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3691115b 1 09.19.19

BACnet PIC Statement for Quantum Area Virtual Devices

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Quantum

BACnet Protocol Implementation Conformance Statement (PICS)

Date: September 19, 2019

Vendor Name: Lutron Electronics Co., Inc.

Product Name: Quantum BACnet Integration

Applications Software Version: 2.0

Firmware Revision: 3.4

BACnet Protocol Revision: 4

Vendor ID: 176

Product Description

BACnet IP is embedded in the Quantum processor. There are two types of BACnet devices available in Quantum:

subsystem devices and area devices.

• The subsystem devices are physical BACnet devices; typically, one per floor of the building.

• The area devices are virtual BACnet devices, typically one per area of the floor. It is typical to have multiple

subsystem devices and area devices in a Quantum system. Areas devices are routed through the subsystem

device which is also a BACnet router.

BACnet Interoperability Building Blocks Supported (Annex K):

K.1.2 BIBB Data Sharing ReadProperty-B (DS-RP-B)

K .1.4 B I B B Data Sharing ReadPropertyMultiple-B (DS-RPM-B)

K .1.8 BI B B Data Sharing WriteProperty-B (DS-WP-B)

K .1.10 BIB B Data Sharing WritePropertyMultiple-B (DS-WPM-B)

K .1.12 B IBB Data Sharing COV-B (DS-COV-B)

K.5.2 BIBB Device Management DynamicDeviceBinding-B (DM-DDB-B)

K.5.4 BIBB Device Management DynamicObjectBinding-B (DM-DOB-B)

K.5.6 BIBB Device Management DeviceCommunicationControl-B (DM-DCC-B)

BACnet Standardized Device Profile (Annex L):

BACnet Application Specific Controller (B-ASC)

Segmentation Capability:

Segmented requests supported? No. Window Size: n/a

Segmented responses supported? No. Window Size: n/a

Non-Standard Application Services:

Non-standard application services are not supported.

BACnet is a registered trademark of ASHRAE. ASHRAE does not endorse, approve or test

products for compliance with ASHRAE standards. Compliance of listed products to the

requirements of ASHRAE Standard 135 is the responsibility of BACnet International (BI).

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BACnet PIC Statement for Quantum Area Virtual Devices

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Standard Object Types Supported:

Device

1. Dynamically creatable using BACnet CreateObject service? No.

2. Dynamically deletable using BACnet DeleteObject service? No.

3. List of optional properties supported: Active_COV_Subscriptions.

4. List of all properties that are writable where not otherwise required by this standard: None.

5. List of proprietary properties: None.

6. List of any property value range restrictions: None.

Analog Value

1. Dynamically creatable using BACnet CreateObject service? No.

2. Dynamically deletable using BACnet DeleteObject service? No.

3. List of optional properties supported: COV_Increment (See Table for objects that support this property).

4. List of all properties that are writable where not otherwise required by this standard: None.

5. List of proprietary properties: None.

6. List of any property value range restrictions: See Table.

Binary Value

1. Dynamically creatable using BACnet CreateObject service? No.

2. Dynamically deletable using BACnet DeleteObject service? No.

3. List of optional properties supported: Active_Text, Inactive_Text.

4. List of all properties that are writable where not otherwise required by this standard: None.

5. List of proprietary properties: None.

6. List of any property value range restrictions: See Table.

Multi-State Value

1. Dynamically creatable using BACnet CreateObject service? No.

2. Dynamically deletable using BACnet DeleteObject service? No.

3. List of optional properties supported: State_Text.

4. List of all properties that are writable where not otherwise required by this standard: None.

5. List of proprietary properties: None.

6. List of any property value range restrictions: See Table.

Data Link Layer Options:

Other: These devices are virtual devices and are represented by a six octet address equal to the 48-bit device

instance of the virtual device.

Device Address Binding:

Is static device binding supported? No.

Networking Options:

BACnet / IP Annex J — non-BBMD functionality; the Quantum processor is able to register as a foreign device.

The Quantum processor is able to initiate original-broadcast-NPDU.

Character Sets Supported:

Indicating support for multiple character sets does not imply that they can all be supported simultaneously.

• ANSI X3.4.

BACnet Routing:

The Quantum processor is a BACnet router. All of the virtual area devices are routed through the main subsystem

device. Router_Busy flag is supported to indicate when router is operational but currently cannot respond.

