Difference between revisions of "Local Control for Lamp And Appliance Modules"
X10douglas (talk | contribs) |
|||
| (One intermediate revision by the same user not shown) | |||
| Line 11: | Line 11: | ||
==Answer== | ==Answer== | ||
| − | The local control feature allows you to turn on the Lamp or | + | |
| + | The local control feature allows you to turn on the X10 Lamp, Appliance, or Receptacle Module without the use of an X10 controller. To use this feature, turn the physical switch on the device being controlled to the OFF position, and then back to the ON position. The X10 Module detects the change and turns on. This is a handy feature when you are sitting next to a table lamp, but the remote is out of reach. | ||
| + | |||
| + | '''''Note: This feature will only turn the Module on. If you repeat the process--thinking that the Module will switch off--the Module will remain on. In order to turn off the Module, you will need a controller to send the off command via the house wiring.''''' | ||
| + | |||
| + | |||
===Local Control Problems=== | ===Local Control Problems=== | ||
| + | |||
There are two possible issues that relate to the local control feature. | There are two possible issues that relate to the local control feature. | ||
| + | |||
| + | |||
====Faint Blinking==== | ====Faint Blinking==== | ||
| + | |||
Local control works by sending a tiny pulse of current out, just enough to tell if current can get through. It is possible for LED lights or other low-power lights to blink faintly because of this. | Local control works by sending a tiny pulse of current out, just enough to tell if current can get through. It is possible for LED lights or other low-power lights to blink faintly because of this. | ||
| + | |||
| + | |||
====Will Not Stay Off==== | ====Will Not Stay Off==== | ||
| + | |||
Local control senses the electrical resistance in the connected lamp or appliance. If it sees a change in resistance, the Module will turn on. Some devices (older fluorescent lamps do this often) have internal components that dissipate power for a couple of seconds after they are turned off. This "trailing charge" can make the Module turn back on right after it is turned off. | Local control senses the electrical resistance in the connected lamp or appliance. If it sees a change in resistance, the Module will turn on. Some devices (older fluorescent lamps do this often) have internal components that dissipate power for a couple of seconds after they are turned off. This "trailing charge" can make the Module turn back on right after it is turned off. | ||
| + | |||
| + | |||
===Disabling Local Control=== | ===Disabling Local Control=== | ||
It is possible to disable the local control feature of an Appliance Module by plugging a "cube tap" or cheap multi-outlet extension cord into the Module. Do not use a surge protector for this. Now you can plug two items into the same Module. Plug a 7 1/2 watt incandescent night light into one of the receptacles of the cube tap or extension cord and the appliance you want to control into the other. When the Module is on, the appliance and night light will be on. When the Module is off, the appliance and the night light will be off. Now, even if you operate the power switch on the appliance, the night light is always "in circuit" so the Appliance Module's local control circuit is disabled. | It is possible to disable the local control feature of an Appliance Module by plugging a "cube tap" or cheap multi-outlet extension cord into the Module. Do not use a surge protector for this. Now you can plug two items into the same Module. Plug a 7 1/2 watt incandescent night light into one of the receptacles of the cube tap or extension cord and the appliance you want to control into the other. When the Module is on, the appliance and night light will be on. When the Module is off, the appliance and the night light will be off. Now, even if you operate the power switch on the appliance, the night light is always "in circuit" so the Appliance Module's local control circuit is disabled. | ||
| − | There is an unofficial, warranty-violating procedure that will permanently disable Local Control on an AM466 appliance module. You perform this procedure at your own risk. It requires a skinny Philips screwdriver and a pair of scissors or wire cutters. Note that the module pictured is an older module; more recent modules may have a jumper located elsewhere. | + | |
| + | There is an '''unofficial, warranty-violating procedure''' that will '''permanently''' disable Local Control on an AM466 appliance module. You perform this procedure at your own risk. It requires a skinny Philips screwdriver and a pair of scissors or wire cutters. Note that the module pictured is an older module; more recent modules may have a jumper located elsewhere. | ||
| + | |||
#Disassemble the module | #Disassemble the module | ||
| Line 27: | Line 43: | ||
#Snip the jumper | #Snip the jumper | ||
#Reassemble | #Reassemble | ||
| + | |||
[[image:Am466jumper.jpg]] | [[image:Am466jumper.jpg]] | ||
| − | + | ||
[[Category:frequently asked questions]] | [[Category:frequently asked questions]] | ||
Latest revision as of 21:48, 17 July 2015
Questions
What is the local control feature on the Lamp and Appliance Modules?
Why does my Lamp or Appliance Module turn on immediately after being turned off?
Why does a low-wattage light connected to my Lamp or Appliance Module flicker after being turned off?
Why does the LED power light on my appliance or charger glow dimly or flicker after being turned off?
Why do I still measure some voltage moving through my module when it is off?
Answer
The local control feature allows you to turn on the X10 Lamp, Appliance, or Receptacle Module without the use of an X10 controller. To use this feature, turn the physical switch on the device being controlled to the OFF position, and then back to the ON position. The X10 Module detects the change and turns on. This is a handy feature when you are sitting next to a table lamp, but the remote is out of reach.
Note: This feature will only turn the Module on. If you repeat the process--thinking that the Module will switch off--the Module will remain on. In order to turn off the Module, you will need a controller to send the off command via the house wiring.
Local Control Problems
There are two possible issues that relate to the local control feature.
Faint Blinking
Local control works by sending a tiny pulse of current out, just enough to tell if current can get through. It is possible for LED lights or other low-power lights to blink faintly because of this.
Will Not Stay Off
Local control senses the electrical resistance in the connected lamp or appliance. If it sees a change in resistance, the Module will turn on. Some devices (older fluorescent lamps do this often) have internal components that dissipate power for a couple of seconds after they are turned off. This "trailing charge" can make the Module turn back on right after it is turned off.
Disabling Local Control
It is possible to disable the local control feature of an Appliance Module by plugging a "cube tap" or cheap multi-outlet extension cord into the Module. Do not use a surge protector for this. Now you can plug two items into the same Module. Plug a 7 1/2 watt incandescent night light into one of the receptacles of the cube tap or extension cord and the appliance you want to control into the other. When the Module is on, the appliance and night light will be on. When the Module is off, the appliance and the night light will be off. Now, even if you operate the power switch on the appliance, the night light is always "in circuit" so the Appliance Module's local control circuit is disabled.
There is an unofficial, warranty-violating procedure that will permanently disable Local Control on an AM466 appliance module. You perform this procedure at your own risk. It requires a skinny Philips screwdriver and a pair of scissors or wire cutters. Note that the module pictured is an older module; more recent modules may have a jumper located elsewhere.
- Disassemble the module
- Locate the small jumper close to the large blue capacitor (see picture)
- Snip the jumper
- Reassemble
