1. Advanced HAI Lighting Control (HLC)
May 2009

2. As a courtesy to all, please set your cell phones to silent.
There will be a break to return phone calls.

3. Agenda HAI Lighting Control (HLC) Configuring UPB Devices
Use Upstart to configure
Light Level, Fade Rate,
Change Dimming to Non-Dimming
LED characteristics
Working with Links (Scenes, Groups of Lights)
Using PC Access to configure 8 button keypad
How to Request Status

4. Required Items Laptop Current Version of PC Access 1105W
Current Version of Upstart
Power line Interface Module (PIM)
PIM to PC Interface Cable (36A05-2)

5. Using the Omni or Lumina you get the easiest to install, easiest to program, and easiest to operate lighting control system on the market today!
The HLC family of products from HAI uses existing wires so it can be used in new or retrofit installations.

6. HLC (HAI Lighting Control)
HLC – a structured, easy to use method of setting up HAI Dimmers, Scene Switches and House Status with an HAI controller.
The HAI controller configures:
The HLC devices.
The HAI Scene Switch to work with the HLC switches in the room.
The HAI House Status to work with the HLC switches in the house.
Provides scheduling, remote control, sunrise/sunset, occupancy settings, whole house scenes (macros), etc.
Provides TWO WAY communication from HLC switches to HAI controllers and reports switch status which can be viewed from HAI Console, Omni Touch, or software.
There are two ways to set up a system: Use the HLC format, which has a defined structure, or use Open UPB format, where you can “roll your own” using the programming capability in the HAI controller to link lights to buttons on the room controller and house controller.
Unit numbers in an HAI controller can be configured in groups of 16 using the “house codes” feature. For house codes, you can select 3 types of X-10, HLC, UPB and Radio Ra (and we’re always working on others, as they become available and popular…) Hardwire ALC switches can be addressed as any unit number. ALC switches have priority over any other type of switch regardless of the house code setting, making a hybrid hardwire / wireless system very easy.

7. 600W UPB™ Dimmer Switch
Controls and dims lighting loads up to Watts.
Requires a neutral (white) wire.
Derate dimmer to 500 Watts when in a 3 gang box.
Ships with white fronts.
Color change kits available for Ivory, Almond, Light Almond, Brown, Black, Grey.
The switch bezel and paddle are replaceable as one unit, so field replacements for color changes or damaged during construction are a snap. Shown is the 600 watt dimmer– if you look closely at the bottom of the dimmer, you can see the disconnect switch required for all dimmers. It is discretely hidden when not in use, but obvious when activated – preventing accidental activation and call backs!
The LED glows blue when the switch is off as a nightlight, but it can be programmed to do a number of things – in blue, red or purple!
Wiring is conventional, so there is no confusion for the electrician and no expensive custom wiring for this system. These switches do require a neutral at the switchbox.

8. 600W UPB™ Non-Dimming Switch
Controls non-dimming loads, such as fluorescent lights, up to 600 Watts.
Requires a neutral (white) wire.
Derate dimmer to 500 Watts when in a 3 gang box.
Ships with white fronts.
Color change kits available for Ivory, Almond, Light Almond, Brown, Black, Grey.
The switch bezel and paddle are replaceable as one unit, so field replacements for color changes or damaged during construction are a snap. Shown is the 600 watt dimmer– if you look closely at the bottom of the dimmer, you can see the disconnect switch required for all dimmers. It is discretely hidden when not in use, but obvious when activated – preventing accidental activation and call backs!
The LED glows blue when the switch is off as a nightlight, but it can be programmed to do a number of things – in blue, red or purple!
Wiring is conventional, so there is no confusion for the electrician and no expensive custom wiring for this system. These switches do require a neutral at the switchbox.

9. 1000W UPB™ Dimmer Switch
Controls and dims lighting loads up to Watts.
Requires a neutral (white) connection wire.
Requires deep box. Derate to 900 Watts if used in normal box. Derate to 800 Watts if you remove one side. Derate to 600 Watts if you remove 2 sides.
Order switch in the desired color.

