GDavis01

You are correct! In my attempt to simplify the code I edited the lines and made an error... In fact, I was supposed to be enabling the same program that I disabled!! After reading both of your replies and testing a few things here is what I have come up with. Note that my objective is to have motion in the boathouse set off the audible alarm and send me a notification. The disabling / enabling is to avoid a series of notifications if there is continued motion. Then, after 15 minutes, if there still is motion to send me another notification and leave the alarm sounding. If there isn't any motion then to turn off the audible alarm and notify me. These programs seem to work in my basic testing... Note that I'm using 2 variables: iVar2 an integer variable with an init value of '0'; and sVar1 a state variable with an init value of '0' Prg 1 - [iD 00E4][Parent 0006] If Control 'Motion Sensor-Sensor' is switched On Then $sVar1 = 1 $iVar2 = 1 Send Notification to 'Me' content 'Someone has entered the Boathouse' Else - No Actions - (To add one, press 'Action') Prg 2 - [iD 00E2][Parent 0006] If $sVar1 is 1 Then Set 'IO Relay' On Disable Program 'Prg 1' Wait 15 minutes $iVar2 += 1 Enable Program 'Prg 1' Run Program 'Prg 2a' (Then Path) $sVar1 = 2 Else - No Actions - (To add one, press 'Action') Prg 2a - [iD 00E1][Parent 0006][Not Enabled] If - No Conditions - (To add one, press 'Schedule' or 'Condition') Then Wait 5 minute Run Program 'Prg 3' (If) Else - No Actions - (To add one, press 'Action') Prg 3 - [iD 00E5][Parent 0006] If $iVar2 > 1 Then Send Notification to 'Me' content 'Whoever was in the Boathouse is now Gone' Wait 1 minute Set 'IO Relay' Off $iVar2 = 0 $sVar1 = 0 Else - No Actions - (To add one, press 'Action')

I ended up going with hooking up two Buzzlincs to the I/O Linc and it appears to work quite well and should hopefully work as a deterrent. In the event that the audible alarm does go off (if my mobilinc variable doesn't get set properly) I programmed to turn off the I/O Linc relay if someone turns on and then off the outside boat light switch. Only someone knowing that this works would think to try this. Now another programming question... I have disabled the OFF for the MS and I am trying to run timers programatically. Here are 2 programs related to day time activity Boathouse Sensor Day2 - [iD 0042][Parent 003D] If Control 'Motion Sensor-Sensor' is switched On Then $sBoathouse_Entry_Day = 1 Else - No Actions - (To add one, press 'Action') Boathouse Entry Day Timer2 - [iD 0041][Parent 003D] If $sBoathouse_Entry_Day is 1 Then Set 'IO Relay' On Disable Program 'Boathouse Sensor Day2' Wait 15 minutes $sBoathouse_Entry_Day = 0 Enable Program 'Boathouse Entry Day Timer2' Wait 10 minutes Set 'IO Relay' Off Else - No Actions - (To add one, press 'Action') Am I correct in assuming that I have to change the state variable to something other than 1 before enabling program 1? Or does changing the state variable mean that as soon as I do so the current program (program 2) ceases and therefore program 1 isn't enabled?

Thanks for the replies... Lee... that was what I was hoping for. I would like to know if they still are in there after 15 minutes Larry... this is why I am looking at putting in an IP camera. Of course, being 2 1/2 hours away means that I might have some good footage of the intruder but not much more. Hopefully the local authorities would recognize the person(s) given that its a smallish community. I already have a dual band switch in the boathouse so I can get a proper signal from the MS. I also plan to install another switch for the inside lights so your idea to flash those lights is a good idea. I also like the idea of noise. I was thinking of looking into using an I/O Linc low voltage device connected to some form of noise... StusViews Insteon Buzzlinc?

