OmniPro II Version 2.11 Firmware Release

Transcription

1 OmniPro II Version 2.11 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.11 firmware adds the following new feature: Support for OmniTouch with Video touchscreens The OmniPro II Version 2.10 firmware adds the following new feature (See Attached Addendum): Support for the CentraLite LiteJet and Elegance lighting system The OmniPro II Version 2.9 firmware adds the following new features (See Attached Addendum): HAI Lighting Control (HLC) integration and support OmniTouch and programming support for the NuVo Concerto and NuVo Essentia OmniTouch and programming support for the Russound CAV 6.6 and Russound CAM Modified the Fire Output Type to activate in a 3 pulse temporal pattern Note: Loading new firmware and screens into each OmniTouch touchscreen may be necessary to support new features in Version 2.9 Firmware. Ensure that each OmniTouch is running Screens Version 5. To check, press the Setup icon from the Home page. Next press the Screen Setup icon, followed by the Next button. The Screens Version should be displayed on the bottom left of the display. If the Screens Version is lower than 5 or if the text Screens Version is not displayed, use the Model 32A09-1 HAI OmniTouch Loader Kit utility to load new firmware and screens into the OmniTouch touchscreen. The OmniPro II Version 2.8 firmware adds the following new feature (See Attached Addendum): Support for the Extended Range Temperature Sensor The OmniPro II Version 2.7 firmware adds the following new feature (See Attached Addendum): Support for Lutron RadioRA Lighting Control The OmniPro II Version 2.6 firmware adds the following new features (See Attached Addendum): Support for UPB (Universal Powerline Bus) Technology Added ability to disable Bypass/Restore digital communicator reports when using Contact ID Added ability to disable individual digital communicator zone reports when using Contact ID Home Automation, Inc.

2 Page 2

3 OmniPro II Version 2.10 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.10 firmware adds the following new feature: Support for the CentraLite LiteJet and Elegance lighting system About CentraLite CentraLite is a centralized lighting control system that uses hardwired lighting control technology to control lighting loads, fans, and mechanical low voltage relays. CentraLite lighting scenes are used to control groups of lights which are preset to turn on to various levels of dimming. CentraLite Setup The following must be configured for use with CentraLite: Serial Setup The CentraLite connects to the OmniPro II to either one of the built-in serial ports on the controller or to the Model 10A17 Serial Interface Module. When connected to the built-in serial port, the Serial Function must be configured for the respective serial port. When the Model 10A17 Serial Interface Module is used, the Module Type must be configured for the respective expansion module address. Only one interface (built-in port or 10A17 Serial Interface) may be set to CentraLite. Serial Module Setup When used, the 10A17 Serial Interface Module must be configured to use the CentraLite protocol. From the Installer Setup menu, select the 7 (EXP) key. The Module Type defines the function of each expansion module on the controller. Module 1 is the module with the ADDR jumper set to 1. Set the module type from the list below. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: MODULE 1 TYPE 9 CENTRALITE #=CHNG Set the Serial Interface Module to CentraLite. For example, if the jumper on the Serial Interface Module is set to 1, set Module 1 Type to 9 (CENTRALITE). The Serial Interface Module is now set to use the CentraLite Protocol. Home Automation, Inc.

4 MODULE TYPES NUMBER DESCRIPTION MODULE TYPES NUMBER DESCRIPTION NOT USED 0 No module is installed HARDWIRE EXPNDR 1 Model 10A06 Hardwire Expander installed ALC 2 ALC Interface Module is installed OMNI-LINK 3 Model 10A17 Serial Interface using the Omni-Link protocol PRO-LINK 4 Model 10A17 Serial Interface using the Pro-Link protocol UPB 5 Model 10A17 Serial Interface using the UPB protocol NUVO 6 Model 10A17 Serial Interface using the NuVo protocol CENTRALITE 9 Model 10A17 Serial Interface using the CentraLite protocol Plug one end of the serial cable into the CentraLite RS-232 Interface and the other end into the DB-9 connector (J2) on the 10A17 Serial Interface Module. Serial Function Setup When used, the built-in serial port must be configured to use the CentraLite protocol. The Serial Function defines the function (i.e. protocol) of each expansion built-in serial port. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: SERIAL 1 FUNCTION 9 CENTRALITE #=CHNG Set the Serial Function to CentraLite. The serial port is now set to use the CentraLite protocol. Page 2