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BACnet PIC Statement for Quantum Area Virtual Devices

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Quantum

Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

{AreaName}

{Device Instance}

DEVICE Same as

Device

Instance

X — — — — — — — —

Notes: The Area Name is the logical name that typically corresponds to a physical location in a building. The Instance is the same as the

unique Device ID assigned to each area. {AreaName} is a text string defined in the Lutron Quantum system configuration software.

{Device Instance} is the unique identifier of the device within the Quantum system which is set in the Quantum Q-Design software.

Lighting Level AV 2 X X X % 0 100 — — —

Notes: The intensity level of all lighting fixtures in the area. The lighting level will be an analog value between 0% and 100%. If the lighting

fixtures in the area are at different light levels, this value will be set to the level of the highest intensity in that area.

Lighting State BV 3 X X X — 0 1 Off On —

Notes: The lighting state will be ON if any of the lighting fixtures in the area are in the On state; if all lighting fixtures are off, the lighting state

will be set to OFF.

Lighting Scene MSV 4 X X X — 1 Number

scenes

defined

for this

area in

Q-Design

— — {SceneName}

Notes: The lighting preset to which the lighting fixtures in that area are currently set. If the value is set to 1, the Off Scene will be selected,

which will turn all lights to OFF. All other scenes are defined within the Lutron Quantum system configuration software. If lights are

currently not set to a valid lighting scene, then the value will be set to an unknown preset level. {SceneName} is a text string of the

name of each scene that is defined in the Lutron Quantum system configuration software.

Daylighting Enabled BV 5 X X X — 0 1 Disabled Enabled —

Notes: When set to Enabled, any daylight sensors programmed to control that area will limit the light level that the lighting fixtures in the

area can produce. When set to Disabled, daylight sensors will not affect the lighting fixtures in that area. When changed from

Disabled to Enabled the lights go to 100%.

Daylighting Level AV 6 X X X % 0 100 — — —

Notes: When daylighting is Enabled, all light fixtures in the area that are controlled by a daylighting sensor are set to a target value between

0% and 100%. When set to 100%, lights will be at their maximum level. When set to 0%, lights will be at their minimum level.

This value should not be used with switching loads.

Permanetly Disable

Occupancy

BV 7 X X X — 0 1 False True —

Notes: When set to True, the lights will not change and the occupancy sensors will no longer affect the lights in the area. When set to False,

occupancy sensors will affect the lights in the area.

AV = Analog-Value, BV = Binary-Value, MSV = Multi-State-Value

PV = Present-Value

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BACnet PIC Statement for Quantum Area Virtual Devices

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

Occupancy State MSV 8 X — X — 1 4 — — 1 = Unoccupied

2 = Occupied

3 = Inactive

4 = Unknown

A read-only property that indicates the occupancy of the entire area. Occupied means that at least one sensor in the area is indicating

occupancy or that Afterhours is enabled and the lights were turned on via a keypad. Unoccupied means that all of the sensors in the area are

indicating unoccupied or that Afterhours is enabled and the area is unoccupied because of a timeout. Inactive means that the area is

controlled by Afterhours programming, not by occupancy sensors, and that Afterhours mode is not currently active. Unknown means that not

all of the sensors in the area have reported their status. When an unknown (state 4) occurs, it is recommended that the BMS system drive

the HVAC, for the affected area, to the occupied state.

Unoccupied Level AV 9 X X X — 0 216 — — —

Notes: The light level to which the lights in the area will be set when an area transitions to Unoccupied. Values:

0 = Off

1-100 = Light Level Percentage

101 = Unaffected

102 = Daylighting

200 = Off Scene

201-216 = Scene 1 through 16

(0 = default)

Occupied Level AV 10 X X X — 0 216 — — —

Notes: The light level to which the lights in the area will be set when an area transitions to Occupied or when Occupancy is disabled. Values:

0 = Off

1-100 = Light Level Percentage

101 = Unaffected

102 = Daylighting

200 = Off Scene

201-216 = Scene 1 through 16

(100 = default)

Additional Occupied

Timeout

AV 11 X X X min 0 300 — — —

Notes: After all sensors in the area indicate Unoccupied, the value displayed will be the number of additional minutes that the system will

wait before changing the lights to the Unoccupied level. Please note that the sensor has a built in timeout. To learn more about the

built in timeout, click on the following link: Sensor timeout settings

Loadshed Allowed BV 12 X X X — 0 1 No Yes —

Notes: When Loadshed Allowed is set to YES, this area can be affected when Loadshed is enabled. When set to NO, this area will not be

affected when Loadshed is enabled.