10. 15A Relay UPB™ Switch
Controls heavier loads (up to 15 Amps) or motors, such as ceiling fans, that may hum when used with Dimming or Non-Dimming switches.
Requires a neutral (white) wire.
Ships with white fronts.
Color change kits available for Ivory, Almond, Light Almond, Brown, Black, Grey.
The switch bezel and paddle are replaceable as one unit, so field replacements for color changes or damaged during construction are a snap. Shown is the 600 watt dimmer– if you look closely at the bottom of the dimmer, you can see the disconnect switch required for all dimmers. It is discretely hidden when not in use, but obvious when activated – preventing accidental activation and call backs!
The LED glows blue when the switch is off as a nightlight, but it can be programmed to do a number of things – in blue, red or purple!
Wiring is conventional, so there is no confusion for the electrician and no expensive custom wiring for this system. These switches do require a neutral at the switchbox.

11. Auxiliary UPB™ Switch
Used with any HLC Switch to make "three-way" (two switches control one light) and multi-way (more than two switches control one light) using conventional "three-way" wiring techniques.
Requires a neutral (white) wire.
Ships with white fronts.
Color change kits available for Ivory, Almond, Light Almond, Brown, Black, Grey.

12. Room Scene Switch
A Scene Switch allows you to control all of the lights in a room or area.
Lights may be turned on, off, dimmed, brightened, and set to four different scenes to provide limitless options for both security and aesthetic lighting in your home.
To set a scene:
Push Scene button
Adjust room dimmers as desired
Push Scene button five times – lights blink.
Scene is memorized!

13. House Status Switch Designed for master control of the whole house.
Turn any room in the house on or off with the press of one button.
Monitor which rooms have lights on and which rooms have lights off at a glance.
Great for Master Bed Room, Entry/Exit, Family Room.

14. Custom Engraving
It is recommended that you purchase a Custom Legend Kit part number 38A06-2 for every Scene, House Status, and Event Switch.
This allows you to customize the Button Name making it easier for your Clients to use.
Engrave the switch before they move in because it will make it easier to use the system.

15. HLC Configuration LIVING ROOM SWITCHES LIVING ROOM SCENE SWITCH
This gives a basic view of how HLC is set up. Room controllers set on, off, brighten, dim and 4 scenes for the switches assigned to it. Having them “linked” together allows the homeowner to easily adjust the 4 scenes without having to reprogram the controller.
A House Controller works in conjunction with the HAI controller. The controller monitors the status of the switches and room controllers to determine if any light in the room is on. If so, the LED for that room is illuminated. Pressing the button turns all of the lights in that room off. Similarly, if all of the lights are off, the LED is out, and pressing the button will illuminate the room.
Although we use the terms House and Room controllers, they don’t have to be used that way. Outdoor Lighting could be considered a “room” and have a button on the House Controller.
Room and House controllers are optional! They are not required pieces of an HLC system. This slide is for illustration of their functions within the HLC configuration. And keep in mind that the HAI controller can send commands directly to any of the switches.
HOUSE STATUS SWITCH
MASTER BEDROOM
DINING ROOM SWITCHES
DINING ROOM SCENE SWITCH

16. Set up rooms with HLC To Use HLC:
1: Dining Room Scene switch 2: 3: 4: 5 6: 7: 8:
9: Living Room Scene switch
10:
11:
12:
13:
14:
15:
16:
To Use HLC:
Rooms are set up in groups of 8 units.
The first unit in a group of 8 (1, 9, 17, 25, …) is reserved for a Room Controller or a Room name if no controller is used.
All you have to do is create the rooms and HLC does the rest.
The beauty of HLC is powerful and elegant lighting scenes that are easy to set up and use. During installation, simply use the naming structure shown here for the controller. Then put each switch in set up mode, (tap five times) in order of the list. The controller will configure the switches and room controllers to link to each other. Then the homeowner can easily set scenes in each room. The controller can send commands to each load or the rooms as a group. Want a different structure? Get the HLC Upstart software and a PIM for your PC and do it however you want.

