8x20a relay control panel bacnet ms/tp ... - philips lighting controls... · bacnet ms/tp enabled...

LRC24108X20A Relay Control PanelBACnet MS/TP Enabled

EXPANDED PROTOCOL IMPLEMENTATIONCONFORMANCE STATEMENT

LRC2410 Expanded Protocol Implementation Conformance Statement, Part No. CDCS000315 Rev. A 7/11

Product Description:

The LRC2410 lighting control panel combines simplicity with flexibility. LRC2410 includes time-based control for ON/OFF scheduling and low-voltage control for lighting loads in a compact and economical package. It features a custom designed user interface with soft keys, LED status indicators for schedules, inputs and outputs, and an easy-to-read illuminated LCD display. The BACnet standard MS/TP interface provides an expanded, economical lighting control solution that allows the panel to be shared building-wide.

BACnet Standardized Device Profile (Annex L): B-ASC: A B-ASC (BACnet Application Specific Controller) is a controller with limited resources relative to a B-AAC. It is intended for use in a specific application and supports limited programmability. It enables specification of the following:

1. Data Sharing: a. Ability to provide the values of any of its BACnet objects. b. Ability to allow modification of some or all of its BACnet objects by another device.

2. Alarm and Event Management: a. No requirement.

3. Scheduling: a. No requirement.

4. Trending: a. No requirement.

5. Device and Network Management: a. Ability to respond to queries about its status. b. Ability to respond to requests for information about any of its objects. c. Ability to respond to communication control messages.

Additionally, The LRC2410 MS/TP provides two of the capabilities associated with B-AAC (BACnet Advanced Application Controller) devices:

1. Device and Network Management: a. Ability to synchronize its internal clock upon request (B-AAC.) b. Ability to perform re-initialization upon request (B-AAC.)

List all BACnet Interoperability Building Blocks Supported (Annex K):

BIBB Name Description DS-RP-B Data Sharing – Read Property – able to reply to it DS-WP-B Data Sharing – Write Property – able to reply to it DM-DDB-B Device Management – Dynamic Device Binding – able to reply to it DM-TS-B Device Management – Time Synchronization – able to reply to it DM-UTC-B Device Management – UTC Time Synchronization – able to reply to it DM-RD-B Device Management – Reinitialize Device – able to reply to it DM-DCC-B Device Management – Device Communication Control – able to reply to it

Segmentation Capability:

Not supported.


Object Types: Object Type Number BACnet Object MSTP Object 0 Analog Input (AI) The Photocell (1) 1 Analog Output (AO) Relay (8) 3 Binary Input (BI) Switch (8) 4 Binary Output (BO) Relay (8) 8 Device (D) Cabinet (on ontroller) e MSTP C

Instance Numbers: BACnet instance numbers map directly to the sequential numbering system used to identify switch or photocell inputs and relay outputs. BACnet switch inputs are numbered sequentially beginning with 1, as are the relay outputs. BACnet Binary Input 1 corresponds to INPUT 1. BACnet Binary Output 1 corresponds to RELAY 1. BACnet Analog Input 1 corresponds to PHOTOCELL 1. BACnet Analog Output 1 corresponds to RELAY 1. Proprietary Properties:

Property Number Description Containing Object(s) 9600 MSTP_Baud_Rate D 9700 Number_Of_Schedules D 9800 Location_Code D 9900 Blink_Warn_Time AO and BO 9901 Input_Time_Out BI 9999 MSTP_My_Address D

Priority Values:

Priority Description 1-5 Supported, see SSPC 135. 6 Not allowed (priority 6 is reserved for use by

Minimum_On_Time and Minimum_Off_Time and may not be used for other purposes in any object.)

7-9 Supported, see SSPC 135. 10 Normal (typical value for all writes that require a

priority, e.g. Present_Value of Binary Outputs.) 11-16 Supported, see SSPC 135.


1.1 Analog Input Object Type

The Analog Input object type is only used for the photocell. The instance number for the photocell is one (1.)

Table 1-1. Properties of the Analog Input Object Type

Property Identifier Property Data Type Access Object_Identifier (75) Object_Name (77) Object_Type (79) Present_Value (85) Description (28) Device_Type (31) Status_Flags (111) Event_State (36) Reliability (103) Out_Of_Service (81) Update_Interval (118) Units (117) Min_Pres_Value (69) Max_Pres_Value (65) Resolution (106) COV_Increment (22) Time_Delay (113) Notification_Class (17) High_Limit (45) Low_Limit (59) Deadband (25) Limit_Enable (52) Event_Enable (35) Acked_Transitions (0) Notify_Type (72) Event_Time_Stamps (130) Profile_Name (168)

BACnetObjectIdentifier CharacterString BACnetObjectType REAL CharacterString CharacterString BACnetStatusFlags BACnetEventState BACnetReliability BOOLEAN Unsigned BACnetEngineeringUnits REAL REAL REAL REAL Unsigned Unsigned REAL REAL REAL BACnetLimitEnable BACnetEventTransitionBits BACnetEventTransitionBits BACnetNotifyType BACnetARRAY[3] of BACnetTimeStamp CharacterString

Read Read Read Read Read Not Supported Read Read Not Supported Read Not Supported Read Not Supported Not Supported Not Supported Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported Not Supported Not Supported

1.1.1 Object_Identifier (75) It is composed from the object type (Analog-Input [0]), and the instance number (1.)

1.1.2 Object_Name (77) All Analog Input objects have “AI-” as the first part of their name. The second part of the name is the input number, as described above.

1.1.3 Object_Type (79) Always ANALOG_INPUT.

1.1.4 Present_Value (85) The range of Present_Value is restricted to 0.0 thru 100.0 in steps of 1.0. For this use case the implied units are percent.

