In an HLC System the Powerline Interface Module (PIM) sends and receives UPB signals over the powerline. It comes with a cable for connecting the PIM to a serial port on an HAI automation controller.

A PIM is a required component of an HLC System.

The status light on the PIM gives diagnostic information, showing transmitted and received signals.

UPB may be added and will work with an existing X-10 based lighting system.

If your HAI automation controller is using all of its serial ports, HAI offers the HLC Expansion Kit (HAI Part Number 36A10-1) to add another serial port for the PIM to use.

The Model 36A05-2 PIM to PC Cable & Connector (purchased separately) is used to connect the PIM to a standard DB-9 serial port. The 36A05-2 can be used to connect the PIM to the HAI Model 10A17-1 Serial Interface Module for controlling UPB devices through an HAI controller, or to a PC for configuring UPB devices using the HAI UPB UPStart configuration software.

Model UPP UPB Pocket Programmer was developed to help installers with field configuration of UPB devices.

The Pocket Programmer virtually eliminates the need to have a PC with UPStart software and a Computer Interface Module (CIM) At every jobsite.

With the UPB Pocket Programmer, an installer can walk through a house and plug-in the tool where ever a power outlet is available. It makes configuring UPB Devices from room-to-room, quick and easy.

Self-Installable Interface for UPB-Controlled Devices

Model UMC is a plug-in module that enables computer-based configuration and control of household lighting, appliances and other devices over the powerline. The module communicates using the highly-reliable Universal Powerline Bus (UPB) technology. UPB devices such as Model UMC are easily integrated to provide a flexible, low-cost alternative to hardwired or RF home automation strategies.

Model UMC receives and transmits UPB digital commands and converts these signals to a serial RS-232C interface format. Installation is simple: the module is plugged into a standard 120VAC outlet and the serial port of the computer or server is connected to the module using a standard DB-9 cable. With appropriate software, the computer can then be used to configure and/or control UPB devices in the home. A pass-through (non-contolled) power outlet is provided on the face of the module.

The UMC-DB9-W is USB compatible when used with an RS-232-to-USB cable.

The PW513 X-10 to UPB Bridge converts standard X-10 formatted messages into corresponding UPB Communication Packets which it transmits over the existing powerlines to control UPB devices.

The ideal solution for interfacing alarm panels and other devices (that interface to an X-10 network via a PL-513 interface) to the high reliability of the PulseWorxTM Lighting Control System.

Operation

Simply substitute the PW513 for the X-10 PL-513 and you have instantly switched to the high reliability of UPB. The PW513 plugs into any standard electrical power receptacle. A mounting tab is included at the top to be screwed into the receptacle for added security. The PW513 receives X-10 messages through a standard 4-wire X-10 (PL-513/TW-523) interface output.

Receives from the X-10 Cable

The PW513 receives standard X-10 messages through a standard 4-wire X-10 (PL-513/TW-523) interface output.

Transmits to the Powerline

After installation is complete, the PW513 can be configured, using UPStart Setup Software, to map different X-10 device codes to correlate to specific UPB links and different X-10 function codes to correlate to specific UPB commands. All programmed data is protected by non-volatile memory and can only be changed or deleted by reprogramming, regardless of power outage durations. Example Operation: When an X-10 “A1 ON” command is sent on the 4-wire X-10 interface output the PW513 can transmit “Link 1 Activate” onto the powerline.

Easy to Configure

Like all PulseWorx devices, the PW513 can be initially configured using PCS’s free UPStart Software setup tool. UPStart enables configuring such parameters as Network Name, Network ID, Unit ID, Room name, Device name, device/function code mappings, LED colors, dimming disable, auto shut-off time, etc. as well as test the operation and communication strength of the device. UPStart has the option to configure an entire network off-line and then download the information into the devices after they are installed in the home.

PulseWorx Lighting Control System

The X10 to UPB Bridge is designed to be an integral part of a complete PulseWorx Lighting Control System. Like all PulseWorx devices, the PW513 uses the patented UPB™ powerline communication technology (invented by PCS) to reliably communicate with any other UPB-compatible device(s) over the existing house electrical wires. No new wires are necessary making PulseWorx perfect for retrofit situations. When initial configuration is complete, a single push of a button is all you need to activate any group of lights (or virtually anything else that connects to AC power wiring) throughout the house simultaneously.

The XPW713 X-10 to UPB Converter converts standard X-10 formatted messages sent on the AC powerline into corresponding UPB Communication Packets to control UPB devices.

The ideal solution for interfacing X-10 compatible transmitting devices and sensors to the high reliability of the UPB PulseWorxTM Lighting Control System.

Operation

Simply plug the XPW713 into any standard electrical power receptacle and it is ready to convert X-10 commands into UPB commands. A mounting tab is included at the top to be screwed into the receptacle for added security. The XPW713 receives X-10 messages sent on the AC powerline and transmits a corresponding UPB command back on the AC powerline.

Receives from the X-10 Cable

The XPW713 receives standard X-10 messages from the existing AC powerline.

Transmits to the Powerline

After installation is complete, the XPW713 can be configured, using UPStart Setup Software, to map different X-10 device codes to correlate to specific UPB links and different X-10 function codes to correlate to specific UPB commands. All programmed data is protected by non-volatile memory and can only be changed or deleted by reprogramming, regardless of power outage durations. Example Operation: When an X-10 “A1 ON” command is sent on the AC powerline the XPW713 can transmit “Link 1 Activate” onto the powerline.

Easy to Configure

Like all PulseWorx devices, the XPW713 can be initially configured using PCS’s free UPStart Software setup tool. UPStart enables configuring such parameters as Network Name, Network ID, Unit ID, Room name, Device name, device/function code mappings, LED colors, dimming disable, auto shut-off time, etc. as well as test the operation and communication strength of the device. UPStart has the option to configure an entire network off-line and then download the information into the devices after they are installed in the home.

PulseWorx Lighting Control System

The X10 to UPB Converter is designed to be an integral part of a complete PulseWorx Lighting Control System. Like all PulseWorx devices, the XPW713 uses the patented UPB™ powerline communication technology (invented by PCS) to reliably communicate with any other UPB-compatible device(s) over the existing house electrical wires. No new wires are necessary making PulseWorx perfect for retrofit situations. When initial configuration is complete, a single push of a button is all you need to activate any group of lights (or virtually anything else that connects to AC power wiring) throughout the house simultaneously.