I recently received a pm requesting more information about my webcam set up. Particularly what my cam enclosure looks like, what kind of pan/tilts, etc
A while ago I committed to doing this and got lazy
So, I took the time this morning to put it together.
First, here is a picture of my enclosure.
Starting left to right
the power into the enclosure is a UPS protected power supply. On power outages, the pan/tilts will center, which blows all the work you did to line up the images
.
The two black things plugged into the surge protector are the controller for each pan/tilt. They receive a signal from the main controller that is connected by USB to my main computer at the other end of the house. I am using 100ft of Cat5e and a USB extender to get to the CM15a main controller.
Here is a close-up of the CM15A controller:
The X10 package is called Active Home Pro. You can control many devices with this package. The signal is transmitted through the house wiring. This is old technology that was developed before the average household had the vast array of electronics that we enjoy today. Unfortunately all these electronics create noise, which conflicts with these signals. I only had success when I had the devices plugged into the same outlet. UPSs are one of the worst culprits. I stopped counting after 6 UPSs
.
The pan/tilts are called X10 Ninjas. They are out of production, but there are still some new ones available on Ebay. They are made specifically for security cams, so there is a minor retro-fit involved.
The gold thing in front of the cams is called a goldenrod. It is an 11 watt heater made for marine use. This keeps the enclosure dry. We are on the water in Puget Sound with very high humidity and lots of dew. This seems to work quite well.
The cams are Olympus SP500s and work with Sebectec software. They are each connected to old Dell laptops by USB (in my closet right behind the enclosure). There is a USB relay switch installed between the cam and the computers. This switch monitors the USB port and resets the cam if it senses a drop in signal. I have virtually 100% uptime with this switch. It is connected to 12 volt power supplies that power each camera. USB is notorious for going into la-la land when under 24/7 use. This switch is manufactured by Mike at Sebectec.
Here is a picture of the outside of the enclosure.
(Dang... This really shows how bad I have to paint my house....
) You can see I have it mounted under a large overhang which helps keep the window of the enclosure somewhat dry. I have used single pane glass, double pane glass and Plexiglas in enclosures over the years. Right now I have Plexiglas. I think the best is single pane glass. The only reason I dont have that now is because I broke 2 panes
and got impatient so I installed some Plexiglas I had out in the shop.
In order I would say:
1 Single pane glass
2 Plexiglas - scratches easily and Rainx won't work on it.
3 Double pane glass I got some refractory distortion going through two panes.
I think that about covers it. Hope this is helpful.
Greg