviton Equipment.
All devices with address switches must have all of them in the off position.
Each end of the LumaCAN network must be “terminated”, with the termination switch/jumper/plug installed (see Installation section for details).
If multiple rooms are to work together, they must be interconnected via the WiFi network only.
If there is more than one room controller on the network, the switches will control all devices on the network, however, Occupancy and Daylighting will not operate until the system can be commissioned using the GreenMAX DRC App.

AUTOMATIC CONFIGURATION TROUBLESHOOTING

BEHAVIOR	RESOLUTION

Press switch buttons, LED’s do not light up, light does not change No Power to switch.| Check all LumaCAN cabling as there is likely a problem.
Switch station LED’s do not change lighting, all LED’s blink once every two seconds Automatic conﬁguration was not successful.| Ensure you have a room controller as part of the network, all devices are powered up, and LumaCAN cabling is sound.
Not all Smart Packs are controlled by the switch, sensor, etc.|

Check wiring on the speciﬁc devices that are not functioning, it is likely that they are not powered up or are not connected to the network.
Check network termination.
Observe LED’s:
- LumaCAN LED should be periodically blinking when trafﬁc is on the line. If it does not blink, LumaCAN connectivity is problematic.
- Heartbeat LED should be blinking green, 2x per second, indicating that Auto-Conﬁguration has been completed. If not, checked power and network wiring. Also ensure a room controller is installed correctly and connected to the network. See LED behavior chart for more information.

All Smart Packs are controlled by switch/sensors and I need to split them up.| Congratulations, auto conﬁguration has been successful! Your system can be split into different control zones using the GreenMAX DRC app. Please download it, connect to your room controller, and customize the system as is appropriate to your application.

SETTING THE LumaCAN ADDRESS

If not automatically set (see above), LumaCAN address can be manually set for each GreenMAX DRC Smart Pack. The first 8 switches of the DIP switch are used for setting the ID. During operation, DIP switches 9 & 10 must be in the off position. Valid node addresses are 1-250. If the node ID’s are defined in your Contract Document, set to that address. If not, ensure that the ID is unique for each device in the system. It’s helpful, although not required, that the location of each node ID is documented for use by Leviton Field Service during system commissioning. To set the node ID, set the DIP switches to the desired ID following the process below:

NOTE: In all cases, DIP switches 9 & 10 should be in the off position.

In case of address conflict, the heartbeat LED will blink Red, twice per second. If this occurs, please clear the conflict by finding the mis-addressed device or by using a different address and try again.

SETTING THE STARTING LUMACAN CHANNEL (VIA DIP SWITCH)

Setting the channel number requires setting the universe number and the channel number within that universe. Valid universe numbers are 0-127, resulting in a channel range of 1-32,767. The chart shows each universe number, the channel range for that universe, the DIP switch setting for the universe, and the actual channel number.

To set the channel number:

Set the Universe Number
- Turn on DIP Switch P2/10.
- The LED Indicator should change to solid green indicating that the Smart Pack is awaiting entry of
  the universe number.
- Set DIP switches 1-8 to the required address of the universe number. Refer to the chart.
  For channel numbers between 1-256 it will be set to all 0’s.
- When the address is set, lower DIP switch P2/10.
- The LED Indicator will start flashing Blue indicating that it is awaiting the channel number.
Set the Channel Number
- Raise DIP Switch P1/9.
- The LED indicator should go solid blue.
- Set DIP switches 1-8 to the required address of the channel number. Refer to the chart.
- Lower dip-switch P1/9.
Return DIP switches 1-8 to the desired LumaCAN address.
- While the addressing is being set, the LED indicator will go solid White. When address is set and operation restored, the LED will blink green once per second.

NOTES:
If the LED is flashing blue, it means it’s awaiting the channel number. If the LED indicator is flashing green it indicates it is awaiting the universe number. They can be set in either order but both must be set every time.

0-10V WIRE COLOR

The NEC has made a change, effective January 2022, which disallows the use of Gray wires as common in Violet/Gray 0-10VDC control circuits. NEMA members have made the decision to use Violet and Pink as the 0-10V standard path forward which is allowed by the NEC. Violet is +VDC, Gray is Dc Common. Please refer to the NEMA Technical Bulletin, at nema.org, for additional background and implementation details.
Refer to product label for color of 0-10V common wire.