5 OmniPro II Version 2.9 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.9 firmware adds the following new features: HAI Lighting Control (HLC) integration and support OmniTouch and programming support for the NuVo Concerto and NuVo Essentia OmniTouch and programming support for the Russound CAV 6.6 and Russound CAM Modified the Fire Output Type to activate in a 3 pulse temporal pattern Note: Loading new firmware and screens into each OmniTouch touchscreen may be necessary to support new features in Version 2.9 Firmware. Ensure that each OmniTouch is running Screens Version 5. To check, press the Setup icon from the Home page. Next press the Screen Setup icon, followed by the Next button. The Screens Version should be displayed on the bottom left of the display. If the Screens Version is lower than 5 or if the text Screens Version is not displayed, use the Model 32A09-1 HAI OmniTouch Loader Kit utility to load new firmware and screens into the OmniTouch touchscreen. About HAI Lighting Control (HLC) HAI Lighting Control (HLC) combines HAI UPB Wall Switches, Dimmers, and Modules, HAI UPB Room Controllers, and HAI UPB House Controllers to create lighting scenes that set the proper mood and ambiance for various activities. HLC format is a defined structure for configuring, programming, and operating all the HLC lighting devices in your home. HLC uses UPB technology which is a new powerline communications standard for lighting and home control. UPB is a robust, two-way digital powerline carrier communications protocol which transmits signals over the existing wires in a home. HLC Setup The following OmniPro II Setup items must be configured for HLC: UPB Network ID: The Network ID is a unique number between 1 and 255 which identifies your UPB Network. To configure the UPB Network ID, from the Setup>>Installer>>Control menu, select the 1 (CTRL) key. Scroll to UPB Network ID: UPB NETWORK ID: Enter the UPB Network ID (1-255) followed by the ' # ' key. UPB Password: The Network Password is a 4-digit number between 0001-FFFF that is used to protect your UPB network from unauthorized changes to the internal settings of your UPB devices. UPB PASSWORD: FFFF Home Automation, Inc.

6 Enter the UPB Password (0000-FFFF) followed by the ' # ' key. To enter the digits A-F, first press the OFF key, then press the 0-5 key respectively (i.e. 1A2B = 1 OFF 0 2 OFF 1 #). UPB Status Time (Status Tracking): When using HLC, Status Tracking is used to update the status of each HLC device in a room whenever a scene is executed in that room. For example, the scene A button is pushed on a Room Controller in the Living Room. All of the lighting loads in the Living Room are changed, but the status for the individual lighting loads isn t updated in OmniPro II until a status request message is sent to each unit. When Status Tracking is enabled, this is done automatically after a scene is executed. The value set for the UPB Status Time is the amount of seconds that the OmniPro II controller waits before requesting status after a scene is executed. By default, the time is set to 5 seconds. This gives lighting loads (with varying fade rates) the necessary time to settle down before the status is requested. UPB STATUS TIME: SECONDS Enter for 1 to 255 seconds. Enter 0 to disable Status Tracking. Note: Status Tracking must be enabled for OmniPro II to accurately set the LED indicators on Room and House Controllers. HAI Lighting Control (HLC) Format OmniPro II groups devices by House Code, which consists of 16 consecutive unit numbers, starting at Unit 1. Each House Code can be configured to a different lighting protocol such as: Standard X-10, Extended X-10, Lightolier s Compose, UPB (open UPB format where can roll your own using the programming capability in the OmniPro II controller to link lights to buttons on the room controller and house controller), Lutron s RadioRA, or HAI Lighting Control (HLC). When configured to use the HLC format, OmniPro II can control up to 248 HLC devices. Each HLC device (Switch, Dimmer, Module, Room Controller, or House Controller) has its own Unit ID (1-248). Each House Code that is configured to use the HLC format consists of 2 rooms with up to 8 HLC devices in each room. OmniPro II supports up to 31 rooms of HLC lighting. To configure House Codes to the HLC Format, from the Set Up menu, press the 6 (MISC) key. House Codes 1-16 Format House Codes 1-16 can be configured to use the Standard (Preset Dim Command), Extended Code (Level Command), Lightolier's Compose Mode, UPB (open transmission format), Lutron s RadioRA transmission format, and HAI Lighting (HLC) format. HC 1 FORMAT: 1 1=EXTENDED #=CHNG To change format to HLC for House Code 1, press the ' # ' key, and then use the arrow keys to scroll through the list of formats until HAI LIGHTING is displayed. Press the ' # ' key to select. Press the down-arrow key to change format for the next House Code. Page 2