Loadshed Goal AV 13 X X X — 0 90 — — —

Notes: When Loadshed is enabled and Loadshed Allowed is set to YES, the light level will be reduced by the percentage specified. The range

is 0% to 90%. Note that non-dimmable loads are not affected by Loadshed.

AV = Analog-Value, BV = Binary-Value, MSV = Multi-State-Value

PV = Present-Value

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BACnet PIC Statement for Quantum Area Virtual Devices

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

Occupancy Mode MSV 14 X X X — 1 4 — — 1 = Inactive

2 = Automatic ON and Automatic OFF

3 = Manual ON and Automatic OFF

4 = Not Applicable

Determines the way that the occupancy sensors control the lights. When set to Inactive, the Occupancy Mode will not control the lights in the

area. When set to Automatic ON and Automatic OFF, the sensors will turn lights to their occupied level when occupied and to their

unoccupied level when unoccupied. When set to Manual ON and Automatic OFF, the sensors will set lights to the unoccupied level only when

an area changes to Unoccupied. Not Applicable means that the area is not controlled by occupancy.

Number of Lamp

Failures

AV 15 X — X — 0 none — — —

Notes: For all digitally-controlled EcoSystem or DALI® fluorescent ballasts and LED drivers controlled by an Energi Savr Node or Quantum

Bus supply, the number of ballasts with lamp failures in the area will be displayed. If the value is 0, there are no lamp failures for

the area.

Number of Devices

Not Responding

AV 16 X — X — 0 none — — —

Notes: For any QS device, EcoSystem or DALI® digital fluorescent ballast or LED drivers controlled by an Energi Savr Node or Quantum Bus

Supply, the number of devices that are programmed into the system but are not responding will be displayed. If the value is 0, there

are no device failures for the area.

Hyperion Enabled BV 17 X X X — 0 1 Disabled Enabled —

Notes: When set to Enabled, the Hyperion feature of the Quantum system will control the Lutron Sivoia QS roller shades and set their level

automatically depending on the position of the sun and the status of the radio window sensor. When set to Disabled, in an area of the

subsystem, the shades will not be controlled automatically by the Hyperion feature and will not respond to radio window sensors.

Lighting Power

Used

AV 18 X — X watts 0 none — — —

A calculated value that indicates the total instantaneous power consumption for all of the lighting loads in the area.

Maximum Lighting

Power Available

AV 19 X — X watts 0 none — — —

Notes: The maximum connected lighting load of the area. This value is the maximum value that Total Power can achieve. Maximum Power

minus Total Power equals the power being saved. Typically, this value does not change.

AV = Analog-Value, BV = Binary-Value, MSV = Multi-State-Value

PV = Present-Value

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BACnet PIC Statement for Quantum Area Virtual Devices

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

Roof-Mount

Cloudy Day Sensor:

Area Status

BV 20 X X X — 0 1 Dark Sunny —

Notes: A Lutron roof-mounted, wired Cloudy Day sensor or a BMS system sensor is used to override all Hyperion controlled shades in the

area. Sunny indicates that the Hyperion feature is in control of the shades; Dark indicates that the shades are overridden to open. This

feature is independent of the radio window sensor feature.

Radio Window

Sensor Dark

Override State

MSV 21 X X* X — 1 3 — — 1 = Disabled

2 = Enabled

3 = Mixed*

Notes: When set to Disabled, all of the radio window sensors in the area will no longer override any of the shade groups to the Dark override

position. When set to Enabled, all of the radio window sensors in the area will override all of the shade groups to the Dark override

position. When set to Mixed, some of the radio window sensor Dark overrides in the area are enabled and some are disabled.

The Hyperion Enabled feature (Instance 17) needs to be enabled for the Hyperion feature sensor to take effect.

Light Level

Discrepancy

BV 22 X — X — 0 1 False True —

Notes: This feature uses a photo sensor to determine if the electric light level in the area matches the level in the associated timeclock

schedule. If the sensor value and the schedule match, the value will be False. If the sensor value and the schedule do not match, the

value will be True. Note that the sensor can only determine if the lights are on or off and cannot determine a specific light level.