1.1.5 Description (28) The description of analog inputs is the same as the object name.

1.1.6 Device_Type (31) Not Supported.


1.1.7 Status_Flags (111)

The four flags are {IN_ALARM, FAULT, OVERRIDDEN, OUT_OF_SERVICE} Where:

IN_ALARM Always FALSE (normal.) FAULT Always FALSE (normal.) OVERRIDDEN Always FALSE (normal.) OUT_OF_SERVICE Always FALSE (normal.)

1.1.8 Event_State (36) The Event_State is always NORMAL.

1.1.9 Reliability (103) Not Supported.

1.1.10 Out_Of_Service (81) Always FALSE.

1.1.11 Update_Interval (118) Not Supported.

1.1.12 Units (117) Always percent.

1.1.13 Min_Pres_Value (69) Not Supported.

1.1.14 Max_Pres_Value (65) Not Supported.

1.1.15 Resolution (106) Not Supported.

1.1.16 COV_Increment (22) Not Supported.

1.1.17 Time_Delay (113) Not Supported.

1.1.18 Notification_Class (17) Not Supported.

1.1.19 High_Limit (45) Not Supported.

1.1.20 Low_Limit (59) Not Supported.

1.1.21 Deadband (25) Not Supported.

1.1.22 Limit_Enable (52) Not Supported.


1.1.23 Event_Enable (35)

Not Supported.

1.1.24 Acked_Transitions (0)

Not Supported.

1.1.25 Notify_Type (72)

Not Supported.

1.1.26 Event_Time_Stamps (130)

Not Supported.

1.1.27 Profile_Name (168)

Not Supported.


1.2 Analog Output Object Type

The Analog Output object type is intended to be a compatibility interface for controlling the relays from other controllers, although any BACnet-capable device may also use this object type. The instance numbers for the relays are in the range 1-8.

Table 1-3. Properties of the Analog Output Object Type Property Identifier Property Data Type Access Object_Identifier (75) Object_Name (77) Object_Type (79) Present_Value (85) Description (28) Device_Type (31) Status_Flags (111) Event_State (36) Reliability (103) Out_Of_Service (81) Units (117) Min_Pres_Value (69) Max_Pres_Value (65) Resolution (106) Priority_Array (87) Relinquish_Default (104) COV_Increment (22) Time_Delay (113) Notification_Class (17) High_Limit (45) Low_Limit 59) Deadband (25) Limit_Enable (52) Event_Enable (35) Acked_Transitions (0) Notify_Type (72) Event_Time_Stamps (130) Profile_Name (168) Blink_Warn_Time (9900)

BACnetObjectIdentifier CharacterString BACnetObjectType REAL CharacterString CharacterString BACnetStatusFlags BACnetEventState BACnetReliability BOOLEAN BACnetEngineeringUnits REAL REAL REAL BACnetPriorityArray REAL REAL Unsigned Unsigned REAL REAL REAL BACnetLimitEnable BACnetEventTransitionBits BACnetEventTransitionBits BACnetNotifyType BACnetARRAY[3] of BACnetTimeStamp CharacterString Unsigned

Read Read Read Read/Write Read Not Supported Read Read Not Supported

Read Read Read/Write Not Supported

Not Supported

Read

Read Not Supported Not Supported Not Supported

Not Supported Not Supported

Not Supported Not Supported Not Supported

Not Supported

Not Supported

Not Supported

Not Supported Read/Write


1.2.1 Object_Identifier (75) It is composed from the object type (Analog-Output [1]), and the instance number (1-8.)

1.2.2 Object_Name (77) All Analog Output objects have “AO-” as the first part of their name. The second part of the name is the instance number, as described above.

1.2.3 Object_Type (79) Always ANALOG_OUTPUT.

1.2.4 Present_Value (85, Commandable) The range of Present_Value is restricted to 0.0 thru 100.0 in steps of 1.0. Because the physical device being controlled is a relay, when Present_Value is read, the value returned is 0.0 if the relay is INACTIVE, or 100.0 if the relay is ACTIVE. The behavior of writing values 0.0 thru 100.0 is determined by the value of the Min_Pres_Value property (see 1.2.12 below.) Writing a 131.0 or a 256.0 will “blink” the relay. Writing a NULL will relinquish the priority, as will writing a 255.0. “Blinking” a relay causes its off-time to be automatically scheduled. The off-time is the time-of-blink plus the WARN time (see 1.2.29) or plus five minutes if the WARN time for the relay is zero. The relay types that can blink are: NORMAL_OPEN, NORMAL_CLOSED, and SWEEP. The relay types that cannot blink are: MOMENTARY_ON, MOMENTARY_OFF, INTELISWITCH, and DISABLED. See 1.4.6 below. Relays will not blink when the override switch is either in the "ON" or "OFF" positions. INACTIVE relays will not blink.

1.2.5 Description (28) The description is always the same as the Object_Name.

1.2.6 Device_Type (31) Not Supported.

1.2.7 Status_Flags (111) The four flags are {IN_ALARM, FAULT, OVERRIDDEN, OUT_OF_SERVICE} Where:

IN_ALARM Always FALSE (normal.) FAULT Always FALSE (normal.) OVERRIDDEN TRUE if the module override switch is in the “OFF” or “ON” positions and the relay is

not disabled. FALSE (normal) when the override switch is set to “AUTO.” OUT_OF_SERVICE TRUE if the relay is disabled, and FALSE (normal) otherwise. See 1.4.6 below.



1.2.10 Out_Of_Service (81) TRUE if the relay is disabled and FALSE otherwise. See 1.4.6 below.

1.2.11 Units (117) Always percent.

1.2.12 Min_Pres_Value (69) This property is used to implement the threshold behavior and make it accessible to BACnet users. When the Present_Value property of an Analog Output object is written (see 1.2.4 above), the new present value is compared to the threshold (the value of this property.) If the new present value is greater than the threshold, the relay becomes ACTIVE (and its Present_Value property will return 100.0 when read.) If the new present value is less than or equal to the threshold, the relay becomes INACTIVE (and its Present_Value property will return 0.0 when read.) The default threshold value is 0. The threshold range is 0 thru 99.