7 FORMAT NUMBER DESCRIPTION STANDARD 0 Preset Dim Command (X-10, X-10 Pro, Leviton, PCS, etc.) EXTENDED 1 Extended Code Level Command (Leviton) COMPOSE 2 Compose Mode (Lightolier's Compose) UPB 3 Universal Powerline Bus (open format) RADIO RA 4 Lutron RadioRA HAI LIGHTING 5 HAI Lighting Control (HLC) Note: If the last House Code (HC 16) is configured to HLC format, the first 8 units in the room (i.e ) make up the last possible HLC room (Room 31). The remaining units (i.e ) may not be used. The default setting for HC 1-16 Format is 1. Configuring Serial Communications for HLC, NuVo, and Russound When connecting the HAI Model 36A00-1 Powerline Interface Module (for HLC/UPB communications), the NuVo Concerto, NuVo Essentia, Russound CAV 6.6, or Russound CAM to a serial interface on the OmniPro II controller, the serial interface must be configured to the respective protocol. Serial Module Setup When connecting the HAI Model 36A00-1 Powerline Interface Module or the NuVo Concerto or NuVo Essentia to the HAI Model 10A17 Serial Interface Module, the Module Type must configured as follows: From the Installer Setup menu, select the 7 (EXP) key. The Module Type defines the function of each expansion module on the controller. Module 1 is the module with the ADDR jumper set to 1. Set the module type from the list below. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: MODULE 1 TYPE 5 UPB #=CHNG For HLC/UPB communications: set the Serial Interface Module to 5 (UPB). For NuVo Concerto or NuVo Essentia communications, set the Serial Interface module to 6 (NUVO). For example when configuring the module to UPB and if the jumper on the Serial Interface Module is set to 1, set Module 1 Type to 5 (UPB). The Serial Interface Module is now set to use the UPB Protocol. MODULE TYPES NUMBER DESCRIPTION NOT USED 0 No module is installed HARDWIRE EXPNDR 1 Model 10A06 Hardwire Expander installed ALC 2 ALC Interface Module is installed OMNI-LINK 3 Model 10A17 Serial Interface using the Omni-Link protocol PRO-LINK 4 Model 10A17 Serial Interface using the Pro-Link protocol UPB 5 Model 10A17 Serial Interface using the UPB protocol NUVO 6 Model 10A17 Serial Interface using the NuVo protocol Note: The Russound CAV 6.6 and Russound CAM can not be connected to the HAI Model 10A17 Serial Interface Module. It must be connected to one of the built-in serial ports (J1-J3 Serial) on the OmniPro II controller. Page 3