17. Set up switches with HLC
1: Dining Room Scene switch
2: Chandelier
3: Sconces
4: Wall Wash
5: Lamps
6: Picture Spots 7: 8:
9: Living Room Scene switch
10: Lights
11: Cove
12: Lamps
13: Bar
14:
15:
16:
Up to 7 loads (lights or appliances) per Room.
The Omni or Lumina automatically links Dining Room controller with loads 2-8 and Living Room controller with loads
The beauty of HLC is powerful and elegant lighting scenes that are easy to set up and use. During installation, simply use the naming structure shown here for the controller. Then put each switch in set up mode, (tap five times) in order of the list. The controller will configure the switches and room controllers to link to each other. Then the homeowner can easily set scenes in each room. The controller can send commands to each load or the rooms as a group. Want a different structure? Get the HLC Upstart software and a PIM for your PC and do it however you want.

18. Set up House Status switches with HLC
1: Dining Room Scene switch
2: Chandelier
3: Sconces
4: Wall Wash
5: Lamps
6: Picture Spots 7: 8:
9: Living Room Scene switch
10: Lights
11: Cove
12: Lamps
13: Bar
14:
15:
16: House Status switch
The last unit in a room can be used for a house controller.
Up to 8 house controllers can be added anywhere “on the eights” in the first 64 units to show the status of the first 8 rooms.
Status of rooms 9-16 are the next 64 units and so on.
The beauty of HLC is powerful and elegant lighting scenes that are easy to set up and use. During installation, simply use the naming structure shown here for the controller. Then put each switch in set up mode, (tap five times) in order of the list. The controller will configure the switches and room controllers to link to each other. Then the homeowner can easily set scenes in each room. The controller can send commands to each load or the rooms as a group. Want a different structure? Get the HLC Upstart software and a PIM for your PC and do it however you want.

19. Set up Event switch with HLC
1: Dining Room Scene switch
2: Chandelier
3: Sconces
4: Wall Wash
5: Lamps
6: Picture Spots 7: 8:
9: Living Room Scene switch
10: Lights
11: Cove
12: Lamps
13: Bar
14:
15: Event switch
16 House Status switch
A House Status switch can be used a Event switch (8-Button keypad) by placing it in a unused switch location.
Use PC Access to program the Event switch.
Do Not put it in a Room Scene switch or House Status switch position as it will be configured wrong.
The beauty of HLC is powerful and elegant lighting scenes that are easy to set up and use. During installation, simply use the naming structure shown here for the controller. Then put each switch in set up mode, (tap five times) in order of the list. The controller will configure the switches and room controllers to link to each other. Then the homeowner can easily set scenes in each room. The controller can send commands to each load or the rooms as a group. Want a different structure? Get the HLC Upstart software and a PIM for your PC and do it however you want.

20. HLC Details
First unit in a group of 8 (1, 9, 17, 25, …) is reserved for Room Scene Switch.
Up to 7 loads (lights or appliances) per Room Scene Switch.
8 rooms per House Status Switch.
Capacities:
Omni LT: 14 loads, 2 room Scene Switches
Omni IIe: 56 loads, 8 room Scene Switches
OmniPro II: 217 loads, 31 room Scene Switches
Lumina : 56 loads, 8 room Scene Switches
Lumina Pro : 217 Loads, 31 Scene Switches

21. HAI Software
PC Access
PC Access allows the installer to setup, program, and monitor a home control system by a serial or network connection.
PC Access allows you to build and use a template to quickly and easily program your Omni or Lumina controllers.

22. PC Access Setup Install PC Access Write down the Security Stamp.
Default Password is “password”.
Select Configure and select the Serial port on your computer.
Select File and click on New
Name the file.
Select controller type (make sure you select the correct one).
Fill out the information on the opening screen.
Select Setup and select Names / Voices.