Number of Wireless

Input Device

Failures

AV 23 X — X — none — — — —

Notes: If a wireless input (occupancy sensor, or light sensor) that is connected to the system is no longer communicating with the Quantum

system, the device output will be greater than 0. The value will be equal to the number of failures in the area. This could be because

of battery failure, the device being out of range of the QSM, or device failure. If the value equals 0, all wireless inputs in the area are

reporting properly

* “Mixed” state is read-only

AV = Analog-Value

BV = Binary-Value

MSV = Multi-State-Value

PV = Present-Value

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BACnet PIC Statement for Quantum Area Virtual Devices

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

Radio Window

Sensor Bright

Override State

MSV 24 X X* X — 1 3 — — 1 = Disabled

2 = Enabled

3 = Mixed*

Notes: When set to Disabled, all of the radio window sensors in the area will no longer override any of the shade groups to the Bright override

position. When set to Enabled, all of the radio window sensors in the area will override all of the shade groups to the Bright override

position. When set to Mixed, some of the radio window sensor Bright overrides in the area are enabled and some are disabled.

The Hyperion Enabled feature (Instance 17) needs to be enabled for the Hyperion feature sensor to take effect.

Number of Loads

with Lamps Nearing

End of Life

AV 25 X — X — 0 none — — —

Notes: Indicates when the load(s) in the area are close to exceeding the life expectancy hours programmed in the Quantum software. This is

typically used proactively to indicate when re-lamping of an area should occur. When the value is 0, there are no end-of-life lamps in

the area. When the value is greater than 0, the number of loads in the area that have end-of-life lamps is displayed.

Each load may have more than 1 lamp connected to it.

Power Savings by

Loadshedding

AV 26 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to the loadshedding (demand response) in the area.

Power Savings by

Tuning

AV 27 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to tuning the high end trim of the lights in the area.

Power Savings by

Daylighting

AV 28 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to daylight harvesting the lights in the area.

Power Savings by

Occupancy /

Vacancy

AV 29 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to occupancy and vacancy sensors that control the

lights in the area.

Power Savings by

Schedules

AV 30 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to timeclock schedules that control the lights in the

area.

Power Savings by

Personal Control

AV 31 X — X Watts 1 none — — —

Notes: A calculated value that indicates the instantaneous amount of power saved due to the occupants in the area controlling the lights.

* “Mixed” state is read-only

AV = Analog-Value, MSV = Multi-State-Value

PV = Present-Value

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

Intensity Zone

{ZoneName} Level

AV 1000 to

1999

X X X % 0 102 — — —

Notes: The light level intensity of a specific zone of lighting within an area. The light level will be an analog value between 0% and 100%.

There can be multiple lighting zones defined within each area. Each lighting fixture in the area will be assigned to one, and only one,

lighting zone. Each will have a unique instance ID from 1000 to 1999. Changes in the light level, due to daylight harvesting, will not be

reflected in this value. Note that a value of 102 indicates that the area that contains this zone is currently in the daylighting scene.

Also note that a value of 101 is not used. {ZoneName} is a text string defined in the Lutron Quantum system configuration software.

{ShadeGroupName}

Level

AV 2000 to

2999

X X X % 0 100 — — —

Notes: The shade level of a specific shade group of Lutron Sivoia QS shades within an area. The shade level will be an analog value between

0% and 100%. 100% equals fully open; 0% equals fully closed. There can be multiple shade groups within each area; each group will

have a unique instance ID from 2000 to 2999. {ShadeGroupName} is a text string defined in the Lutron Quantum system configuration

software.

AV = Analog-Value

PV = Present-Value

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

{ShadeGroupName}

Preset

MSV 3000 to

3999

X X X — 1 34 — — {PresetName}

Notes: Displays to which shade preset the shade motors of each shade group in an area are currently set.

The values correspond to:

1 = Open; 2-30 = User programmable presets; 31 = Closed; 32-33 = Not used

34 = Undefined (Shade levels do not match any presets)

{ShadeGroupName} and {PresetName} are text strings defined in the Lutron Quantum system configuration software.