Universe #

| ****

Channel Range

| Actual Channel Range| Universe Dip Switch Setting| Channel Dip Switching Setting
---|---|---|---|---
00000000| 00000001| 00000010| 00000011| 00000100| …| 11111101| 11111110| 11111111
Start| End| Actual Channel Number
0| 1-255| 1| 255| 00000000| 1| 1| 2| 3| 4| …| 253| 254| 255
1| 256-511| 256| 511| 00000001| 256| 257| 258| 259| 260| …| 509| 510| 511
2| 512-767| 512| 767| 00000010| 512| 513| 514| 515| 516| …| 765| 766| 767
3| 768-1023| 768| 1023| 00000011| 768| 769| 770| 771| 772| …| 1021| 1022| 1023
4| 1024-1279| 1024| 1279| 00000100| 1024| 1025| 1026| 1027| 1028| …| 1277| 1278| 1279
5| 1280-1535| 1280| 1535| 00000101| 1280| 1281| 1282| 1283| 1284| …| 1533| 1534| 1535
6| 1536-1791| 1536| 1791| 00000110| 1536| 1537| 1538| 1539| 1540| …| 1789| 1790| 1791
7| 1792-2047| 1792| 2047| 00000111| 1792| 1793| 1794| 1795| 1796| …| 2045| 2046| 2047
8| 2048-2303| 2048| 2303| 00001000| 2048| 2049| 2050| 2051| 2052| …| 2301| 2302| 2303
9| 2304-2559| 2304| 2559| 00001001| 2304| 2305| 2306| 2307| 2308| …| 2557| 2558| 2559
10| 2560-2815| 2560| 2815| 00001010| 2560| 2561| 2562| 2563| 2564| …| 2813| 2814| 2815
11| 2816-3071| 2816| 3071| 00001011| 2816| 2817| 2818| 2819| 2820| …| 3069| 3070| 3071
12| 3072-3327| 3072| 3327| 00001100| 3072| 3073| 3074| 3075| 3076| …| 3325| 3326| 3327
13| 3328-3583| 3328| 3583| 00001101| 3328| 3329| 3330| 3331| 3332| …| 3581| 3582| 3583
14| 3584-3839| 3584| 3839| 00001110| 3584| 3585| 3586| 3587| 3588| …| 3837| 3838| 3839
15| 3840-4095| 3840| 4095| 00001111| 3840| 3841| 3842| 3843| 3844| …| 4093| 4094| 4095
16| 4096-4351| 4096| 4351| 00010000| 4096| 4097| 4098| 4099| 4100| …| 4349| 4350| 4351
17| 4352-4607| 4352| 4607| 00010001| 4352| 4353| 4354| 4355| 4356| …| 4605| 4606| 4607
18| 4608-4863| 4608| 4863| 00010010| 4608| 4609| 4610| 4611| 4612| …| 4861| 4862| 4863
19| 4864-5119| 4864| 5119| 00010011| 4864| 4865| 4866| 4867| 4868| …| 5117| 5118| 5119
20| 5120-5375| 5120| 5375| 00010100| 5120| 5121| 5122| 5123| 5124| …| 5373| 5374| 5375
21| 5376-5631| 5376| 5631| 00010101| 5376| 5377| 5378| 5379| 5380| …| 5629| 5630| 5631
22| 5632-5887| 5632| 5887| 00010110| 5632| 5633| 5634| 5635| 5636| …| 5885| 5886| 5887
23| 5888-6143| 5888| 6143| 00010111| 5888| 5889| 5890| 5891| 5892| …| 6141| 6142| 6143
24| 6144-6399| 6144| 6399| 00011000| 6144| 6145| 6146| 6147| 6148| …| 6397| 6398| 6399
25| 6400-6655| 6400| 6655| 00011001| 6400| 6401| 6402| 6403| 6404| …| 6653| 6654| 6655
26| 6656-6911| 6656| 6911| 00011010| 6656| 6657| 6658| 6659| 6660| …| 6909| 6910| 6911
27| 6912-7167| 6912| 7167| 00011011| 6912| 6913| 6914| 6915| 6916| …| 7165| 7166| 7167
28| 7168-7423| 7168| 7423| 00011100| 7168| 7169| 7170| 7171| 7172| …| 7421| 7422| 7423
29| 7424-7679| 7424| 7679| 00011101| 7424| 7425| 7426| 7427| 7428| …| 7677| 7678| 7679
30| 7680-7935| 7680| 7935| 00011110| 7680| 7681| 7682| 7683| 7684| …| 7933| 7934| 7935
31| 7936-8191| 7936| 8191| 00011111| 7936| 7937| 7938| 7939| 7940| …| 8189| 8190| 8191
32| 8192-8447| 8192| 8447| 00100000| 8192| 8193| 8194| 8195| 8196| …| 8445| 8446| 8447
33| 8448-8703| 8448| 8703| 00100001| 8448| 8449| 8450| 8451| 8452| …| 8701| 8702| 8703
34| 8704-8959| 8704| 8959| 00100010| 8704| 8705| 8706| 8707| 8708| …| 8957| 8958| 8959
35| 8960-9215| 8960| 9215| 00100011| 8960| 8961| 8962| 8963| 8964| …| 9213| 9214| 9215
36| 9216-9471| 9216| 9471| 00100100| 9216| 9217| 9218| 9219| 9220| …| 9469| 9470| 9471
37| 9472-9727| 9472| 9727| 00100101| 9472| 9473| 9474| 9475| 9476| …| 9725| 9726| 9727
38| 9728-9983| 9728| 9983| 00100110| 9728| 9729| 9730| 9731| 9732| …| 9981| 9982| 9983
39| 9984-10239| 9984| 10239| 00100111| 9984| 9985| 9986| 9987| 9988| …| 10237| 10238| 10239
40| 10240-10495| 10240| 10495| 00101000| 10240| 10241| 10242| 10243| 10244| …| 10493| 10494| 10495
41| 10496-10751| 10496| 10751| 00101001| 10496| 10497| 10498| 10499| 10500| …| 10749| 10750| 10751