23. Setup Names / Voices: Units
Enter the Room Name and the switches in corresponding room.
Enter the Room name and the switches in the corresponding room.
Notice the Room and switch numbering
Remember to setup the voices
HLC units are labeled on the right

24. Setup Installer Control
Always change the network address and password.

25. Download PC Access File
Setup Names / Voices and configure the remaining items in PCAccess.
Click on File, click on “Save”.
Click on File, Click on “Download from PC”.
Once Download is complete you can now configure your devices.

26. Configuring Switches Put switch in “set-up” mode one at a time.
Dimmers and Switches: Press the “ON” 5 times in a row. LED will blink to show set up mode.
Scene & House Status Switch: Press and Hold Top and Bottom buttons until they all flash.
No need to disassemble switch or remove cover plate.
To take the device out of “set-up” mode press the “ON” 2 times in a row
Click switch 5 times to go into setup. LED blinks.
The switches, room and house controllers can all be configured by the HAI controller. This is only done once, when the system is initially installed, or when a device is added or replaced. This process downloads the house ID, unit ID, name, and all the links necessary to link dimmers, house controllers and room controllers together as described in HLC. Each switch is put in setup mode one at a time. Then the controller is instructed to configure the switch.
Put the device in set up mode as shown above. The LED(s) blink and the load blinks once to show that it’s in set up mode. After the controller configures the device, it takes the device out of set up mode automatically. The device will go out of set-up mode by itself after 5 minutes, even if it did not get configured. To take it out of set up mode manually, tap the off button twice for dimmers, push and hold the top and bottom buttons again for room and house controllers.
Press and Hold top and bottom until LED blinks.

27. Console or Touchscreen
Select UPB™ Device to be configured
On Console:
6 Status, 1 Control, scroll to switch name (or enter number), then #, #.
On Touchscreen:
Control, Select Room Name, for Room Controller or tap “Go To” button, then tap unit name, then tap “Config”.
Controller sends address, names and links to switch and takes it out of setup mode when done. The HAI system CONFIGURES IT!
Repeat for each device.
Console:
Living Room 6=SET #=CFG
Touch screen:
With a device in set-up mode, use the console or touch screen to scroll to the device to be configured. Press Config, as shown. You will see a series of items, then Configuration Completed when finished. The device is now ready to operate.
Use this procedure if a device is subsequently added or replaced.

28. Configure all HAI UPB™ Devices
Each UPB™ device in the House will need to be configured per the previous example.
Auxiliary switches do not count as a device in the room count or overall count, they are not configured, they communicate directly to the Switch. They can be used to put the switch in program.
If you have two Scene Switches in the same room configure them in the same “position” (same unit ID) this way they will mimic each other.

29. UPB™ Upstart Configuration
Free software for advanced configuration of UPB™ devices. This software is provided as a courtesy to all UPB™ manufacturers.
Turn a Dimming Switch into a Non-Dimming Switch and a Non-Dimming Switch into a Dimming Switch.
Change the LED color on a switch or turn off the LED.
Change the fade rates for on and off.
Default the light level of the Dimming switch on a single tap or a double tap. Setting the switch to only turn on to 95% doubles bulb life.

30. UPB™ Upstart Configuration
Required Items for Upstart
Upstart Software
PIM (Power line Interface Module) (36A00-1) it is recommended to have a separate one just for Upstart (HLC and Upstart use different communication modes).
PIM to PC Cable (36A05-2).
USB to Serial adapter if your computer does not have a serial port, HAI recommends the KeySpan model USA-19HS.

31. Opening Screen on Upstart

32. Creating a New File
Check “create a new network that matches an already installed network”

33. Configuring the PIM You may get this if your PIM is not connected
Select This

34. Configuring the PIM
Select the Com port that the PIM is attached to, then click Connect
Select the PIM from the Interface box

35. Identifying the Network
Place any UPB™ device into Setup mode

36. Finding the Existing Network
Upstart is now reading the information stored in that UPB device, Network name, password, etc.