1.2.13 Max_Pres_Value (65) Not Supported.

1.2.14 Resolution (106) Not Supported.

1.2.15 Priority_Array (87) Returns the actual relay value (0.0 for INACTIVE, or 100.0 for ACTIVE) for the most recently written present value of the relay for each of the sixteen priorities. During the Blink/Warn period a value of 131.0 is returned. If the priority has been relinquished, NULL is returned. See 1.2.4 above.

1.2.16 Relinquish_Default (104) Always 0.0 (“OFF”.)

1.2.17 COV_Increment (22) Not Supported.



1.2.20 High_Limit (45) Not Supported.

1.2.21 Low_Limit (59) Not Supported.

1.2.22 Deadband (25) Not Supported.

1.2.23 Limit_Enable (52) Not Supported.

1.2.24 Event_Enable (35) Not Supported.

1.2.25 Acked_Transitions (0) Not Supported.

1.2.26 Notify_Type (72) Not Supported.

1.2.27 Event_Time_Stamps (130) Not Supported.

1.2.28 Profile_Name (168) Not Supported.

1.2.29 Blink_Warn_Time (9900) When read Blink_Warn_Time returns the time in minutes before the scheduled off-time to blink the ACTIVE relay. When written, the range is restricted to 0-99 minutes, with 0 indicating DISABLED (no blink-warn.) Altering the value of this property will not influence any in-progress off-time.


1.3 Binary Input Object Type

The Binary Input object type may be used to control LRC2410 inputs (switches). Switches may be various types of momentary or latching contactors. The instance numbers for the switches are in the range 1-8.

Table 1-2. Properties of the Binary Input Object Type Property Identifier Property Data Type Access Object_Identifier (75) Object_Name (77) Object_Type (79) Present_Value (85) Description (28) Device_Type (31) Status_Flags (111) Event_State (36) Reliability (103) Out_Of_Service (81) Polarity (84) Inactive_Text (46) Active_Text (4) Change_Of_State_Time (16) Change_Of_State_Count (15) Time_Of_State_Count_Reset (115) Elapsed_Active_Time (33) Time_Of_Active_Time_Reset (114) Time_Delay (113) Notification_Class (17) Alarm_Value (6) Event_Enable (35) Acked_Transitions (0) Notify_Type (72) Event_Time_Stamps (130) Profile_Name (168) Input_Time_Out (9901)

BACnetObjectIdentifier CharacterString BACnetObjectType BACnetBinaryPV CharacterString CharacterString BACnetStatusFlags BACnetEventState BACnetReliability BOOLEAN BACnetPolarity CharacterString CharacterString BACnetDateTime Unsigned BACnetDateTime Unsigned32 BACnetDateTime Unsigned Unsigned BACnetBinaryPV BACnetEventTransitionBits BACnetEventTransitionBits BACnetNotifyType BACnetARRAY[3] of BACnetTimeStamp CharacterString Unsigned

Read Read Read Read/Write

Read Read Read Read Not Supported Read Read Not Supported Not Supported Not Supported Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported Not Supported Not Supported Read/Write

1.3.1 Object_Identifier (75)

It is composed from the object type (Binary-Input [3]), and the instance number. Switches may be various types of momentary or latching contactors. The instance numbers for the switches are in the range 1-8.

1.3.2 Object_Name (77)

Any switch has “BI-” as the first part of its name. The second part of the name is the switch number, as described above.

1.3.3 Object_Type (79)

Always BINARY_INPUT.

1.3.4 Present_Value (85)

Present_Value is “INACTIVE” (0, “OFF”) or “ACTIVE” (1, “ON”). Writing Present_Value at priority 6 is not allowed, otherwise priority is ignored because it is not required for this object type.

1.3.5 Description (28)

The description of switches is the same as the object name.


1.3.6 Device_Type (31)

The string returned for Device_Type represents the selected INPUT type: 3-WIRE, MAINTAINED, ALTERNATE, or DISABLED. When the Device_Type is DISABLED, the OUT_OF_SERVICE flag (Status_Flags property) and the Out_Of_Service property both return TRUE. See 1.3.7 and 1.3.10.



IN_ALARM Always FALSE (normal.) FAULT Always FALSE (normal.) OVERRIDDEN Always FALSE (normal.) OUT_OF_SERVICE TRUE if the input is disabled and FALSE otherwise. See 1.3.6 above.

1.3.8 Event_State (36) Always NORMAL.


1.3.10 Out_Of_Service (81) TRUE if the input is disabled and FALSE otherwise. See 1.3.6 above.

1.3.11 Polarity (84) Always NORMAL (0.)

1.3.12 Inactive_Text (46) Not Supported.

1.3.13 Active_Text (4) Not Supported.

1.3.14 Change_Of_State_Time (16) Not Supported.

1.3.15 Change_Of_State_Count (15) Not Supported.

1.3.16 Time_Of_State_Count_Reset (115) Not Supported.

1.3.17 Elapsed_Active_Time (33) Not Supported.

1.3.18 Time_Of_Active_Time_Reset (114) Not Supported.



1.3.21 Alarm_Value (6) Not Supported.


1.3.22 Event_Enable (35)

Not Supported.

1.3.23 Acked_Transitions (0)

Not Supported.

1.3.24 Notify_Type (72)

Not Supported.

1.3.25 Event_Time_Stamps (130)

Not Supported.


Not Supported.

1.3.27 Input_Time_Out (9901)

When this property is read, it returns the time in minutes that must elapse before the switch is automatically made INACTIVE (0, “OFF”.) This time out period begins when the switch changes to the ACTIVE (1, “ON”) state. When written, the range is restricted to 0-999 minutes, with 0 indicating DISABLED (no input time out.) Altering the value of this property will not influence any in-progress input time out.


1.4 Binary Output Object Type

The Binary Output object type is used to control the relays. The instance numbers for the relays are in the range 1-8.