TROUBLESHOOTING

Lights are ON after power outage

This is the normal operation. The Smart Pack as a fail-safe feature which forces the relay to close on loss of power and the 0-10V at full output. Approximately 7-10 seconds after power is restored the device will return to previous state and continue to monitor LumaCAN network for any changes.

Device does not operate immediately after power ON

This is the normal operation. The device has a 7-10 second startup time before it will begin operation.

Lights Flickering

Lamp or lamp socket has a bad connection.
Intermediate Wires not secured firmly with wire connectors.

Lights did not turn ON

Circuit breaker has tripped, or the fuse has blown.
Bulbs, tubes burn out.
Fixture Hot or Neutral connection is not wired.

Heartbeat LED is either RED or WHITE

Represents a processor or application failure. Try power cycling the GreenMAX DRC Smart Pack.

FACTORY DEFAULT

If you desire to return all settings to their factory default position, while the device is powered up, raise dip switches 1-8 to the ON position (P1 and P2 should remain in their OFF position). The LED will blink yellow indicating that factory defaults have been restored. Proceed to set the channel number and LumaCAN address.

APPLICATION RESET

If your device is “bricked”, powering up the device with all dip switches in the on position will cause the current application to be deleted. Note that this will leave the device in an inoperable state until a software update is performed.

IC STATEMENT

This device complies with Part 15 of the FCC Rules and ISED 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.
Changes or modifications not expressly approved by Leviton could void the user’s authority to operate the equipment.

This Class A digital apparatus complies with Canadian CAN ICES-3(A)/NMB-3(A)

FCC Suppliers Declaration of Conformity

This device complies with part 15 of the FCC Rules. 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.
Manufactured by Leviton Manufacturing, Inc., 221 N Service Road, Melville, NY, http://www.leviton.com

FCC CLASS A NOTICE

This device complies with Part 15 of the FCC Rules. 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.

Note: This equipment 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 equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy, and if it is not installed and used in accordance with the instruction manual, it 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.

Any changes or modifications not expressly approved by Leviton Manufacturing Co., could void the user’s authority to operate the equipment

Leviton, the Leviton logo, GreenMAX, and LumaCAN are trademarks of Leviton Manufacturing Co., Inc. Use herein of third party trademarks, service marks, trade names, brand names and/or product names are for informational purposes only, are/may be the trademarks of their respective owners; such use is not meant to imply affiliation, sponsorship, or endorsement.

FOR CANADA ONLY

For warranty information and/or product returns, residents of Canada should contact Leviton in writing at Leviton Manufacturing of Canada ULC to the attention of the Quality Assurance Department, 165 Hymus Blvd, Pointe-Claire (Quebec), Canada H9R 1E9 or by telephone at 1 800 405-5320.

LIMITED 5 YEAR WARRANTY AND EXCLUSIONS

Leviton warrants to the original consumer purchaser and not for the benefit of anyone else that this product at the time of its sale by Leviton is free of defects in materials and workmanship under normal and proper use for five years from the purchase date. Leviton’s only obligation is to correct such defects by repair
or replacement, at its option. For details visit www.leviton.com or call 1-800 824-3005. This warranty excludes and there is disclaimed liability for labor for removal of this product or reinstallation. This warranty is void if this product is installed improperly or in an improper environment, overloaded, misused, opened, abused, or altered in any manner, or is not used under normal operating conditions or not in accordance with any labels or instructions. There are no other or implied warranties of any kind, including merchantability and fitness for a particular purpose, but if any implied warranty is required by the applicable jurisdiction, the duration of any such implied warranty, including merchantability and fitness for a particular purpose, is limited to five years. Leviton is not liable for incidental, indirect, special, or consequential damages, including without limitation, damage to, or loss of use of, any equipment, lost sales or profits or delay or failure to perform this warranty obligation. The remedies provided herein are the exclusive remedies under this warranty, whether based on contract, tort or otherwise