...Maybe I should have also mentioned that if a TV is ON, the camera(s) view automatically displays (replace whatever was on the TV) with the camera view.
Would you please go into more detail as to HOW this is accomplished?
OK... I've posted parts of this all over the forum... this is as good of a place as any to put it all in print.
The main reason I wanted any cameras was to be able to see my driveway. The configuration of my home, driveway, and landscaping makes seeing my driveway difficult. I thought a cam watching the driveway would allow me to "keep an eye out" for service people... even from my basement office.
Well, my way of thinking.... if one camera is good.. two (or
six) would be even better.
I started planning locations, and collecting cameras (some X10 some not). Planning (and
then re-adjusting the plan) is crucial to a good camera setup. I decided I wanted to be able to see the camera images from ether my basement office (TV), or from the TV in the living room. I also wanted to be able to tape (I have extra left-over VCRs) any activity in the less-public backyard area.
Four of my cameras are hardwired. Since I knew where I wanted the cameras, and I knew my structural barriers (deck, patio, driveway) I was pretty much "pinned in" as to where I would bury cable, and to where it would enter the house, in the basement. The restrictions presented problems, and I tried several different configurations, however the solutions really proved beneficial.
The cameras are feed into a
Philips Audio/Video Switchbox With RF Modulator. The
"auto-switching modulator" excepts four audio/video inputs... but using "Y" shaped RCA connectors allows for more. The non-X10 cameras are turned ON and OFF using X10 appliance modules. Wireless cameras feed through a video receiver (also controlled by an appliance module).
From the modulator I feed into my own cable-network (on channel 3) inside my house. I have thought of expanding that to the entire home... but right now my own cable-network is limited to my
home theater, a bathroom TV, my office TV, and a VCR.
At the VCR (set to receive channel 3) I use the video out RCA connectors to connect to a video sender (controlled by an appliance module). The VCR is controlled by the (X10) VCR Commander.
Upstairs in the living room I use another
Philips Audio/Video Switchbox With RF Modulator:
The cable-box controls the channels, and modulates them to (also) channel 3 (antenna output). The antenna output goes into the Modulator. Behind the TV is a Video Receiver and a lamp plugged into an appliance module (I used a 3 plug adapter) the Video receiver plugs in the
Modulator RCA input (so does a DVD player). If any signal is input into the
Modulator it makes that the channel 3 antenna output. Because the Cable-Box controls the normal channel switching... the TV is always on channel 3.
OK... each camera has it's own house/unit code... Turning on any camera presents the camera image to the VCR via channel 3 (and outputs to the video sender via the VCRs RCA plugs). Both the Video sender and receiver use the same house/ unit code and to turn on when activated.
To set the events in motion.... I use the X10 floodlight(s). The floodlight uses a plus 1-4 and 5-8 for both motion and dusk-dawn sensing). The floodlights only send PLS's (Power Line Signal's), the VCR Commander can only be activated by an RF signal. I created a macro in AHP (Active Home Pro) which is triggered by the floodlights PLS, then sends a RF signal to the VCR Commander. In case I would be asleep (or other-wise away from the TV) when the sensor triggers, the floodlights also trigger a chime in the bedroom.
I think it was last July or August ... X10 had a video contest ... I created
this video and won. The video is a good representation (although not completely accurate) of how this all looks and works.