Table 1-3. Properties of the Binary Output Object Type Property Identifier Property Data Type Access Object_Identifier (75) Object_Name (77) Object_Type (79) Present_Value (85) Description (28) Device_Type (31) Status_Flags (111) Event_State (36) Reliability (103) Out_Of_Service (81) Polarity (84) Inactive_Text (46) Active_Text (4) Change_Of_State_Time (16) Change_Of_State_Count (15) Time_Of_State_Count_Reset (115) Elapsed_Active_Time (33) Time_Of_Active_Time_Reset (114) Minimum_Off_Time (66) Minimum_On_Time (67) Priority_Array (87) Relinquish_Default (104) Time_Delay (113) Notification_Class (17) Feedback_Value (40) Event_Enable (35) Acked_Transitions (0) Notify_Type (72) Event_Time_Stamps (130) Profile_Name (168) Blink_Warn_Time (9900)

BACnetObjectIdentifier CharacterString BACnetObjectType BACnetBinaryPV CharacterString CharacterString BACnetStatusFlags BACnetEventState BACnetReliability BOOLEAN BACnetPolarity CharacterString CharacterString BACnetDateTime Unsigned BACnetDateTime Unsigned32 BACnetDateTime Unsigned32 Unsigned32 BACnetPriorityArray BACnetBinaryPV Unsigned Unsigned BACnetBinaryPV BACnetEventTransitionBits BACnetEventTransitionBits BACnetNotifyType BACnetARRAY[3] of BACnetTimeStamp CharacterString Unsigned

Read Read Read Read/Write Read Read Read Read Not Supported

Read Read Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Read

Read

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported

Not Supported Read/Write


1.4.1 Object_Identifier (75) It is composed from the object type (Binary-Output [4]), and the instance number (1-8.)

1.4.2 Object_Name (77) All Binary Output objects have “BO-” as the first part of their name. The second part of the name is the instance number, as described above.

1.4.3 Object_Type (79) Always BINARY_OUTPUT.

1.4.4 Present_Value (85, Commandable) Present_Value is “INACTIVE” (0, “OFF”) or “ACTIVE” (1, “ON”).

1.4.5 Description (28) The description is always the same as the Object_Name.

1.4.6 Device_Type (31) Device_Type represents the selected RELAY type: NORMAL_OPEN, NORMAL_CLOSED, MOMENTARY_ON, MOMENTARY_OFF, SWEEP, INTELISWITCH, or DISABLED. When the Device_Type is DISABLED, the OUT_OF_SERVICE flag (Status_Flags property) and the Out_Of_Service property both return TRUE. See 1.4.7 and 1.4.10.



IN_ALARM Always FALSE (normal.) FAULT Always FALSE (normal.) OVERRIDDEN TRUE if the module override switch is in the “OFF” or “ON” positions and the relay is

not disabled. FALSE (normal) when the override switch is set to “AUTO.” OUT_OF_SERVICE TRUE if the relay is disabled, and FALSE (normal) otherwise. See 1.4.6 above.



1.4.10 Out_Of_Service (81) TRUE if the relay is disabled and FALSE otherwise. See 1.4.6 above.

1.4.11 Polarity (84) The Polarity is determined by the Device_Type (see 1.4.6 above.) DEVICE TYPE POLARITY NORMAL_OPEN 0 (Normal) NORMAL_CLOSED 1 (Reverse) MOMENTARY_ON 0 MOMENTARY_OFF 0 SWEEP 0 INTELISWITCH 0 DISABLED 0

1.4.12 Inactive_Text (46)

Not Supported.


1.4.13 Active_Text (4) Not Supported.

1.4.14 Change_Of_State_Time (16) Not Supported.

1.4.15 Change_Of_State_Count (15) Not Supported.

1.4.16 Time_Of_State_Count_Reset (115) Not Supported.

1.4.17 Elapsed_Active_Time (33) Not Supported.

1.4.18 Time_Of_Active_Time_Reset (114) Not Supported.

1.4.19 Minimum_Off_Time (66) Not Supported.

1.4.20 Minimum_On_Time (67) Not Supported.

1.4.21 Priority_Array (87) Returns the actual relay value (0.0 for INACTIVE, or 100.0 for ACTIVE) for the most recently written present value of the relay for each of the sixteen priorities. During the Blink/Warn period a value of 131.0 is returned. If the priority has been relinquished, NULL is returned. See 1.4.4 and 1.2.4 above.

1.4.22 Relinquish_Default (104) Always INACTIVE (0, “OFF”.)



1.4.25 Feedback_Value (40) Not Supported.

1.4.26 Event_Enable (35) Not Supported.

1.4.27 Acked_Transitions (0) Not Supported.

1.4.28 Notify_Type (72) Not Supported.

1.4.29 Event_Time_Stamps (130) Not Supported.

1.4.30 Profile_Name (168) Not Supported.

1.4.31 Blink_Warn_Time (9900) When read, Blink_Warn_Time returns the time in minutes before the scheduled off-time to blink the ACTIVE relay. When written, the range is restricted to 0-99 minutes, with 0 indicating DISABLED (no blink-warn.) Altering the value of this property will not influence any in-progress (scheduled) off-time.


1.5 Device Object Type

The Device object type represents the externally visible characteristics of the LRC2410 MS/TP Controller. The instance number of the device object (one LRC2410 MS/TP Controller) is always the same as the Controller’s BACnet ID.