8 Serial Function Setup When connecting the HAI Model 36A00-1 Powerline Interface Module, the NuVo Concerto, NuVo Essentia, Russound CAV 6.6, or Russound CAM to the one of the built-in serial ports (J1-J3 Serial) on the OmniPro II, the "Serial Function" selects the communication protocol that is used. Serial 1 Function Select the function for the built-in serial interface from the list. Use the arrow keys to select the function then press the ' # ' key. FUNCTION TYPES NUMBER DESCRIPTION OMNI-LINK 3 Serial communication using the Omni-Link protocol PRO-LINK 4 Serial communication using the Pro-Link protocol UPB 5 Serial communication using the UPB protocol NUVO 6 Serial communication using the NuVo protocol RUSSOUND 7 Serial communication using the Russound protocol Serial 2 - Serial 3 Function The "Serial 2 Function" and "Serial 3 Function" selects the communication protocol used for the built-in serial interface ports (J2 Serial and J3 Serial, respectively) on the OmniPro II controller. Select the function for the built-in serial interface from the list. Note: OmniPro II only supports communications with one audio distribution system, either NuVo or Russound. Do not configure both. Fire Output Type A Fire Output is used to trigger sirens, internal sounders in smoke detectors (when used with a reversing relay), and voice drivers when a fire alarm occurs. In OmniPro II Controller Firmware prior to Version 2.9, the output generated a steady 12VDC output. To accommodate codes and ordinances that require annunciation devices to activate in a 3 pulse temporal pattern, the Interior Fire and Exterior Fire outputs now generates 12VDC in a 3 pulse temporal pattern. Page 4

9 OmniPro II Version 2.8 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.8 firmware adds the following new feature: Support for the Extended Range Temperature Sensor The OmniPro II Version 2.7 firmware adds the following new feature (See Attached Addendum): Support for Lutron RadioRA Lighting Control The OmniPro II Version 2.6 firmware adds the following new features (See Attached Addendum): Support for UPB (Universal Powerline Bus) Technology Added ability to disable Bypass/Restore digital communicator reports when using Contact ID Added ability to disable individual digital communicator zone reports when using Contact ID Extended Range Temperature Sensors The Model 31A00-7 Extended Range Temperature Sensor and the Model 31A00-8 Extended Range and Humidity Sensor is used for sensing temperatures from -40 o F o F. Extended Range Temperature sensors can be used for outdoors or in attics, garages, greenhouses, basements, wine cellars, coolers, and freezers. The temperature can be displayed on the console or spoken over the telephone. It can also report, log, alert, or generate an alarm if the temperature reaches freeze conditions or if the temperature goes above the high setpoint or drops below the low setpoint programmed in the system. Each Model 31A00-7 and Model 31A00-8 requires one zone input on the OmniPro II controller or Expander Module for temperature. The Model 31A00-7 and -8 can not be connected to a zone on the 17A00 Expansion Enclosure. Additionally, the Model 31A00-8 requires one zone input for humidity. The following new Zone Types have been added for Extended Range Temperature Sensors: ZONE TYPE NUMBER DESCRIPTION OUTDOOR TMP 81 Outdoor Temperature TEMPERATURE 82 Temperature TEMP ALARM 83 Temperature Alarm HUMIDITY 84 Humidity ER OUTDOOR TMP 85 Extended Range Outdoor Temperature ER TEMPERATURE 86 Extended Range Temperature ER TEMP ALARM 87 Extended Range Temperature Alarm Home Automation, Inc.

10 Page 2

11 OmniPro II Version 2.7 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.7 firmware adds the following new feature: Support for Lutron RadioRA Lighting Control The OmniPro II Version 2.6 firmware adds the following new features (See Attached Addendum): Support for UPB (Universal Powerline Bus) Technology Added ability to disable Bypass/Restore digital communicator reports when using Contact ID Added ability to disable individual digital communicator zone reports when using Contact ID Lutron RadioRA uses wireless communication technology to control lighting. Each Switch or Dimmer controls one Zone, or area, of lighting in a RadioRA system. A Zone is any individual RadioRA Switch or Dimmer. A RadioRA System has a maximum of 32 Zones. Zone Numbers can be used to identify any individual Zone (one Switch or one Dimmer), in a RadioRA system via the RS232 Interface. The Chronos System Bridge and Timeclock bridges two RadioRA systems for a total of 64 Lighting Zone Controls and 24 Master Controls. Required Equipment HAI OmniLT, Omni II, or OmniPro II Controller: Version 2.7 or later firmware is required. HAI Model 10A17-1 Serial Interface Module: Model 10A17-1 Serial Interface Module with straight thru serial cable (DB9M/F). Upgrade Kits are available with Firmware Upgrade, Serial Interface Module, and Serial Cable: RR OMNILT KIT - RadioRA Connection Kit for OMNILT RR OMNI II KIT - RadioRA Connection Kit for Omni II RR OMNIPRO II KIT - RadioRA Connection Kit for OmniPro II Lutron RadioRA RS-232 Interface (RA-RS232) OR Chronos System Bridge and Timeclock (RA-SBT-CHR): The RS-232 Interface allows for integration with HAI controllers. The Chronos bridges two RadioRA systems and provides an RS-232 interface for integration with HAI controllers. Lutron RadioRA Switches, Dimmers, and Master Controls: Available from Lutron distributors. Home Automation, Inc.