I have an old motion sensor 2420M that I want to use in the boathouse of our vacation home. The idea being that if someone enters the boathouse while we are away then I will be notified via email (and/or text) and, if it's at night, a series of lights in the house will be turned to on to simulate our presence. Below are the 3 programs that i wrote to hopefully accomplish what I want. (Eventually I want to install an IP camera in the boathouse but I have to resolve a series of issues before I get to that) I have set up the sensor with the parameters as set out in the attached file I have 2 questions... 1 - Why, when I setup the motion sensor, does the ISY change the device type from 2420M (1312 REV:2.2) to 2842-222 INSTEON Motion Sensor v.41? Does this matter? 2 - Am I correct (given the parameters I set up the sensor with) in assuming that using the syntax "Control 'Motion-Sensor' is switched On And Control 'Motion-Sensor' is not switched Off", while the other conditions remain true, means that I would only receive the email notification of entry once, that is initially when someone enters? I also assume that I would receive the email notification of exit 15 minutes (timeout) after they left the boathouse. I want to confirm that I wouldn't be receiving a constant flow of notifications while someone keeps moving around in the boathouse. Here is the code... Boathouse Sensor Night - [iD 002A][Parent 0001] If ( From Sunset To Sunrise (next day) ) And ( Control 'Motion-Sensor' is switched On And Control 'Motion-Sensor' is not switched Off ) And $GMD's_iPhone5_Cottage is 0 [populated from Mobilinc - meaning I am away} Then Send Notification to 'GaryD' content 'Someone has entered the Boathouse' Run Program 'Boathouse Late Entry' (Then Path) Else Send Notification to 'GaryD' content 'Whoever was in the Boathouse has now Left' Run Program 'Boathouse Late Entry' (Else Path) This program only starts at night when the sensor goes to ON and when I'm away. Boathouse Sensor Day - [iD 0035][Parent 0001] If ( From Sunrise + 1 minute To Sunset - 1 minute (same day) ) And ( Control 'Motion-Sensor' is switched On And Control 'Motion-Sensor' is not switched Off ) And $GMD's_iPhone5_Cottage is 0 Then Send Notification to 'GaryD' content 'Someone has entered the Boathouse' Send Notification to 'Gary's Cell' content 'Someone has entered the Boathouse' Else Send Notification to 'GaryD' content 'Whoever was in the Boathouse has now Left' Send Notification to 'Gary's Cell' content 'Whoever was in the Boathouse has now Left' This program is for daylight hours when the sensor goes to ON and when I'm away. Boathouse Late Entry - [iD 0032][Parent 0001][Not Enabled] If - No Conditions - (To add one, press 'Schedule' or 'Condition') Then Set 'Master Lamp' 80% Wait 6 seconds Set 'Living Room Lamp' 80% Wait 3 seconds Set 'Back Soffits' 80% Set 'Back Coach - Family room' 80% Wait 7 seconds Set 'Muskoka Room' 85% Set 'Front Entrance Light' 80% Set 'Garage Soffits' 100% Else Run Program 'Manual Lights OFF' (Then Path) Run Program 'ISY ReBoot Action' (Then Path) Wait 15 minutes Set 'Master Lamp' 50% Wait 30 minutes Set 'Master Lamp' Off This program is called from Boathouse Sensor programs and should not be enabled. THEN is when someone enters boathouse ELSE is after they leave and the 15 minute timeout elapses

What happened to the Venstar 2491t Thermostat? Were they unreliable or was there simply not enough interest? I liked the fact that they didn't need the Venstar Insteon Thermostat Adapter, providing a much cleaner look. I have 2 of the 2491t's and was looking to buy another but they don't seem to make them anymore!

Once again... thanks.

Stu... I installed the Micro Module and it works well. Given the instructions, it was quite easy to setup. Thanks. A question on programming... here is the program I setup If Control 'Septic Micro Module' is switched On Then Send Notification to 'Me' content 'Septic Warning ON' Else Send Notification to 'Me' content 'Septic Warning OFF' The If / Then works well and I receive the notification, when the alarm is triggered, but the Else doesn't do what I want, which is to send me an email when the alarm turns off! Should I simply add another program with the If statement "Control 'Septic Micro Module' is switched OFF" and Then Send Notification to 'Me' content 'Septic Warning OFF'?

Thank you... that makes a lot more sense to me. Now I just have to set it up...

I received the Micro Module and I reread your note... and I am confused! On the one hand you say that the module needs "line and neutral", but then you say to only connect the yellow sense wire to the "other side of the warning light" and cap the purple wire! I presume that I actually need 2 connections... correct? If I am connecting the yellow sense wire to the line side of the warning light then how am I getting the neutral? The next question relates to how to connect the module to my ISY! Do I have to worry about the differences between Latching, Single and Dual Momentary modes?