Table 1-4. Properties of the Device Object Type Property Identifier Property Data Type Access Object_Identifier (75) Object_Name (77) Object_Type (79) System_Status (112) Vendor_Name (121) Vendor_Identifier (120) Model_Name (70) Firmware_Revision (44) Application_Software_Version (12) Location (58) Description (28) Protocol_Conformance_Class (95) Protocol_Version (98) Protocol_Revision (139) Protocol_Services_Supported (97) Protocol_Object_Types_Supported (96) Object_List (76) Max_APDU_Length_Accepted (62) Segmentation_Supported (107) Max_Segments_Accepted (167) VT_Classes_Supported (122) Active_VT_Sessions (5) Local_Time (57) Local_Date (56) UTC_Offset (119) Daylight_Savings_Status (24) APDU_Segment_Timeout (10) APDU_Timeout (11) Number_Of_APDU_Retries (73) List_Of_Session_Keys (55) Time_Synchronization_Recipients (116) Max_Master (64) Max_Info_Frames (63) Device_Address_Binding (30) Database_Revision (155) Configuration_Files (154) Last_Restore_Time (157) Backup_Failure_Timeout (153) Active_COV_Subscriptions (152) Slave_Proxy_Enable (172) Manual_Slave_Address_Binding (170) Auto_Slave_Discovery (169) Slave_Address_Binding (171) Profile_Name (168) MSTP_Baud_Rate (9600) Number_Of_Schedules (9700) Location_Code (9800) MSTP_My_Address (9999)

BACnetObjectIdentifier CharacterString BACnetObjectType BACnetDeviceStatus CharacterString Unsigned16 CharacterString CharacterString CharacterString CharacterString CharacterString Unsigned (1..6) Unsigned Unsigned BACnetServicesSupported BACnetObjectTypesSupported BACnetARRAY[N]of BACnetObjectIdentifier Unsigned BACnetSegmentation Unsigned List of BACnetVTClass List of BACnetVTSession Time Date INTEGER BOOLEAN Unsigned Unsigned Unsigned List of BACnetSessionKey List of BACnetRecipient Unsigned(1..127) Unsigned List of BACnetAddressBinding Unsigned BACnetARRAY[N] of BACnetObjectIdentifier BACnetTimeStamp Unsigned16 List of BACnetCOVSubscription BACnetArray[N] of BOOLEAN List of BACnetAddressBinding BACnetArray[N] of BOOLEAN List of BACnetAddressBinding CharacterString Unsigned (9600, 19200, 38400) Unsigned(0-100; write a NULL data type) Unsigned (0-448) Unsigned (0-127)

Read/Write Read/Write Read Read Read Read Read Read Read Read Read Read Read Read Read Read Read Read Read Not Supported Not Supported

Not Supported

Read Read Read Read Not Supported

Read Read Not Supported Not Supported

Read/Write

Read/Write Read Read Not Supported Not Supported Not Supported Not Supported Not Supported Not Supported Not Supported Not Supported Not Supported Read/Write Read/Write Read/Write Read/Write


1.5.1 Object_Identifier (75)

It is composed from the object type (Device [8]), and the device’s BACnet ID. Writing this property with the same object type but a different instance number will change the device’s BACnet ID. The default BACnet ID is 4194302.

1.5.2 Object_Name (77)

The Device object name, by default is set to Phillips LRC2410. The maximum name length is 20 characters.

1.5.3 Object Type (79)

Always DEVICE.

1.5.4 System_Status (112)

Always “OPERATIONAL.”

1.5.5 Vendor_Name (121)

Always “Philips Lighting”

1.5.6 Vendor_Identifier (120)

Always . 13

1.5.7 Model_Name (70)

Always “LRC2410 MS/TP”.

1.5.8 Firmware_Revision (44)

Always returns the factory LRC2410 MS/TP Controller firmware part number (LRC2410.)

1.5.9 Application_Software_Version (12)

Always returns the same value returned for the Firmware_Revision (44) property. The application software version is everything from the “V” to the end of the string. There is an implied decimal-point that provides two digits of precision. For example “V202” means version 2.02.

1.5.10 Location (58)

Returns the current geographic location (city name.) Used for dawn/dusk calculations and daylight savings time. See 1.5.47.

1.5.11 Description (28)

Always “Lighting Panel”.

1.5.12 Protocol_Conformance_Class (95)

Always 1. From SSPC 135-1995, see clause 22, Table 22-2.

1.5.13 Protocol_Version (98)

Always 1.

1.5.14 Protocol_Revision (139)

Always 5.

1.5.15 Protocol_Services_Supported (97)

Always indicates support for these services: readProperty (12), writeProperty (15), deviceCommunicationControl (17), reinitializeDevice (20), timeSynchronization (32), who-is (34), and utcTimeSynchronization (36.)

1.5.16 Protocol_Object_Types_Supported (96)

Always indicates support for these objects: analog-input (0), analog-output (1), binary-input (3), binary-output (4), and device (8.)


1.5.17 Object_List (76) The response won’t fit in a single (unsegmented) message. The list must be read individually (by array_index.) The size of the object list is always 26 objects.

1.5.18 Max_APDU_Length_Accepted (62) Always 50.

1.5.19 Segmentation_Supported (107) Always “NO-SEGMENTATION”.

1.5.20 Max_Segments_Accepted (167) Not Supported.

1.5.21 VT_Classes_Supported (122) Not Supported.

1.5.22 Active_VT_Sessions (5) Not Supported.

1.5.23 Local_Time (57) Always returns the current time as “hh:mm:ss.00” in 24-hour format.

1.5.24 Local_Date (56) Returns today’s date as “day-of-week, Month dd, yyyy” (e.g. “Thursday, June 4, 2009”.)

1.5.25 UTC_Offset (119) Always the returns the UTC offset as minutes.

1.5.26 Daylight_Savings_Status (24) Returns TRUE when daylight savings time is in effect and FALSE otherwise.

1.5.27 APDU_Segment_Timeout (10) Not Supported.

1.5.28 APDU_Timeout (11) Always returns 60,000 milliseconds.

1.5.29 Number_Of_APDU_Retries (73) Always returns 0.

1.5.30 List_Of_Session_Keys (55) Not Supported.

1.5.31 Time_Synchronization_Recipients (116) Not Supported.

1.5.32 Max_Master (64) The value is constrained to the range 1-127.

1.5.33 Max_Info_Frames (63) The value is constrained to the range 1-255.

1.5.34 Device_Address_Binding (30) Always returns NULL (zero entries.)


1.5.35 Database_Revision (155)

Always returns zero (0.)