12 RadioRA Setup The following OmniPro II Setup items must be configured for use with RadioRA: Serial Setup The RadioRA RS-232 Interface (RA-RS232) or Chronos System Bridge (RA-SBT-CHR) connects to the OmniPro II to either one of the built-in serial ports on the controller or to the Model 10A17 Serial Interface Module. When connected to the built-in serial port, the Serial Function must be configured for the respective serial port. When the Model 10A17 Serial Interface Module is used, the Module Type must be configured for the respective expansion module address. Only one interface (built-in port or 10A17 Serial Interface) may be set to RadioRA. Serial Module Setup When used, the 10A17 Serial Interface Module (supplied with the RadioRA Upgrade Kit) must be configured to use the RadioRA protocol. From the Installer Setup menu, select the 7 (EXP) key. The Module Type defines the function of each expansion module on the controller. Module 1 is the module with the ADDR jumper set to 1. Set the module type from the list below. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: MODULE 1 TYPE 6 RADIO RA #=CHNG Set the Serial Interface Module to RadioRA. For example, if the jumper on the Serial Interface Module is set to 1, set Module 1 Type to 6 (RADIO RA). The Serial Interface Module is now set to use the RadioRA Protocol. MODULE TYPES NUMBER DESCRIPTION NOT USED 0 No module is installed HARDWIRE EXPNDR 1 Model 10A06 Hardwire Expander installed ALC 2 ALC Interface Module is installed OMNI-LINK 3 Model 10A17 Serial Interface using the Omni-Link protocol PRO-LINK 4 Model 10A17 Serial Interface using the Pro-Link protocol UPB 5 Model 10A17 Serial Interface using the UPB protocol RADIO RA 6 Model 10A17 Serial Interface using the RadioRA protocol Plug one end of the straight thru serial cable (supplied with the RadioRA Upgrade Kit) into the RadioRA RS-232 Interface (RA- RS232) or Chronos System Bridge (RA-SBT-CHR) and the other end into the DB-9 connector (J2) on the 10A17 Serial Interface Module. Serial Function Setup When used, the built-in serial port must be configured to use the RadioRA protocol. The Serial Function defines the function (i.e. protocol) of each expansion built-in serial port. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: SERIAL 1 FUNCTION 6 RADIO RA #=CHNG Set the Serial Function to RadioRA. The serial port is now set to use the RadioRA Protocol. Page 2

13 Enabling RadioRA House Codes OmniPro II can control up to 64 RadioRA devices. OmniPro II groups devices by House Code, which consists of 16 consecutive unit numbers, starting at Unit 1. Only Unit Numbers 1-64 (House Codes 1-4) can be used for Radio RA. To configure RadioRA House Codes, from the Set Up menu, press the 6 (MISC) key. House Codes 1-4 Format House Codes 1-4 can be configured to use the Standard (Preset Dim Command), Extended Code (Level Command), Lightolier's Compose Mode, UPB, and RadioRA transmission format. HC 1 FORMAT: 1 1=EXTENDED #=CHNG To change format for House Code 1, press the ' # ' key, then use the arrow keys to scroll through the list of formats. Press the ' # ' key to select a new type. Press the down-arrow key to change the format for the next House Code. FORMAT NUMBER DESCRIPTION STANDARD 0 Preset Dim Command (X-10, X-10 Pro, PCS, etc.) EXTENDED 1 Extended Code Level Command (Leviton) COMPOSE 2 Compose Mode (Lightolier's Compose) UPB 3 Universal Powerline Bus RADIO RA 4 Lutron RadioRA The default setting for HC 1-16 Format is 1. Note: Only HC 1-4 can be used for RadioRA. Page 3