With respect to the Russound / Audio system, here is what I have set up: - I maintain all the music on an iMac in the kitchen - I have a Russound system for an outside distributed sound system (with a subwoofer). I have 5 separate zones in the backyard with the speakers hardwired to the Russound unit in the basement. The Russound is connected to the home network via ethernet cable. I have an Apple Express router, which is in bridge mode within the home network, as an input to the Russound. - I use the Apple app Remote to access the music on the iMac and choose the Russound Apple Express as the Airplay choice. I generally always leave on certain outside zones, on the Russound, so that the music will start playing right away. However I also use the IOS Russound app to turn on or off any of the zones or control the volume of any specific zone. - I also have 2 of the Russound wall controllers but frankly I find the IOS app a lot easier to use and as such in the last 3 years I have probably touched them once or twice! - I have not yet tried to link the Russound to the ISY because I find the Russound app just as easy to use as it would be for me to open up the Mobilinc app. - Since my iPhone is always in my pocket I have also not seen the need to try setting up iPads. - Inside the house, I didn't think far enough ahead when building (!!) so the solution I use and find very effective is to use Apple TV's in the areas where I want sound. In our family room, where I have a TV and sound system, I have an Apple TV hard wired to the home network (ethernet) and connected as an input to the sound system receiver. Again using the Remote app, I send the audio from the kitchen iMac via Airplay to the Apple TV and I get great sound from the sound system. I also have a similar setup in various places within the house (master bedroom, gym, and home theatre). The added benefit of this set up is that I can display the album cover of the music playing on the various TV's connected to the Apple TV's. I find that this to be great for parties so that as people mingle around they can see what is playing. - The use of the Apple TV also allows me to readily access Netflix in those areas where I have a TV. (I also distribute my video collection using the Plex system through the Apple TV's) - The downside of my system is that I do have to turn on the various TV's / sound systems when I want the sound distributed, but really we are talking about the press of a button on a few remotes. Edit: I just realized that this is an old thread bumped forward by the previous poster! I trust that the OP got his info in time for his build...

What is the downside of having a lot of Insteon traffic? Strobes could be an option.

I have a boathouse at my vacation home, and in the winter I run bubblers to keep the water from freezing around the boathouse. This is necessary to avoid having the ice destroy the dock area. However because I am creating an open water situation, I am trying to take as many precautions as I can to make sure that people, out on the lake in the winter (snowmobiles), are aware that the open water is there. Aside from various signs physically out on the ice, I want the lights (with red bulbs) on the boathouse to blink from sunset to sunrise. As such I wrote a small program to have the lights ON for 4 seconds and then OFF for 4 seconds continuously from sunset to sunrise. Here is the code I wrote: IF From Sunset To Sunrise (next day) THEN Send Notification to Me content 'Boathouse Warning Light Program Started' Repeat 7000 times Set 'Warning Lights' On Wait 4 seconds Set 'Warning Lights' Off Wait 4 seconds ELSE Send Notification to Me content 'Boathouse Warning Light Program Stopped' Notes: - Set program to Run at Startup - in event of power failure this program will restart - Program must be enabled - Calculated that light turns on and off 7 times in one minute... Dec 21st (shortest daylight) has about 916 minutes of darkness therefore 6,412 times. Chose 7,000 for a cushion. - Program should stop running at Sunrise, regardless of the number of 'Repeats' left - Notifications are to alert me when the programs start and stop (to deal with my paranoia) Does this make sense?

Stu... Thanks. I will order the micro module and then try to install it when I am next up here. Yes there is a neutral to the warning light.

Brian... I assume that you mean a resistor for that particular photocell.. Wouldn't there be another photocell that would in fact be sensitive enough to react to the warning light and lower the sensor voltage below 1VDC? When I use this particular photocell and a small flashlight (instead of the warning light) I get a 4+VDC reading when the light is not on the photocell but when I move the light towards the photocell at about 0.9VDC the Sensor switches to ON on the ISY. Although the Sensor Status Light turns green at about 3VDC, this seems to have no bearing at all on when the ISY sees the change! It seems that a photocell with the ability to yield a sensor voltage of less than 1VDC when the warning light is ON and anything above 1 VDC when the warning light is off is enough of a range to trigger the Sensor on the ISY. This suggests to me that the light sensitivity of the photocell is not acute enough and I would think that there must be others that are more sensitive... however, as I think that it might be a laborious task finding the right one, I am heading down the Micro Module path for now.