1.5.36 Configuration_Files (154)

Not Supported.

1.5.37 Last_Restore_Time (157)

Not Supported.

1.5.38 Backup_Failure_Timeout (153)

Not Supported.

1.5.39 Active_COV_Subscriptions (152)

Not Supported.

1.5.40 Slave_Proxy_Enable (172)

Not Supported.

1.5.41 Manual_Slave_Address_Binding (170)

Not Supported.

1.5.42 Auto_Slave_Discovery (169)

Not Supported.

1.5.43 Slave_Address_Binding (171)

Not Supported.


Not Supported.

1.5.45 MSTP_Baud_Rate (9600)

When read, this property always returns the MSTP baud rate setting. The default value is 9600. The units are always bits/sec (baud.) When written, the value is constrained to 9600, 19200, or 38400. The baud rate change will take affect immediately, which will cause the command acknowledgement to be transmitted at the new baud rate.

1.5.46 Number_Of_Schedules (9700)

When read, this property returns the number of schedules in the Controller, with 0 signifying no schedules are present. The default value is 0. The maximum number of schedules is 100. When written with a NULL data type all schedules are cleared. Alternatively, writing this property with an UNSIGNED zero will have the same affect (of clearing all schedules.)

1.5.47 Location_Code (9800)

When read, this property returns an UNSIGNED value in the range 0-448 that represents the same geographic location identified by the text string received from reading Location (see paragraph 1.5.10 above.). This property may be written with an UNSIGNED value in the range of 0-448 to change the geographic location. Location_Code Geographic Place Name Location_Code Geographic Place Name

0 AB, Calgary 225 MT, Cut Bank 1 AB, Cold Lake 226 MT, Helena 2 AB, Edmonton 227 MT, Lewistown 3 AB, Fort McMurray 228 NB, Chatham 4 AB, Jasper 229 NB, Moncton 5 AB, Lethbridge 230 NB, St. John 6 AB, Medicine Hat 231 NC, Asheville 7 AK, Adak 232 NC, Chapel Hill 8 AK, Anchorage 233 NC, Charlotte


Location_Code Geographic Place Name 0 AB, Calgary 1 AB, Cold Lake 2 AB, Edmonton 3 AB, Fort McMurray 4 AB, Jasper 5 AB, Lethbridge 6 AB, Medicine Hat 7 AK, Adak 8 AK, Anchorage 9 AK, Barrow 10 AK, Deadhorse 11 AK, Denali N.Park 12 AK, Eielson AFB 13 AK, Fort Yukon 14 AK, Juneau 15 AK, Kenai 16 AK, Ketchikan 17 AK, Kodiak 18 AK, Nome 19 AK, Prudhoe Bay 20 AK, Seward 21 AK, Shemya 22 AK, Sitka 23 AL, Birmingham 24 AL, Dothan 25 AL, Huntsville 26 AL, Mobile 27 AL, Montgomery 28 AL, Phenix City 29 AR, El Dorado 30 AR, Fort Smith 31 AR, Little Rock 32 AR, Texarkana 33 AR, West Memphis 34 AZ, Flagstaff 35 AZ, Phoenix 36 AZ, Prescott 37 AZ, Sanders 38 AZ, Tucson 39 AZ, Yuma 40 BC, Fort Nelson 41 BC, Kamloops 42 BC, Prince George 43 BC, Vancouver 44 BC, Victoria 45 CA, Anaheim 46 CA, Bakersfield 47 CA, Barstow 48 CA, Berkeley 49 CA, Compton

Location_Code Geographic Place Name 50 CA, Dmd.Springs 51 CA, E.Los Angeles 52 CA, Edwards AFB 53 CA, Escondido 54 CA, Eureka 55 CA, Fairfield 56 CA, Fresno 57 CA, Glendale 58 CA, Hawthorne 59 CA, Hayward 60 CA, Huntington B. 61 CA, Long Beach 62 CA, Los Angeles 63 CA, Modesto 64 CA, Needles 65 CA, Oakland 66 CA, Oxnard 67 CA, Redding 68 CA, Redwood City 69 CA, Riverside 70 CA, Sacramento 71 CA, Salinas 72 CA, SanBernardino 73 CA, San Diego 74 CA, San Francisco 75 CA, San Jose 76 CA, San Leandro 77 CA, Santa Barbara 78 CA, Santa Rosa 79 CA, Stockton 80 CA, Ventura 81 CA, Visalia 82 CA, Yuba City 83 CO, Boulder 84 CO, Col.Springs 85 CO, Cortez 86 CO, Denver 87 CO, GrandJunction 88 CO, Greeley 89 CO, Lakewood 90 CO, Pueblo 91 CT, Bridgeport 92 CT, Hartford 93 CT, New Haven 94 CT, Stamford 95 CT, Waterbury 96 DC, Washington 97 DE, Newark 98 DE, Wilmington 99 FL, Boca Raton


Location_Code Geographic Place Name 100 FL, Clearwater 101 FL, Daytona Beach 102 FL, Ft.Lauderdale 103 FL, Fort Myers 104 FL, Jacksonville 105 FL, Lakeland 106 FL, Miami 107 FL, Ocala 108 FL, Orlando 109 FL, Pensacola 110 FL, Sarasota 111 FL, St.Petersburg 112 FL, Tallahassee 113 FL, Tampa 114 FL, W.Palm Beach 115 GA, Atlanta 116 GA, Augusta 117 GA, Columbus 118 GA, Macon 119 GA, Savannah 120 GA, Tifton 121 HI, Honolulu 122 HI, Kona 123 HI, Lanai City 124 IA, Cedar Rapids 125 IA, Danville 126 IA, Davenport 127 IA, Des Moines 128 IA, Mason City 129 IA, Sioux City 130 ID, Boise 131 ID, Moscow 132 ID, New Meadows 133 ID, Pocatello 134 ID, Salmon 135 ID, Wallace 136 IL, Carbondale 137 IL, Chicago 138 IL, E. St. Louis 139 IL, Kankakee 140 IL, Moline 141 IL, Peoria 142 IL, Rockford 143 IL, Springfield 144 IL, Urbana 145 IN, Bloomington 146 IN, Evansville 147 IN, Ft. Wayne 148 IN, Gary 149 IN, Indianapolis