{ShadeGroupName}

Radio Window

Sensor Shade

Group Status

MSV 4000 to

4099

X — X — 1 3 — — 1 = Unknown

2 = Sunny

3 = Dark

4 = Bright

Notes: Indicates the current light conditions as seen by the Lutron window sensor associated with the shade group. The foot-candle

thresholds for each state are configured in the Quantum software. Assuming that Hyperion is Enabled, if the state is Dark, the shades

will move to the defined position for Dark. If the state is Sunny, the shades will move to the defined position for Sunny. If the state is

Bright, the shades will move to the defined position for Bright. If the state is Unknown, the sensor is not communicating properly to

the system. {ShadeGroupName} is a text string defined in the Lutron Quantum system configuration software.

{3-WireMotorZone

Name}

MSV 5000 to

5099

X X X — 1 3 — — 1 = Stop

2 = Open

3 = Close

Notes: Displays the current state of a 3-wire motor output within a specific area. If the value is set to 1, the output will be in the Stopped

state (both relays open). If the value is set to 2, the output will be Opening (open relay active). If the value is set to 3, the output will

be Closing (close relay active). {3-WireMotorZoneName} is a text string defined in the Lutron Quantum system configuration software.

Light Sensor Value AV 6000 to

6999

X — X fc 0 — — — —

Notes: Displays a real-time foot candle value for each sensor in a specific area. The tolerance of this value is ± 20%, depending on the

sensor type.

AV = Analog-Value, MSV = Multi-State-Value

fc = foot candles

PV = Present-Value

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Object Name Type Instance Read Write COV Units Min PV Max PV Inactive

Text (0)

Active

Text (1)

State Text (Multi-State)

{PartitionWall

Name} State

MSV 7000 to

7099

X X X — 1 3 — — 1 = Unknown

2 = Closed

3 = Open

Notes: The state to which the partition wall is currently set. Unknown means that the wall sensor has not reported its status or that the device

to which the sensors are connected is not responding. The Open state indicates that the partition wall is currently open. The Closed

state indicates that the partition wall is currently closed.

Partition walls are used to divide a space into smaller areas. The lighting control system needs to be aware of each wall’s state in order

to control the connected lights. {PartitionWallName} is a text string defined in the Lutron Quantum system configuration software.

{KeypadLocation}

State

BV 8000 to

8999

X X X — 0 1 Disabled Enabled —

Notes: This feature affects all of the keypads in an area. Individual keypads cannot be enabled/disabled. When set to Enabled, the keypad(s)

selected will work as programmed. When set to Disabled, the keypad(s) selected will have no affect on the system. Note that only

seeTouch and Palladiom keypads can be disabled. {KeypadLocation} is the same as the Area Name in the Quantum database.

{ZoneName}

Feature

MSV 9000 to

9999

X — X — 1 28 — — 1 = Unknown

2 = BACnet

3-6 = Not applicable for lighting zones

7 = Integration

8 = Leap

9 = Keypad

10 = GUI

11 = Occupancy_Occupied

12 = Occupancy_Unoccupied

13 = Partition_Wall_Closed

14 = Partition_Wall_Open

15 = IR_Remote

16 = Sequence

17 = TimeClock

18-28 = Not applicable for lighting zones

Notes: Quantum feature responsible for the most recent change to light level intensity of a specific zone of lighting within the area. There can

be multiple lighting zones defined within each area. Each lighting fixture in the area will be assigned to one and only one lighting zone.

Each will have a unique instance ID from 9000 to 9999.

Color

Temperature

Zone

{ZoneName}

Level

AV 10,000 to

10,999

X X X Kelvin

(K)

0 10,000 — — —

Notes: This object monitors and controls the correlated color temperature (CCT) of the lights in a given lighting zone. The minimum resolution

of this value is 50. If a value is written to the object that is not in multiples of 50, the value will be rounded to the closest value. Note

that one CCT zone may control the color of fixtures across multiple intensity zones. Physical fixture properties can reduce the PV range.

BV = Binary-Value, MSV = Multi-State-Value

PV = Present-Value

)Lutron, Lutron, Quantum, EcoSystem, seeTouch, Palladiom, Hyperion, Energi Savr Node and Sivoia are trademarks or registered trademarks of Lutron

Electronics Co., Inc. in the US and/or other countries. are trademarks of Lutron Electronics Co., Inc.

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