Not really understanding the complexities of why the photocell I have been trying will not work with a parallel resistor... I do get the point that it won't work. As I see it, simplistically, the warning light is not bright enough to bring down the voltage to a level below 1VDC which is where the IO Linc is triggered. I would assume that I might eventually find a photocell that could handle the level of light coming from the warning light on the sump-guard but it might require a lot of hit-and-miss to find the right one!! It is unfortunate because it did seem like a simple solution. So I am now considering the suggestion from Stu... the Micro Module. Am I correct that the correct model is the INSTEON 2443-222 MICRO ON/OFF MODULE? To help with the reply I am attaching 2 pictures... the Outside and the Inside wiring of the sump-guard box {You will note that there is a wire with an orange wire nut, on the right side of the Inside picture. When I opened the box, I thought that the power was off (didn't realize that there was a separate dedicated power line coming straight into the box!). Unfortunately the power wire to the TEST switch was loose and fried the switch!} Not being familiar with the Micro module I would appreciate suggestions on how I would connect the device within the box.

I'm back at my vacation home and I just tried the photocell on the sump-guard warning light... Using black electric tape, I placed the photocell over the warning light and the other end to an IO Linc. The sensor didn't go to ON when I switched on the test button! The Sensor Status Light turned green when the test button was switched on, and remained unlit when the test button was off. This is what I expect should happen. I connected an Outdoor On/Off Module to the IO Linc to verify that the communications were working. Using Mobilinc on my phone I was able to turn the Outdoor module ON and OFF, meaning that communications to the IO LInc are okay. I measured the voltage: when the Sensor Status Light was OFF --> 4.1vdc; when the Sensor Status Light was ON --> 2.25vdc. Does this mean that I need to install a resistor in parallel with the photocell? If so what type / size resistor? Any other thoughts?

Brian... Thank you. I will try this next weekend when I am at the vacation home.

Brian... Thanks. I like the photocell idea. I quickly tried the concept with an unused photocell I had hanging around, from a low voltage landscaping transformer, and one of my I/OLincs from my garage. Using a flashlight I was able to set the Sensor to ON. As long as the flashlight was aimed at the photocell the sensor was ON and as soon as I turned the flashlight off the sensor went to OFF. The question is, I think, will the warning light from the sump-guard provide enough light to trigger a consistent ON for the sensor. I guess I will only find out by trying. With respect to the use of a resistor in the attached link, you provided, what is he attaching the voltmeter to when measuring his 5VDC when the washer was off or how should I measure the VDC's to determine if I need to use a resistor?

Thanks for the replies... it appears that the IO Linc low voltage unit is not a workable solution and that the SynchroLinc is only a possibility! I am not familiar with the Micro Modules... am I correct Stu that you are suggesting the INSTEON 2443-222 MICRO ON/OFF MODULE? Does this mean that the RF signals would be completely lost or significantly reduced? I would plan to have a dual band Switchlinc dimmer switch within 15-20 feet of the sump guard, although the switch would be inside, and the sump guard is outside and enclosed in a wooden structure. Given that the module is dual band is it fair to say that I should be able to rely on the power line communications if the RF signal is not sufficient? I know that I cannot provide the layout of the sump guard's electronics at this time, but conceptually how would you suggest I connect this Micro Module? (I have been unsuccessful in finding a schematic so far... next weekend I will open up the box and take a few pictures)

Here is the attachment (I think!) P500-1.pdf

Attached is a pdf file for the sump-guard unit. Unfortunately there isn't a lot of information provided. I have sent an email to the manufacturer asking for more details, but I haven't received a reply yet. Teken... your suggestion to consider the Synchro Linc is an interesting one. I understand how the unit works with a TV but would it work with this type of unit too? I would think (and perhaps incorrectly!) that this unit would be 'always on' monitoring the water level and when the float triggers an issue some level of voltage is sent to the horn/buzzer... LeeG... as you can see form the attached pdf the system runs on 120v... does this follow that the signal to the horn/buzzer is also at that voltage?

I have recently purchased a vacation home which currently has a sump guard installed as part of the septic system (there is a holding tank at the back of the house which works on gravity; once the tank reaches a certain level the pump activates and pushes the fluid up through the pipes to the actual septic tank which is 200 feet above. The sump-guard alerts when there is a high liquid level within the holding tank). The sump guard is installed outside, but inside an enclosure, at the rear of the house. It monitors the level in the septic holding tank. My issue is that I would like to be notified if the alarm goes off . The current alarm is not, in my opinion, very loud (most likely because its at the back of the house and inside the enclosure). Furthermore since I am only there periodically I would like to be notified remotely if there is a problem. I am thinking that I should be able to connect an IO Linc low voltage unit to the sump guard, which would allow my system to send me an email/text when the alarm is triggered. I have not tried taking apart the sump guard unit but does it make sense that I should be able to simply connect the sense wires to the same connection as the alarm horn/buzzer? Would this generally be a low-voltage connection?

Thanks for the replies... Prior to receiving them I decided to delete the sensor and then reinstall it. After this I was able to see the Wet got to ON when I wet the device whereas before I wasn't able to do so! I will try the suggestion to place it near the PLM for the next day or so and see what happens.

I have set up the programs for a new Leak Sensor and I am having some problems. I keep receiving the notification that my sensor is missing the heartbeat (#2)! I am guessing that it may be a communications issue, however I am unsure as to how to debug this! The Leak Sensor - Dry shows as ON; the Leak Sensor - Wet shows as OFF; and the Leak Sensor - Heartbeat shows as ON. If I move the Leak Sensor close to say the PLM to ensure proper communications is there a procedure to test the unit? I tried getting it wet without success! I tried pressing the set button with no apparent change! I am somewhat confused by this little device!

Before I submit a ticket to support I thought that I should look into the Certificates issue, which I have ignored up until now, on both my ISY installations. I followed the WiKi instructions as I understand them and now I think I have Self Signed Certificates on both machines... Interestingly opening the Dashboard file (dashboard.jnlp... note that for some reason when I first ran this file I received a message that it was unable to create a desktop icon!) brings up the ISY Finder. Now when I click on the http:// addresses, that I previously added, I am able to get into the remote ISY's Dashboard! A few questions on the Certificate instructions... - The WiKI shows the HTTPS Server Settings as TLS 1.2 with a low strength and the HTTPS Client Settings as TLS 1.0 with a high strength... are these the recommended settings or simply examples? If they aren't the recommended settings what is recommended? - Am I correct that when setting up the SSL Certificate that I should use my local IP address as the Host Name and then fill everything else in as the example shows (Org = UDI; Org Unit = ISY; Locality = Encino; State = CA; Country = US; and Key Strength = 2048)? And do I do exactly the same for both the Server and Client? - Do I also have to create a SSL Certificate for my DDNS / WAN IP address? I doubt it but I am trying to cover all bases... Two questions related to using the Dashboard on the remote ISY... can I upgrade that ISY's Firmware remotely? why does that ISY give me a message saying that version 4.2.30 is available instead of 4.3.1? Can I go straight from 4.2.18 to 4.3.1? I also realized something else going through this exercise... I now no longer have the ISY Admin Console icon on my desktop! I received a similar message to the Dashboard one where it said that it could not create the icon on my desktop (and actually deleted it!)! So now I have to bring up the ISY Finder by clicking on the file admin.jnlp. The good news is that when I do this my local Admin Console no longer opens automatically and I am presented with the ISY Finder box only. Now when I double click on the remote ISY's http:// address I am able to log into the Admin Console. It appears that once ISY Finder opens an Admin Console it has to be closed before it can open another one... so earlier when my local Admin Console was automatically opened ISY Finder could not open any other instance! Now when I try to add the https:// address for the remote ISY into ISY Finder I only get the 'Not Found' error message. I presume that the SSL Certificate set up has reduced the errors. Am I correct in presuming that I should be able to use the https:// address within ISY Finder?