Delta Controls DLC-G1212 Installation & Application Manual Download Page 11

Delta Controls 

Application & Progamming Notes 

 

OBJECTS 

The GE Lighting Controller is a programmable device similar to other Application Controllers.  Some 
objects are automatically created on initial startup (i.e., default database).  All other objects are user-
created or deleted as necessary.  However, it is important to highlight how certain objects are uniquely 
used within the lighting controller in association with the I/O and other product features.  These objects are 
also all readily accessible over a BACnet MS/TP network. 

Object  Description 

Notes 

BI1-12 

Binary Inputs 
(Field Devices) 

User created as necessary to match physically connected 
devices, the BI objects represent each of the 12 binary inputs 
used for various purposes (including Motion Detectors, etc.) 

BI13 Current 

Sweeper 

Status 

User created to represent active Sweeper status.  This is only 
ON when the Sweeper is active and is turned OFF automatically 
when the Sweeper sequence is complete. 

BI14 

Sweeper Command 
Status 

User created to represent the last Sweeper command.  This is 
ON when the last command was to sweep the outputs on, and is 
OFF when the last command was to sweep the outputs off. 

BO1-12  Binary Relay Outputs & 

Status (inc. Low Voltage 
Light Switches) 

User created to match physically connected relays, these outputs 
are used to represent two things: 

• 

Relay Output (i.e., command) 

• 

Relay Status (including when controlled by associated 
hardwired lighting switches) 

E.g. To look for the Status Feedback Value, the property you 
should use is: 

BV1 = BO1.FBackValue 

BO13 Sweeper 

Command 

User created to provide a means for commanding the Sweeper 
in software (via OWS or GCL programming). 

Refer to Chapter of the 

V3.22 ORCAview Technical Reference Manual

 for further information on objects, 

and the associated firmware 

Release Notes

 for which objects are supported. 

 

LOW VOLTAGE LIGHTING SWITCHES 

The low voltage lighting switches are physically hardwired to the relays and do not have their own BI 
objects, but affect the relay status in their associated BO objects.   

• 

There is a separate property in the BO which indicates actual relay status or feedback (FbackValue = 
Active or Inactive) regardless of what has affected relay operation (software command or manual 
switches).  

 

• 

Also, whenever the manual switches are used to turn the relay O

N

, the associated BO indicates an 

Overridden

 condition c/w associated icon (when HandsOffAuto = 1), which can be used in GCL 

programming (for occupancy override).

 

 

LIGHTING CONTROLLERS WITH NO FEEDBACK (RR7 RELAYS) 

General Electric RR7 relays do not have feedback capability. The Delta Controls GE Lighting 
Controller, however, defaults to function with feedback. The board will function as though the relays 
have feedback, until it is programmed to run in a non-feedback condition.  

 

Document Edition 1.5

 

 

Page 11 of 15 

Summary of Contents for DLC-G1212

Page 1: ...ching up to 12 GE lighting relay zones the GE Lighting Controller is ideal for mounting in various GE relay enclosures for both new and retrofit construction projects The controller also includes a bu...

Page 2: ...3 22 Firmware Software Important Information The capabilities of the GE Lighting Controller are dependent on the firmware version that is loaded The following is not intended to be comprehensive but s...

Page 3: ...ing Relay Outputs Maximum 4 GE Relays per output RR7x 3 wire Relays Control Only with No Status Delta PN 47101 Relays with no feedback RR9x 5 wire Relays Control and Status including LED Indication De...

Page 4: ...d jumpers or Software Setup DIP switch MAC Address Range 0 to 99 per network segment Software Address Range As per the BACnet standard Supports DNA Delta s intuitive addressing scheme Size Controller...

Page 5: ...E L 9 R E L 1 0 SWITCH 9 SWITCH 10 R E L 1 1 R E L 1 2 SWITCH 11 SWITCH 12 SC AN P W R RS O N OF F G ND RS O N OF F G ND RS O N OF F G ND RS O N OF F G ND RS O N OF F G ND RS O N OF F G ND RS O N OF...

Page 6: ...ing data through the port Inputs IP1 IP12 Input Status Indicators A corresponding red LED flickers when the associated binary input is in the active state Sweep Output OP13 Sweep Output Signal Indicat...

Page 7: ...mapped into the Subnet portion of its address inheriting other portions of its BACnet address when DNA is enabled DNA DERIVED NETWORK ADDRESSING DNA Derived Network Addressing DNA which works in conj...

Page 8: ...ON OFF GND POWER OUT GND BI1 SWITCH 3 RELAY 2 SWITCH 2 RELAY 3 RELAY 4 SWITCH 4 SWITCH 5 SCAN PWR RS ON OFF GND RS ON OFF GND RS ON OFF GND PILOT ON OFF GND FRONT VIEW BACK VIEW GE RS3xP LOW VOLTAGE...

Page 9: ...ropagation of 66 or higher Topology Ensure the MS TP network cable is installed as a daisy chain from one device to the next Max Nodes The maximum number of devices per MS TP network without any repea...

Page 10: ...ext 1000 or 300m maximum 3 Ensure you install MS TP terminator boards when you have more than 1 or 2 devices 4 Depending on the controller up to 12 devices are supported on a LINKnet network with limi...

Page 11: ...ed to represent two things Relay Output i e command Relay Status including when controlled by associated hardwired lighting switches E g To look for the Status Feedback Value the property you should u...

Page 12: ...BO object to a non feedback condition To set the Binary Output BO object to a non feedback condition 1 Open the BO associated with the RR7 relay 2 Under the Device Tab in the Module section there is a...

Page 13: ...CC Compliance Information 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 reas...

Page 14: ...erconnected To Reduce the Risk of Fire or Electric Shock Use only Class 2 sources Suitable for Interconnection Use Copper Conductor Only Select an external power supply that is certified for safety fo...

Page 15: ...000 3 2 1999 Power Line Harmonics Class D EN 61000 3 3 1998 Power Line Fluctuations Pst 1 Plt 0 65 EN50082 1 1997 Generic Immunity Standard Part 1 Residential EN 61000 4 2 1995 ESD Immunity Level B EN...

Reviews: