Remote Universal Controller (RUC) Web Mountain Technologies Page i
User’s Guide Revision 4.0 6/14/2013 Web Mountain Technologies Customer Support Line 303-627-1856 info@webmtn.com 6/14/2013 Add changes to support Version 4.0 RUC Changes from 3.20.33 to 4.0.14 1. 2. 3. 4. 5. 6. 7. 8. 9. Added support for SMTP email as an alternative to using the WMT mail servers. Support wild cards in receive and send triggers for UPB commands. Changed bootloader to bootload web pages to flash instead of EEPROM. Added PUT option to POST send trigger.
Copyright This manual is copyrighted by Web Mountain Technologies, LLC with all rights reserved. Under copyright laws, this manual may not be reproduced in any form, in whole or part, without prior written consent of Web Mountain Technologies, LLC. 2012 Web Mountain Technologies, LLC Disclaimer Web Mountain Technologies, LLC has reviewed this guide thoroughly.
Contents REMOTE UNIVERSAL CONTROLLER (RUC) .................................................................... I CHAPTER 1 INTRODUCTION.............................................................................................. 1 RUC OVERVIEW .................................................................................................... 1 WHERE TO FIND INFORMATION ................................................................................. 3 CHAPTER 2 SETTING UP THE RUC ........................
Safety Information Always follow basic safety precautions when using this product to reduce the risk of injury from fire or electric shock. 1 Read and understand all the instructions in the User’s Guide. 2 Observe all warnings and instructions marked on the product. 3 Install the product securely on a stable surface. 4 Install the product in an area that is not readily accessible by children. 5 If the product does not operate normally, see Troubleshooting 6 No operator serviceable parts inside.
Chapter 1 Introduction RUC Overview Congratulations on your purchase of the Web Mountain Technologies Remote Universal Controller (RUC). We appreciate you choosing the RUC to provide your home / office with a rich set of communications / control capabilities. The Web Mountain Technologies Remote Universal Controller (RUC) is intended to be used as a network appliance for the control of a home automation network.
Wall wart power supply Regulator 120 VAC Product Block Diagram Serial Port #1 Wireless DTE Processor Serial Port #2 DTE D B 9 D B 9 Ethernet RJ 45 Note: The wireless interface is a future option.
Where to Find Information The following resources are supplied to you to help you get the most out of your RUC. Please read the guide. Quick Start Guide This short form guide summarizes the steps required to set up your RUC unit on your local area network (LAN). If you are an advanced user familiar with computers and networking, you can follow the steps in this guide to quickly get started using the powerful features of the RUC unit.
Chapter 2 Setting Up the RUC This chapter describes how to set up your Remote UPB Controller and connect to it from a web browser. It includes: Installing the RUC and connecting power Setting up the LAN Connecting the RUC to your Home Automation Devices Accessing the RUC over your LAN If you have already set up your RUC using the information in the Quick Start Guide, you may want to look through this chapter to find any additional information you may need.
Mounting the RUC There is nothing special needed to mount the RUC unit. It will sit nicely on any flat surface. Do not allow the unit to dangle in the air on one of the connecting cords, as this can lead to fatigue not only on the cord, but to the onboard connectors. Plug the included power supply into an available power outlet, then plug the circular jack on the end of the power cord into the PWR jack on the RUC.
Accessing your RUC Accessing your RUC from a web browser Find the unit’s IP address by using the Ethernet Discoverer application available for download from our website. In the ED app window, double click on the IP address for the RUC (or re-enter the IP address into your web browser). At this point, you should be challenged with a user name / password popup window. Enter wmtruc as the user name and password as the password.
A NOTE about networks without a DHCP server. By default, the RUC powers up the first time out of the box in DHCP mode. If there is no DHCP server to provide an address, after a few seconds, the RUC will give itself a fixed IP address of 192.168.1.241. If you are on a network with the 192.168.1.x address space, merely type in 192.168.1.241 to access the RUC. However, if your network uses a different address space, such as 10.0.0.x or 192.168.2.
Chapter 3 Becoming Familiar with the RUC Webpages The RUC includes a built in webserver. All of the configuration and setup for the RUC is done from webpages. This chapter describes in detail how to use the webpages to setup your RUC.
Home Page From the Home Page, you will see a summary of several pieces of information.
Today’s sunrise and sunset times, calculated based upon the Latitude, Longitude, and Time Zone entered into the Device Configuration page. The time and date when the RUC was powered up or rebooted. This will give you an indication of how long the RUC has been running. Your login user name A button to take you to a page where you can manage users / passwords for the base user (not the admin user).
Networking Configuration From here you can configure the network parameters for your RUC unit.
The MAC Address shown cannot be changed – this is the MAC address presented to the LAN and hard coded within the unit. The last three octets match the last part of the serial number on the home page and are shown on the unit’s product label, located on the back of the unit. However, the Host Name can be changed. This is the name you enter into your browser URL bar so that you can access the webpages. You can change this to something else.
webserver or to run Remote Upstart using the local SPIM, and you would have to open port 9762 if you want to run the ESI software remotely. Each router is different, so check your router documentation for information on how to do this. An example of where you might need to change the remote access port is where an ISP blocks port 80. The ISP does not want you running a full blown general purpose webserver on your premises, so they block port 80 to prevent this type of use.
Device Configuration The Device Configuration page allows the user to setup the two serial ports and to setup other parameters. Under General Configuration, enter in your latitude and longitude. To find these details, visit www.zipinfo.com and enter your zip code. Notice also that the lat and long need to be entered as a number with a decimal point, not in minutes and seconds.
Also, select your particular time zone, then select your Daylight Savings Time function. If your locale observes DST, then set this to Enable. If not, such as Arizona, select Disable. You can also set the # of UPB Transmits – the # of times a UPB transmission is sent. This information is used to determine how many times a UPB transmission is sent from the UPB Send page and from the Trigger Event page.
Admin There are two user names / passwords for the RUC: o The Normal user is wmtruc / password o The Admin user is admin / broncos To access the Admin page, you must be logged in as the Admin user. If you change the Admin password, and then forget it, you can get back to the default Admin password by doing a factory reset on the unit. Recognize that this means you will reset all other parameters as well, however.
To change the Admin password (you can’t change the user name), enter the old password, then your new desired password twice. Then, click the Set New Password button. If you as the administrator want to reset the base user parameters back to default, click on the Reset Base User Credentials button. This sets the base user back to wmtruc/password. You will notice that there is a Reboot Device button on this page.
UPB Transmission This page is mainly intended for test purposes and to allow a user to send a UPB link remotely to control lights and appliances within a home. Web Mountain has provided a simple way of generating the necessary command to insert in this text box. You will need to know your NID, the Link # to be sent, and the command to be sent. Once you know that, click on the link “Open UPB Command Wizard”. This will open a new browser window and take you to www.webmtn.
Enter in your NID – for this case let’s say 66 Enter in your Link ID – let’s use 12 By default the source ID should always be set to 255 Then, select the command you want to send – currently, only Activate or Deactivate (let’s use Activate for this example) Then click on the Generate button You will get this page.
Now, highlight and copy the command only – don’t capture the or the part of the line. All you want is 8700420CFF200c.
Now paste this into the text box on the Send UPB Command text box like this and click on Send Command. Your command should be sent out onto the powerline to the UPB network. As you can also see, you select the COM port you want the UPB signal to be sent from, using the drop down – either COM1 or COM2.
Dynamic DNS One problem that exists with accessing a device at a home is the possibility that the ISP has changed your WAN IP Address. Depending upon the ISP, this IP address might stay the same for months, or it might change every few days. If the IP address does change regularly, it becomes a hassle, as someone has to access a browser local to the RUC, use some mechanism such as www.ipchicken.com to determine the current WAN IP Address, and provide this to the party trying to do remote access.
NOTE: MAKE SURE you do not put the http:// in front of your host name! The WAN IP address box will show your WAN IP address if you have registered a Dynamic DNS name with one of the DDNS Services. You will need this WAN IP address if you want to run Upstart remotely. Here is a screenshot for setting up a host name with www.dyndns.com.
Use the drop down to select pre-existing names. These names are free – if you want to create your own host names, DYNDNS offers this service for a small fee. In the above case, the host name would be entered as webmtn.is-a-geek.net on the RUC page, along with the appropriate user name and password. Now, just click on Set DDNS Configuration.
Receive This particular webpage will display the last 15 commands received by the RUC on either of the COM ports. NOTE: The RUC Receive screen will not record commands sent from the same channel of the RUC unless the Echo box for the COM port on the Device Configuration page is checked. This screen can be used as a simple logger. All commands received from either COM port are logged and time-stamped. For example, you could use this to easily confirm that a button transmitter is working properly.
Triggers This page allows the user to setup simple IF – THEN actions based upon receiving a particular command, serial string, time of day, or other events. Some examples would be IF THEN send another UPB command with or without a delay, or IF THEN send an email. In addition, the user can setup a Scheduled event from this page or cause a received signal from one protocol to trigger sending a command to another protocol.
Notice that this page has three main parts – the Received command, the Send command, and the trigger listing. To use the trigger page, you first enter in the trigger event that will cause the desired action to occur.
based upon sunrise or sunset. Notice that you can setup an event based upon some amount of time before or after sunrise or sunset. If you select Actual time, then enter the actual time in a 24 hour format. If you select time before or after Sunrise, or Sunset, then you can enter up to 4 hours, 59 minutes as the offset. Here’s an example: 1. If you want to send out a command at a specific time, then enter the hour and minutes. Notice that this is in a 24 hour format.
To setup a UPB Link as the trigger event, select UPB Link from the dropdown selection, then either enter in the serial string command as generated by the UPB command wizard, or enter in your desired NID, LID (Link ID), and select your command from the dropdown, as shown below. Again, do not enter in the start character (Control-T) or the terminating character (CR). Notice that UPB Direct Commands and UPB Link Commands are the same – the only difference is the DID vs the LID.
We have tried to setup the RUC Receive commands to include the most common home automation protocols as simple selections. However, we recognize that there will be other protocols that will be used. The RAW selection allows a user to setup a trigger from other protocols.
First, implementing Status will show you whether the load device is on or off. It does this through button colors. A red button will indicate the device is off, while yellow will indicate the device is on. Secondly, the Toggle function will allow a button to be used to turn on a device or turn it off, thereby saving a button (in the past, one button would be used for the ON action while another button would be used for the OFF action).
able to enter raw hex values. To enter a raw hex value, put a “^” in front of it. In this case, the entry is telling the RUC to look for a hex 0x02. The ^00 hex null character is a special string – if it is the last character in a string, it tells the RUC to not look for a Carriage Return after the string entered into the text box. So, in this case, the RUC will look for a hex 0x02, followed by the ASCII characters, but it won’t look for a carriage return after the serial string.
Note that the Send Email type is not available for Schedule or Button Triggers. To Send an ESI RQ command, enter in the command into the text box as shown below. The start and terminating characters are automatically added to the command, so it is not necessary to add them from the keyboard. Setting up to Send a UPB Direct Command is very similar to setting up a UPB Direct Command for the Receive trigger. Either enter the serial string from the UPB command wizard, or enter the NID, DID, and command.
To setup to send a Zwave command, merely enter in the serial Zwave string to be sent. Again, the start (>) and terminating characters (Carriage Return) are automatically taken care of, so they don’t need to be entered: Like with the Receive trigger, the RAW command on the Send side also requires that the start and end terminating characters be added.
press the button once, the RUC is put into Home mode. Press it twice and the RUC goes into Vacation mode. Now, when you are ready to leave home for a long weekend, press the button twice and the unit goes into Vacation mode. When you get home from the weekend, merely press the button once, and the RUC goes back to the Home mode. This is a very convenient way to change modes without having to start up a computer to access the Device Configuration page.
To send a POST command over Ethernet to control another Ethernet appliance, select POST from the Send Command Type drop down and fill out the text boxes as shown. This particular example will tell a second RUC with the IP address of 192.168.1.59 to run the button on it’s control panel on page 1, button #5 (the button parameter in the command is one less than the actual button on the Control Panel). This screen can also support a PUT command. Notice the checkbox above to send a PUT rather than a POST.
For the first example, let’s trigger one UPB command to be sent upon receipt of a different UPB command. To setup this page to send out another UPB command when a UPB trigger command is received, follow these steps: Under Receive Command, determine the type of command you want to trigger on, whether that is a link or a direct command, and select it from the drop down by Command Type. In most cases, this will be a Link command. If you’re not sure, use Link.
When the Trigger is completed by clicking on Add Trigger, the screen will display the new added trigger in its list below the Add Trigger button. Notice that the new trigger we added is trigger line #0.
When triggers are added to the trigger list, they are sorted as follows: The first sort criterion is type of trigger, with Send first, Email second, Schedule third and Button fourth. Within Send and Email, the sort order is based on the character string of the received command. Because UPB commands are stored starting with PU, some non-UPB receive strings will sort before UPB and others will sort after.
Notice that on the trigger listing, there are three buttons on the far right – Delete, Edit, and Run. When you click on Delete, you will delete the trigger from the list and the trigger will no longer be available, and it will not operate. When you click on Edit, the trigger entry screen will be shown with the parameters as originally entered for this trigger already populated in the fields. Edit the parameters as you desire, then click on the button labeled Save Edits.
Click on Add Trigger Command and you see the completed page: Web Mountain Technologies Page 41
Notice that trigger 12 is the trigger we just added. When the trigger list becomes large enough to not display on one screen, a scroll bar will automatically show up to allow for easier navigation. Also, note that “Email” is in Blue text, indicating it is a link.
NOTE: When sending email, the total number of characters – To email address, Subject, and Body – must be at least 3 characters and cannot exceed 40 characters. If this is exceeded, the field is truncated. NOTE: The number of delayed trigger responses that are queued up cannot exceed 40 – more than this might result in unpredictable behavior. NOTE: You can only trigger on a command sent from the RUC if you have selected Echo Back on the Device Configuration page for that interface.
Setting up a Scheduled Event Let’s create a scheduled event that will send a UPB command at 9:15 PM on the weekdays, but not on the weekend. First, select Sched as the command type under Receive Command. In the top box, on the right hand side, you will see that you have multiple options on when you want to send out a UPB Command. 1. If you want to send out a command at a specific time, then enter the hour and minutes. Notice that this is in a 24 hour format.
Now, click on Add Trigger. The trigger in our example was added as trigger # 13 and the listing looks like this: For more examples of protocol conversions using the WMT RUC Trigger capabilities, please see Chapter 9 of this document or go to the RUC information page on our website: http://www.webmtn.com/RUC/RUC-information.
^ - used to enter raw hex codes, for example ^02 means hex code 0x02. ^00 – don’t send a Carriage Return if this is the last “character” in the string. If not the last character in the string, send 0x00. || Ignore a carriage return in between two commands + - at the start of a serial string tells the RUC to add a small intracharacter delay between each character of a serial string (needed to send Insteon commands through a 2412 or 2413S Insteon powerline interface module).
d. If Receive NID=* and Send NID = yy, then send with a NID of yy. e. If Receive NID=* and Send NID=*, then send the NID for any incoming command that is matched. f. If Receive DID = xx and Send DID=yy, then send with a DID of yy. g. If Receive DID=xx and Send DID=*, then send the DID (xx) for any incoming command that is matched. h. If Receive DID=* and Send DID = yy, then send with a DID of yy. i. If Receive DID=* and Send DID=*, then send the DID for any incoming command that is matched. j.
To add buttons to this screen, you will use the Trigger screen, select Button as the Receive Command type, then use the Send Command box to determine what action will occur when the button is pressed. Let’s add a button that will Close the drapes associated with the ESI RQ motor that has an address of WBT. On the Trigger page, select Button as the Receive command type. Select the page number (in this case, page 1). Select the button # (in this case, let’s use button #1).
Click on the Add Trigger button and the trigger now shows up in the trigger listing like this: Now, click on the Control Panel page from the left menu, and the page looks like this: Web Mountain Technologies Page 49
Now, if the button is clicked from a browser accessing this page, the RUC will send out the ESI command WBTc on COM2, causing the blinds to close. Up to 10 buttons can be added on each of the four pages. Notice that the page is labeled “1”. This can be changed. Left click on the “1” on this screen, and a popup window will appear. In the text box in this popup, you can enter in the desired text for this page, for example, Kitchen, or Living Room, or Exterior.
After clicking OK, here is the revised Control Panel page (the browser page will need to be refreshed in order to see the changed label): Web Mountain Technologies Page 51
Notice that the label also changed on the bottom of the page while the other pages are still shown with their page numbers. Just repeat the procedure above and add buttons wherever desired. To navigate among pages, just click on the labels on the bottom. For example, to go to page 3, click on the “3”.
Click on Add App. You will now see this screen: So, now you need to provide the desired information. First, you might want to change the amount of time the app is displayed (Play app for). I typically use 15 seconds.
In the text box for host / IP, we highly recommend using the IP address of the RUC rather than the host name (we also highly recommend that the RUC have a fixed IP address in order to take advantage of the Chumby / Dash app). We have found that some networks struggle with host names, and the actual IP address eliminates any confusion. This is the IP address of your RUC unit. In most cases, you can leave the username and password. These are the default values for the RUC.
Once you have everything configured, power down your PNA, wait a few seconds, then power it back up. It will download your changes and additions and you’re up and running. To control your lights just press the desired button. Have fun! Android App Similarly, if you have an Android smartphone or tablet, you can download a free Android app that is configured and used very much like the Chumby / Dash app.
Backup / Restore This webpage allows the user to backup the various configuration settings used on their RUC, and then restore them at a later date in the event that the RUC is reset. You will also use this function when you are doing a firmware update on your RUC. Backup / Restore was implemented in V27 firmware. You will be unable to use this feature if your firmware is earlier than V27.
To create a backup of your RUC’s settings, merely click on the link below “Backup” that says “csv file”. In some cases, a new window will popup giving you the choice of where you want to store this csv file. In other cases, some users might have to right click on the link and choose “Save Target As:”. Remember where you have saved it on your PC.
In some cases, your browser might allow you to save the file as a .txt file. While you can do this, it is recommended that you save the file in a .csv format. Now, to Restore your backup file, decide if you want to restore passwords and IP settings. If these boxes are not checked, then the RUC will continue to use its current values. If these boxes are checked, then the settings from the csv backup file will be used.
Now, merely click Restore and wait for the process to finish.
Chapter 4 Remote Upstart This chapter provides information about how to use your RUC unit with Upstart remotely over your LAN or over the Internet. It includes: How to get the necessary components Configure the RUC and Upstart to run over your LAN CAUTION: It should be noted that UPStart operation over a network will naturally be slower than with a hard-wired PIM. If you are having problems, a retry or two of the test you are trying to run should get you accurate results.
Introduction to Upstart In case you are not familiar with the UPB setup and programming tool, Upstart, Upstart is a Windows based program that is used to setup your initial UPB network, then program and add devices to that network. In order to use Upstart, you must connect a serial or USB PIM (PC Interface Module) to the PC running Upstart. This PIM must be plugged into a power outlet so that it can be used to transmit and receive signals from the PC to and from the powerline network.
Download the latest version and install it on the computer that will run Upstart. When installing HW VSP, make sure you select Standalone installation (not client server) and when it asks you if you want to add these applications to your firewall, say No. Also, tell HW VSP to place an icon on your Desktop. Connecting the PIM Now that we have all of the necessary software components, let’s get the hardware connected.
Make sure the NVT Enabled box is NOT checked. Click on Save Settings to INI file. Then, click on the tab for Virtual Serial Port.
Select a COM port you want to use. Make sure it is high enough that it doesn’t interfere with one of the hardware COM ports on your PC. Notice that we used COM10. Enter in the IP address of the RUC device (the local address on your LAN). You can find this from the Networking Configuration webpage on your RUC. Then, you need the port # that the RUC will be using to convert serial traffic onto the TCPIP network. By default, the RUC is set to 9761.
If Upstart connects to the PIM correctly, you will see blue checkmarks on the left and a message that says “Selected Powerline Interface is Operational”.
Now, you can start using Upstart as normal. Running Remote Upstart over the Internet (WAN) To setup running Upstart over the Internet (WAN), follow the same steps as above, except in HW-VSP, rather than entering the local IP Address of the RUC, enter in the WAN IP address of the network router used at the location where the RUC is installed. You can get this address easily by merely typing in the URL line in your browser, www.ipchicken.com from any PC on the LAN.
and when sitting idle doing nothing else, it is sending constant idle reports back to Upstart. What this means is that if you are running Upstart over the Internet, then the PIM is sending constant traffic over the Internet to Upstart. This constant traffic can impact Upstart performance, especially on slower broadband networks. In addition, some ISPs will not like that, especially if you leave it running for an extended test or happen to be interrupted and forget to disconnect Upstart.
Chapter 5 Home Automation The RUC can also be used as an Ethernet PIM for intelligent controller applications. In order to do this, UPB commands will need to be sent over the LAN. There are multiple ways of doing this – here are three examples: I. HTTP POST Command The controller will need to issue a HTTP POST command. process is described in this URL: This http://souptonuts.sourceforge.net/code/http_post.c.
Chapter 6 Firmware Updating This chapter provides information about updating your RUC with new firmware. From time to time, WMT will provide new, enhanced firmware that will offer new features and bug fixes for your RUC. This new firmware will be provided through our website, or on a CD, or via email. Before attempting to upgrade your firmware, make sure you look at all your settings and record them so that you can reenter them once the firmware update is complete. If your RUC is at version 2.00.
Now, double click on Updater_Starter.exe to run the program. This window will pop up. Change the Host Name in the above window to the actual IP device of the RUC. If you don’t know the IP address of the RUC, run the enclosed program, Microchip Ethernet Discoverer. This program will give you the IP address of the RUC on the local LAN. Click OK. Now the application will start and first connect to the RUC.
Notice that it says Programming from Ruc_Updater.cry. The unit has connected and is now programming. Also, see the very last line. This gives you an indication that the programming is occurring.
Notice that this screen only shows Sending part: 12. As more functionality is added to the unit, the “parts” will increase. The most current update file will go to about 29 parts. Notice that it tells you that programming is complete.
Now, you’re done and have successfully programmed your RUC with the updated firmware. Merely click on the “X” in the right hand corner to shut down the application. Depending on the version you are upgrading from and to, you may need to do a factory reset. If you have backed up your RUC settings prior to performing the firmware upgrade, you will be able to use the Backup/Restore button to restore all these settings.
Chapter 7 Serial Ports This chapter provides information about the type and usage of the two serial ports on the RUC. Background There are two types of serial interfaces. The first type is the type used in PCs, which is called a DTE interface.
Notice that this interface provides a positive voltage on pin 4 of the DB9 connector. Also notice that pin 5 should be grounded, but it is run through a low value resistor for protection. This is the interface type provided for both COM1 and COM2 on the RUC board. The second type of serial interface is called a DCE interface and is the type of interface used with peripheral equipment. Recognize that pin 4 needs a voltage on it in order for this circuit to work.
This is the type of serial interface used on a UPB serial PIM (WMT SPIM-01) and many other automation interface devices. In this case, the unit is expecting to talk to a PC (which has the DTE interface). Also notice that the DTE interface has its Receive interface on pin 2 while the DCE interface has it’s transmit interface on pin 2. That means that in order for a DTE interface to talk to a DCE interface, the cable needs to be straight through, not reversed on pins 2 & 3.
Chapter 8 Warranty The Web Mountain RUC unit is warranted for a period of 1 year after purchase of product. If you are having problems with your RUC unit, please contact Web Mountain support at info@webmtn.com or 303-627-1856 for support. If it is determined that the unit is defective and needs to be replaced within the warranty, first contact Web Mountain for an RMA (Returned Material Authorization) number.
Chapter 9 Additional Trigger Examples Conversion Examples Receive -- Send ESI RQ ----------- Email Schedule - Email (FUTURE) UPB Direct ----------- Email UPB Link ------------- Email Zwave ------------- Email Web Mountain Technologies Page 78
X10 --------------- Email Insteon ----------- Email Button --------- Email (FUTURE) ESI RQ ------------ ESI RQ ESI RQ ------------- ESI RP Web Mountain Technologies Page 79
Schedule ------------ ESI RQ Schedule ------------ ESI RP UPB Direct --------- ESI RQ UPB Direct ----------- ESI RP UPB Link ----------- ESI RQ Web Mountain Technologies Page 80
UPB Link ---------- ESI RP Multiple examples \ Zwave ------------ ESI RQ Zwave --------- ESI RP X10 ------------ ESI RQ X10 ----------- ESI RP Insteon -------- ESI RQ Web Mountain Technologies Page 81
Insteon ------ ESI RP Button ----- ESI RQ Button --- ESI RP Buttons 1 & 6 (Labeled Raise Blinds and Lower Blinds) Web Mountain Technologies Page 82
ESI RQ -------- UPB Direct Schedule ----- UPB Direct UPB Direct ------ UPB Direct UPB Link ------- UPB Direct Web Mountain Technologies Page 83
Zwave ----------- UPB Direct X10 ------------ UPB Direct Insteon ------- UPB Direct Button -------- UPB Direct ESI RQ -------- UPB Link Schedule ------- UPB Link UPB Direct ----- UPB Link Web Mountain Technologies Page 84
UPB Link ------- UPB Link Zwave -------- UPB Link X10 ------------ UPB Link Insteon ------------ UPB Link Button ------------- UPB Link ESI RQ ----------- Zwave Schedule -------- Zwave Web Mountain Technologies Page 85
UPB Direct ------- Zwave UPB Link ------- Zwave Zwave --------- Zwave X10 ---------- Zwave Insteon ------- Zwave Button -------- Zwave ESI RQ ----------- X10 Schedule --------- X10 Web Mountain Technologies Page 86
UPB Direct -------- X10 UPB Link --------- X10 Zwave ----------- X10 X10 ------------- X10 Insteon ------- X10 Button ------ X10 ESI RQ ------- Insteon Schedule -------- Insteon Web Mountain Technologies Page 87
UPB Direct --------- Insteon UPB Link ---------- Insteon Zwave ------------- Insteon X10 -------------- Insteon Insteon -------- Insteon Web Mountain Technologies Page 88
Button ----------- Insteon Schedule ------- HOME UPB Direct ------- HOME UPB Link ------- HOME Zwave ------- HOME X10 ------- HOME Web Mountain Technologies Page 89
Button ------- HOME Schedule ------- VACATION UPB Direct ------- VACATION UPB Link ------- VACATION Zwave ------- VACATION Web Mountain Technologies Page 90
X10 ------- VACATION Button ------- VACATION Web Mountain Technologies Page 91
ESI RQ ---------- POST Run button #6 on page 4 of RUC at 192.168.1.15 Schedule -------- POST Run Trigger 11 on RUC at 192.168.1.
UPB Direct --------- POST Button 6, Page 4 on RUC at 192.168.1.
Zwave ------------- POST X10 ------------ POST Web Mountain Technologies Page 94
Insteon -------- POST Button ------- POST Web Mountain Technologies Page 95
Chapter 10 Troubleshooting To be determined.
Appendix A General Information For future use.
Appendix B More General Information For Future Use Web Mountain Technologies Page 98