37. Network Discovery Upstart is now uploading the network
Notice The devices being added

38. Upstart Programming File
Room list
Links
Devices
Signal meter

39. Working with Switches
Double Click on the Switch that you want to work on and
this box will open up

40. Working with Switches: ID
Device information:
Switch type, Firmware version, Room Name, Device Name

41. Switches: Receive
Lists the Links that the switch is part of, and the action

42. Switches: Transmit
This defaults with HLC to Link 242 and 241, for keeping track of the status of the switches
This needs to be left alone for the correct status to be shown

43. Switches: Rocker Switch
Here is where you adjust the light level on a single tap or double tap of the switch
You can adjust the fade rate here
This changes the properties of the local switch only you still can issue commands that will operate the switch differently.

44. Switches: Options You can change the dimming properties of the switch
Change how the LED operates
All the 600 and 1000 Watt HAI switches can be configured with Upstart to be a Dimming or a Non-Dimming switch. The LED can be turned off and the colors can be changed or the way the LED behaves.

45. Switches: Test This allows you to operate the light switch
Test the fade rate
See what a certain level looks like

46. Switches: Communication Test
For testing the Signal level and Noise level at the device and the PIM
This helps you identify problems in the UPB network

47. Program Changes
As you make changes and press the “OK” button. A box will come up and you can select “Yes” to program each device as you make the changes or select “No” to program them later.
Programming the changes later is preferred using “Program All Modified”.
“Program All Modified” only programs the changes that you made to each device. Depending on the number of changes this could take some time as it has to program each device one at a time.

48. Working with Scene Switch: ID
Double Click on the Scene Switch that you want to work on.
This box will open up.
Remember in HLC (HAI Lighting Control) these devices are located in “Units” 1, 9, 17, …. The first “Unit” in a Room

49. Scene Switch: Receive
A list of the Links that this Scene Switch responds to

50. Scene Switch: Transmit
A list of the Links that this Scene Switch operates

51. Scene Switch: Options
Adjust the LED Brightness

52. Scene Switch: Test
This allows you to confirm that this is the device you think it is

53. Scene Switch: Communications Test
For testing the Signal level and Noise level at the device and the PIM

54. House Status Switch: ID
Double Click on the House Status Switch that you want to work on.
This box will open up.
Remember in HLC (HAI Lighting Control) these devices are located in “Units” 8, 16, 24, ….

55. House Status Switch: Receive
A list of the Links that this House Status Switch responds to

56. House Status Switch: Transmit
A list of the Links that this House Status Switch operates

57. House Status Switch: Options
Adjust the LED Brightness

58. House Status Switch: Test
For testing the Signal level and Noise level at the device and the PIM

59. House Status Switch: Communications Test
For testing the Signal level and Noise level at the device and the PIM

60. UPB™ Links
A Link in UPB™ is a single command that can control a single device or a group of Multiple devices (Scenes).
When a button on a Scene Switch is pressed, that is issuing a Link command
An HAI controller configured with HLC builds all the required Links for you.
The HAI controller also monitors the status of all the devices so that you always know the state of the device.

61. UPB™ Link Status
This is important to understand, when a UPB™ Link is issued from any device including the HAI controller, no request for status is issued. In other words the device(s) will respond to the Link command but an HAI controller will not show the new status.
This is a limitation of the UPB™ protocol!
The HAI controller monitors the status of all the devices so that you always know the state of the device by requesting status from each device.

62. Request Status If you Add to an existing Link or make a New Link.
In PC Access you will have to add program lines to request status from each device that is part of that edited or new Link
If you use the Links as they are configured by HAI controller Then you do not have to request status as that is already being done.
Let HLC and the HAI controller do the hard work.

63. UPB™ Status Later I will show you how to
Request Status using PC Access
Use PC Access to program control of devices, similar to a Link
So that you don’t have to worry about working with Links and maintaining the correct status
Status is important since your customer can check on their house using Snap-Link, Pronto Link or Touchscreens.