14 Page 4

15 OmniPro II Version 2.6 Firmware Release ADD THIS DOCUMENT TO YOUR OMNIPRO II INSTALLATION MANUAL Description The OmniPro II Version 2.6 firmware adds the following new features: Support for UPB (Universal Powerline Bus) Technology Added ability to disable Bypass/Restore digital communicator reports when using Contact ID Added ability to disable individual digital communicator zone reports when using Contact ID UPB is a new powerline communications standard for lighting and home control. UPB is a robust, two-way digital powerline carrier communications protocol which transmits signals over the existing wires in a home. UPB signals are transmitted using a digital pulse (pulse position modulation) instead of a 120 khz tone over the existing house wiring. The UPB pulse has a broad frequency spectrum, about 4 to 40 khz, which travels better on the powerline. Attenuation on the powerline is lower at UPB frequencies and less susceptible to noise. UPB can coexist peacefully with X-10 systems, intercoms, baby monitors, speakers, etc. that communicate over the powerline. Required Equipment HAI OmniLT, Omni II, or OmniPro II Controller: Version 2.6 or later firmware is required. HAI Model 10A17-1 Serial Interface Module: The PCS Serial PIM will not work with built-in serial ports on the OmniPro II controller. It must be used with the Model 10A17-1 Serial Interface Module. UPB Powerline Interface Module Serial (PIM-S): Available from PCS and/or its distributors. To work with OmniPro II, the PIM must be Version 4.15 or later and it must be the Serial version (not the USB version). The PCS Serial PIM comes with the proper cable for the 10A17-1 Serial Module. UPB Switches, Modules, and/or Keypad Controllers: Available from PCS and/or its distributors. UPB UPStart Setup Tool Software: Free download from PCS ( UPB switches, modules, and keypad controllers are configured using the UPB UPStart program running on a PC while connected to the PIM. Instructions on installing, configuring, and operating UPB UPStart and PCS UPB devices are available from PCS. This document will give you some general guidelines for configuring UPB devices with UPB UPStart for optimal communications with the OmniPro II controller. Note: Although the UPB protocol is extremely robust and less susceptible to powerline conditions, for professional installations, HAI recommends the use of a UPB Phase Coupler. Home Automation, Inc. New Orleans, LA Phone Fax

16 UPB Setup The following OmniPro II Setup items must be configured for use with UPB: UPB Network ID: A new item has been added to Setup>>Installer>>Control to set the Network ID for the UPB network. The Network ID must be the same as the one that is established using the UPStart software. From the Installer Setup menu, select the 1 (CTRL) key. Scroll to the Network ID setting: UPB NETWORK ID: Enter the Network ID (1-255) followed by the ' # ' key. UPB Password: The UPB Password must be the same as the one established using the UPStart software. UPB PASSWORD: FFFF Enter the UPB Password (0000-FFFF) followed by the ' # ' key. Serial Module Setup The 10A17 Serial Interface Module must be configured to the UPB protocol. From the Installer Setup menu, select the 7 (EXP) key. The Module Type defines the function of each expansion module on the controller. Module 1 is the module with the ADDR jumper set to 1. Set the module type from the list below. Press ' # ' to change the module type, then use the arrow keys to select the proper module type, then press ' # ' to enter: MODULE 1 TYPE 5 UPB #=CHNG Set the Serial Interface Module to UPB. For example, if the jumper on the Serial Interface Module is set to 1, set Module 1 Type to 5 (UPB). The Serial interface Module is now set to use the UPB Protocol. MODULE TYPES NUMBER DESCRIPTION NOT USED 0 No module is installed HARDWIRE EXPNDR 1 Model 10A06 Hardwire Expander installed ALC 2 ALC Interface Module is installed OMNI-LINK 3 Model 10A17 Serial Interface using the Omni-Link protocol PRO-LINK 4 Model 10A17 Serial Interface using the Pro-Link protocol UPB 5 Model 10A17 Serial Interface using the UPB protocol Plug one end of the serial cable (supplied with the PCS Serial PIM) into the PIM and the other end into the DB-9 connector (J2) on the 10A17 Serial Interface Module. Page 2