Location_Code Geographic Place Name 150 IN, Muncie 151 IN, New Albany 152 IN, South Bend 153 KS, Dodge City 154 KS, Kansas City 155 KS, Oakley 156 KS, Salina 157 KS, Wichita 158 KY, Bowling Green 159 KY, Covington 160 KY, Lexington 161 KY, Louisville 162 KY, Paducah 163 KY, Somerset 164 LA, Alexandria 165 LA, Baton Rouge 166 LA, Bossier City 167 LA, Lafayette 168 LA, Monroe 169 LA, New Orleans 170 LA, Shreveport 171 MA, Boston 172 MA, Lawrence 173 MA, Lowell 174 MA, New Bedford 175 MA, Pittsfield 176 MA, Springfield 177 MA, Worcester 178 MB, Churchill 179 MB, The Pas 180 MB, Winnipeg 181 MD, Annapolis 182 MD, Baltimore 183 MD, Hagerstown 184 ME, Bangor 185 ME, Kennebunk 186 ME, Millinocket 187 ME, Portland 188 ME, Rangeley 189 ME, Van Buren 190 MI, Ann Arbor 191 MI, Battle Creek 192 MI, Bay City 193 MI, Detroit 194 MI, E. Lansing 195 MI, Flint 196 MI, Grand Rapids 197 MI, Kalamazoo 198 MI, Lansing 199 MI, Muskegon


Location_Code Geographic Place Name 200 MI, Saginaw 201 MI, SaultSt.Marie 202 MI, Traverse City 203 MN, Argyle 204 MN, Aurora 205 MN, Duluth 206 MN, Minneapolis 207 MN, Rochester 208 MN, St. Cloud 209 MN, St. Paul 210 MO, Chillicothe 211 MO, Kansas City 212 MO, Poplar Bluff 213 MO, Rockport 214 MO, Springfield 215 MO, St. Louis 216 MS, Biloxi 217 MS, Greenville 218 MS, Gulfport 219 MS, Hattiesburg 220 MS, Jackson 221 MS, Tupelo 222 MS, Winona 223 MT, Billings 224 MT, Butte 225 MT, Cut Bank 226 MT, Helena 227 MT, Lewistown 228 NB, Chatham 229 NB, Moncton 230 NB, St. John 231 NC, Asheville 232 NC, Chapel Hill 233 NC, Charlotte 234 NC, Durham 235 NC, Gastonia 236 NC, Greensboro 237 NC, High Point 238 NC, Raleigh 239 NC, Wilmington 240 NC, Winston-Salem 241 ND, Bowman 242 ND, Garrison 243 ND, Grand Forks 244 ND, Jamestown 245 ND, Minot 246 NE, Columbus 247 NE, Grand Island 248 NE, Lincoln

Location_Code Geographic Place Name 249 NE, Mc Cook 250 NE, Omaha 251 NF, Gander 252 NF, Goose Bay 253 NF, St. John’s 254 NH, Berlin 255 NH, Manchester 256 NH, Portsmouth 257 NJ, Atlantic City 258 NJ, Cape May 259 NJ, Newark 260 NJ, Trenton 261 NM, Albuquerque 262 NM, Belen 263 NM, Farmington 264 NM, Gallup 265 NM, Las Cruces 266 NM, Roswell 267 NM, Santa Fe 268 NM, Tucumcari 269 NS, Halifax 270 NS, Sydney 271 NV, Alamo 272 NV, Austin 273 NV, Boulder City 274 NV, Carson City 275 NV, E. Las Vegas 276 NV, Elko 277 NV, Las Vegas 278 NV, Mc Gill 279 NV, N. Las Vegas 280 NV, Winnemucca 281 NWT, Alert 282 NWT, Ft.McPherson 283 NWT, Fort Simpson 284 NWT, Inuvik 285 NWT, Iqaluit 286 NWT, Yellowknife 287 NY, Buffalo 288 NY, New York 289 NY, Poughkeepsie 290 NY, Rochester 291 NY, Syracuse 292 NY, Troy 293 NY, Watertown 294 OH, Akron 295 OH, Canton 296 OH, Cincinnati 297 OH, Cleveland


Location_Code Geographic Place Name 298 OH, Columbus 299 OH, Dayton 300 OH, Hamilton 301 OH, Portsmouth 302 OH, Toledo 303 OH, Warren 304 OH, Youngstown 305 OK, Elk City 306 OK, Lawton 307 OK, Oklahoma City 308 OK, Ponca City 309 OK, Tulsa 310 ON, Kingston 311 ON, London 312 ON, North Bay 313 ON, Ottawa 314 ON, Sioux Lookout 315 ON, Sioux Narrows 316 ON, Thunder Bay 317 ON, Toronto 318 ON, Windsor 319 OR, Astoria 320 OR, Bend 321 OR, Burns 322 OR, Eugene 323 OR, Hillsboro 324 OR, Medford 325 OR, Newport 326 OR, Portland 327 OR, Salem 328 PA, Allentown 329 PA, Altoona 330 PA, Bethlehem 331 PA, Coopersburg 332 PA, Erie 333 PA, Harrisburg 334 PA, Lancaster 335 PA, McKeesport 336 PA, Philadelphia 337 PA, Pittsburgh 338 PA, Reading 339 PA, Scranton 340 PA, Warren 341 PA, Yardley 342 PA, York 343 PQ, Charlevoix 344 PQ, Chibougamau 345 PQ, Gaspe 346 PQ, Montreal