64. UPB™ Links (Scenes)
Select the Link icon
Select Link Icon

65. Links (Scenes)
Remember that working with Links could affect the way you HAI system operates, so be careful!!!

66. Links (Scenes)
Select the Link that you want to work on and click “Edit Link”
Select Link

67. Adjust Light Level

68. Change Fade Rate

69. Add Preset (Switch)
Remember to add a request “Status” in your PC Access program for each Preset you add
Adding a preset requires you to add a program in the HAI controller using PCAccess to “Request Status” when the switch is turned “On or “Off”. See Status programming in PCAccess coming up in this presentation.

70. Remove Preset (Switch)
Just check the box
click on “Remove Selected”
to remove a switch from the Link

71. Program the Changes Made
Once you have made all of your changes you will need to program those changes into the “Devices” You will need to have the PIM plugged into an outlet and into the PC

72. Program All Modified Click on Network and then “Program All Modified”
This is a one step method for programming all of the changes.

73. Program Does Not Match Device is “Missing”
Devices “Program does not Match”
Device is “OK”
Notice the “Blue” line under the Device this means the devices program matches the Upstart file. If the line is “Red” then the Devices program and the Upstart program do not match. By using “Verify” you can see the differences and decide if you want to have the Device match the file or have the file match the Device. If the line is “Black” this is not good as the Device is missing which could be it has been removed or has failed.

74. Network Verify
Use this to make sure that the Devices are in the “Network” and the program matches
Network Verify is performed on opening an existing Upstart file. Notice the Legend for deciphering the triangles.

75. Network Communication Test
This allows you to check every Device on the network for Signal strength and noise.

77. Event Switch – 8 Button Keypad
This is used when you want to individually program what each button does.
Event Switch allows you to operate any device controlled by the HAI controller.
Examples: Toggle a Light, Control a Room, Run a Button
This will show how to use PC Access to program this device
For this presentation we will refer to a 8 button keypad as an event switch when it is not configured as a House Status Switch.

78. Event Switch in Upstart
This is what an Event Switch will look like in Upstart

79. Event Switch – 8 Button Keypad
Use PC Access to do the following programs
You will need to assign Names / Voices to the following
Unit 07 – GR Event Sw
Unit 41 – Great Room
Unit 42 – GRCeiling Bk
Unit 43 – GRCeiling Fr
Unit 44 – GrCeiling Ct
Unit 45 – GR F/P
Unit 46 – GR Wall
Unit 47 – GR Art
Unit 48 – GR Lamps
Unit 49 – Great Rm 2
Unit 50 – GR Table
Unit 51 – GRAccent
Unit 405 GR LED4 Flag

80. Event Switch - Button 1 “When” GR Event Keypad Sw SW1 PRESSED
Toggle a Light Switch
“When” GR Event Keypad Sw SW1 PRESSED
“Command” GR Wall TOGGLE
“When” GR Wall ON
“Command” GR Event Sw LED 1 ON
“When” GR Wall OFF
“Command” GR Event Sw LED 1 OFF

81. Event Switch - Button 2 “When” GR Event Sw SW2 PRESSED
Toggle a Room
“When” GR Event Sw SW2 PRESSED
“Command” Great Room TOGGLE
“When” Great Room ON
“Command” GR Event Sw LED 2 ON
“When” Great Room OFF
“Command” GR Event Sw LED 2 OFF

82. Event Switch - Button 2
Toggle Two Rooms
WHEN GR Event Sw SW2 PRESSED: Great Room TOGGLE
WHEN GR Event Sw SW2 PRESSED: Great Rm 2 TOGGLE
WHEN Great Room ON: GR Event Sw LED 2 ON
WHEN Great Rm 2 ON: GR Event Sw LED 2 ON
WHEN Great Room OFF: GR Event Sw LED 2 OFF
WHEN Great Rm 2 OFF: GR Event Sw LED 2 OFF