17 Note: After connecting the PCS Serial PIM to the HAI Serial Interface Module, if the Receive LED on the HAI Serial Interface Module is on steady, the PIM is likely in Pulse Mode. HAI controllers use the Powerline Interface Module (PIM) in Message Mode. While Message Mode is the factory default mode of the PCS Serial PIM, the PCS UPStart application uses the Pulse Mode of the PIM. When connected to the HAI Serial Interface Module, the PIM can manually be put into Message Mode using the Program pushbutton on the PIM as follows: Setting the PCS Serial PIM to Message Mode Step Operation 1 Press the Program pushbutton five (5) times quickly in a row. 2 The LED should start to blink green to indicate it is in Setup Mode. 3 Press the Program pushbutton ten (10) times quickly in a row. 4 The LED should start to blink red to indicate that the Factory Defaults have been set. 5 Press the Program pushbutton one (1) more time. 6 The LED should stop blinking to indicate that it is ready for normal operation. *Repeat these steps after every use of the PIM with the PCS UPStart application. Enabling UPB House Codes OmniPro II can control up to 250 UPB devices. Each UPB device (switches, modules, and keypad controllers) has its own Unit ID (1-250). OmniPro II groups devices by House Code, which consists of 16 consecutive unit numbers, starting at Unit 1. To configure UPB House Codes, from the Set Up menu, press the 6 (MISC) key. House Codes 1-16 Format: House Codes 1-16 can be configured to use the Standard (Preset Dim Command), Extended Code (Level Command), Lightolier's Compose Mode, and UPB transmission format. HC 1 FORMAT: 1 1=EXTENDED #=CHNG To change format for House Code 1, press the ' # ' key, then use the arrow keys to scroll through the list of formats. Press the ' # ' key to select a new type. Press the down-arrow key to change the format for the next House Code. FORMAT NUMBER DESCRIPTION STANDARD 0 Preset Dim Command (X-10, X-10 Pro, PCS, etc.) EXTENDED 1 Extended Code Level Command (Leviton) COMPOSE 2 Compose Mode (Lightolier's Compose) UPB 3 Universal Powerline Bus The default setting for HC 1-16 Format is 1. Page 3

18 Digital Communicator Setup Report Bypass / Restore: A new item has been added to Setup>>Installer>>DCM to enable/disable reporting to the central station when a zone is bypassed or restored when using Contact ID. The communicator can be configured to send bypass/restore signals to the central station when using Contact ID. Whenever a zone is bypassed, the communicator will send a zone bypassed report to the central station. When a zone is restored, the communicator will send a zone restored report to the central station. REPORT BYPASS/REST: 1 0=NO 1=YES To disable the communicator from sending bypass and restore reports to the central station, select the 0 (NO) key. Disable Individual Zone Reports: A new feature has been added that allows you to disable digital communicator reporting for specific zones when using Contact ID. Previously, Contact ID reports whenever any zone is tripped, goes in trouble, or is bypassed and restored. Now, a zone can be configured to never report when a zone is tripped, goes into trouble, or is bypassed and restored. When using Contact ID, if the DCM code (under the 4/2 and 3/1 Alarm Code Formats) is set to anything other than 0 or 00, then OmniPro II reports the typical Contact ID report code. However, if the DCM code (under the 4/2 and 3/1 Alarm Code Formats) is set to 0 or 00, then OmniPro II will not make a call to the central station to report that code. To disable digital communicating reporting for a specific zone, set the alarm code to 0 or 00. ZONE 1 ALARM CODE: 00 0-FF THROUGH ZONE 176 ALARM CODE:00 0-FF Enter the alarm code (0 or 00) and then press ' # ' to disable the zone from reporting to the central station. Page 4