Location_Code Geographic Place Name 347 PQ, Quebec 348 PQ, Sept-Iles 349 PR, San Juan 350 RI, Providence 351 SC, Anderson 352 SC, Charleston 353 SC, Columbia 354 SC, Greenville 355 SC, Myrtle Beach 356 SC, Rock Hill 357 SC, Spartanburg 358 SD, Aberdeen 359 SD, Armour 360 SD, Milbank 361 SD, Mitchell 362 SD, Pierre 363 SD, Rapid City 364 SD, Sioux Falls 365 SD, Vermillion 366 SK, Moose Jaw 367 SK, Prince Albert 368 SK, Regina 369 SK, Saskatoon 370 SK, Swift Current 371 TN, Bristol 372 TN, Chattanooga 373 TN, Johnson City 374 TN, Kingsport 375 TN, Knoxville 376 TN, Memphis 377 TN, Nashville 378 TX, Abilene 379 TX, Arlington 380 TX, Austin 381 TX, Beaumont 382 TX, Brownsville 383 TX, Corp.Christi 384 TX, Dallas 385 TX, Del Rio 386 TX, El Paso 387 TX, Flower Mound 388 TX, Ft. Worth 389 TX, Galveston 390 TX, Houston 391 TX, Laredo 392 TX, Lubbock 393 TX, McAllen 394 TX, Port Arthur 395 TX, San Angelo

Location_Code Geographic Place Name 396 TX, San Antonio 397 TX, Victoria 398 TX, Waco 399 UT, Cedar City 400 UT, Green River 401 UT, Milford 402 UT, Monticello 403 UT, Ogden 404 UT, SaltLake City 405 VA, Charlottesvil 406 VA, Lynchburg 407 VA, Newport News 408 VA, Norfolk 409 VA, Richmond 410 VA, Roanoke 411 VA, Virginia Bch. 412 VA, Wytheville 413 VT, Brandon 414 VT, Brattleboro 415 VT, Burlington 416 WA, Aberdeen 417 WA, Everett 418 WA, Lynden 419 WA, Olympia 420 WA, Seattle 421 WA, Spokane 422 WA, Tacoma

Location_Code Geographic Place Name 423 WA, Vancouver 424 WA, Walla Walla 425 WA, Yakima 426 WI, Appleton 427 WI, Delavan 428 WI, Eau Claire 429 WI, Hurley 430 WI, Kenosha 431 WI, La Crosse 432 WI, Madison 433 WI, Milwaukee 434 WI, Oshkosh 435 WI, Racine 436 WI, Wausau 437 WV, Bluefield 438 WV, Charleston 439 WV, Clarksburg 440 WV, Wheeling 441 WY, Casper 442 WY, Cheyenne 443 WY, Cody 444 WY, Gillette 445 WY, Laramie 446 WY, Riverton 447 WY, Rock Springs 448 YK, Whitehorse

1.5.48 MSTP_My_Address (9999)

When read, this property always returns the Controller’s MS/TP address. The default value is 127. When written, the value is constrained to 0-127. After writing, the address change takes effect immediately, which will cause the unit to ignore all commands sent to the old address.

177 MA, Worcester 402 UT, Monticello 178 MB, Churchill 403 UT, Ogden 179 MB, The Pas 404 UT, SaltLake City 180 MB, Winnipeg 405 VA, Charlottesvil 181 MD, Annapolis 406 VA, Lynchburg 182 MD, Baltimore 407 VA, Newport News 183 MD, Hagerstown 408 VA, Norfolk 184 ME, Bangor 409 VA, Richmond 185 ME, Kennebunk 410 VA, Roanoke 186 ME, Millinocket 411 VA, Virginia Bch. 187 ME, Portland 412 VA, Wytheville 188 ME, Rangeley 413 VT, Brandon 189 ME, Van Buren 414 VT, Brattleboro 190 MI, Ann Arbor 415 VT, Burlington 191 MI, Battle Creek 416 WA, Aberdeen 192 MI, Bay City 417 WA, Everett 193 MI, Detroit 418 WA, Lynden 194 MI, E. Lansing 419 WA, Olympia 195 MI, Flint 420 WA, Seattle 196 MI, Grand Rapids 421 WA, Spokane 197 MI, Kalamazoo 422 WA, Tacoma 198 MI, Lansing 423 WA, Vancouver 199 MI, Muskegon 424 WA, Walla Walla 200 MI, Saginaw 425 WA, Yakima 201 MI, SaultSt.Marie 426 WI, Appleton 202 MI, Traverse City 427 WI, Delavan 203 MN, Argyle 428 WI, Eau Claire 204 MN, Aurora 429 WI, Hurley 205 MN, Duluth 430 WI, Kenosha 206 MN, Minneapolis 431 WI, La Crosse 207 MN, Rochester 432 WI, Madison 208 MN, St. Cloud 433 WI, Milwaukee 209 MN, St. Paul 434 WI, Oshkosh 210 MO, Chillicothe 435 WI, Racine 211 MO, Kansas City 436 WI, Wausau 212 MO, Poplar Bluff 437 WV, Bluefield 213 MO, Rockport 438 WV, Charleston 214 MO, Springfield 439 WV, Clarksburg 215 MO, St. Louis 440 WV, Wheeling 216 MS, Biloxi 441 WY, Casper 217 MS, Greenville 442 WY, Cheyenne 218 MS, Gulfport 443 WY, Cody 219 MS, Hattiesburg 444 WY, Gillette 220 MS, Jackson 445 WY, Laramie 221 MS, Tupelo 446 WY, Riverton 222 MS, Winona 447 WY, Rock Springs 223 MT, Billings 448 YK, Whitehorse 224 MT, Butte

LRC2410 Installation Instructions, Rev. A May 2011

© 2011All rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner. The informationpresented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed withoutnotice. No liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent or other industrial or intellectual property rights.Data subject to change.

E-Mail: [email protected]. Tel: 1-800-372-3331

8x20a relay control panel bacnet ms/tp ... - philips lighting controls... · bacnet ms/tp enabled...

Documents