83. Event Switch - Button 3
Run a Button (Macro)
WHEN GR Event Sw SW3 PRESSED: GR Event Sw LED 3 ON
WHEN GR Event Sw SW3 PRESSED: RUN Evening
WHEN GR Event Sw SW3 PRESSED: GR Event Sw LED 3 OFF

84. Event Switch - Button 4 Toggle a Scene (Group of Lights)
WHEN GR Event Sw SW4 PRESSED: GR LED 4 Flag TOGGLE
WHEN GR Event Sw SW4 PRESSED: &IF GR LED Flag ON: SET LIGHTING LEVEL GRCeiling BK TO 65%
You will have a similar line for each light you want to turn on
WHEN GR Event Sw SW4 PRESSED: &IF GR LED Flag OFF: SET LIGHTING LEVEL GRCeiling BK TO 0%
You will have a similar line for each light in the Scene
WHEN GR Event Sw SW4 PRESSED: &IF GR LED Flag ON: GR Event Sw LED 4 ON

85. Event Switch - Button 4
Toggle a Scene (Group of Lights) Cont.
WHEN GR Event Sw SW4 PRESSED: &IF GR LED Flag OFF: GR Event Sw LED 4 OFF
WHEN Great Room OFF: GR LED 4 Flag OFF
WHEN Great Rm 2 OFF: GR LED 4 Flag OFF
WHEN Great Room OFF: GR Event Sw LED 4 OFF
WHEN Great Rm 2 OFF: GR Event Sw LED 4 OFF

86. Event Switch - Button 5
Set a Lighting Level
WHEN GR Event Sw SW5 PRESSED: GR Event Sw LED 5 ON
WHEN GR Event Sw SW5 PRESSED: SET LIGHTING LEVEL GR Wall TO 85%
WHEN GR Event Sw SW5 PRESSED: SET LIGHTING LEVEL GR Art TO 65%
WHEN GR Event Sw SW5 PRESSED: SET LIGHTING LEVEL GR Accent TO 75%
WHEN GR Event Sw SW5 PRESSED: SET LIGHTING LEVEL GR F/P TO 85%

87. Event Switch - Button 5
Set a Lighting Level Cont.
WHEN Great Room OFF: GR Event Sw LED 5 OFF
WHEN Great Rm 2 OFF: GR Event Sw LED 5 OFF
Notice that this turns “On” the Scene only. If you use this you will have to have a Room Off button

88. Event Switch - Button 8
Room Off
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 8 ON
WHEN GR Event Sw SW8 PRESSED: Great Room OFF
WHEN GR Event Sw SW8 PRESSED: Great Rm 2 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 1 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 2 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 3 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 4 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 5 OFF

89. Event Switch - Button 8
Room Off Cont.
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 6 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 7 OFF
WHEN GR Event Sw SW8 PRESSED: GR Event Sw LED 8 OFF

90. How To Request Status WHEN GR Wall ON: GR Wall REQUEST STATUS
In PC Access
WHEN GR Wall ON: GR Wall REQUEST STATUS
WHEN GR Wall OFF: GR Wall REQUEST STATUS
This will be required anytime you add to a existing Link or make a new Link.
This adds to the traffic on the power line, only use when needed.

91. Review
Use HAI Lighting Control (HLC) whenever you have a controller in place.
Always start with HLC, use Upstart to make minor adjustments.
Remember if you add or edit a Link, you will have to think are you going to have the correct Status.
Upstart is a powerful tool use it cautiously.

92. Review
Keep it Simple!!! Do not make their lighting system so complicated that they need a manual to operate the lights.
Engrave all Scene, House Status and Event Switches, it is always easier to work with a name then remember that the Evening button is #3.

93. HAI Knowledge Base
HAI has a Knowledge Base that will help you with some other UPB™ applications.
Article 496 deals with using a Scene Switch to control 4 individual loads.
Article 690 deals with using a House Status Switch to control individual loads with each button acting as a dimmer. (Note the Caution)
Log in to the Dealer site

94. Attending! Thanks for We hope HAI can be a
profitable part of your future!