INSTEON OutletLinc Dimmer (Dual-Band) (2472DWH) Manual - Manual (Page 7)

Page 7 of 13 2472D - Rev: 1/21/2014 7:48 AM
2) Press and hold Set button until it beeps again.
LED will blink red .
3) Press and hold Set button until it beeps a third time.
LED will stop blinking and its intensity will be equal to that of the connected lamp.
4) Use an OutletLinc scene controller of OutletLinc to adjust the LED to the desired brightness.
5) Once you have reached the desired LED brightness, tap the Set button
OutletLinc will beep once and return to ready mode.
Setting On-Level
On-level is the brightness level at which the light you are controlling will turn on. The default on-level is
100%, but is adjustable from off to 100% brightness.
OutletLinc's on-level can be assigned to a controller as part of a scene (see Adding OutletLinc to a Scene
as an INSTEON Responder ). The on-level for local control can only be adjusted via software.
Setting the Ramp Rate
1
The ramp rate is the time it takes the OutletLinc Dimmer load to transition from full-off to full-on (and vice
versa). The default ramp rate is 0.5 seconds, but is adjustable from 0.1 seconds to 9 seconds (locally at
OutletLinc Dimmer) or 9 minutes (via software such as HouseLinc*), with 32 ramp rates available.
1) Ramp rate is set using the load’s brightness level as an indicator for the ramping speed. Using an
OutletLinc scene controller, adjust the load to the brightness level which corresponds to the desired
ramp rate using this table:
Desired Ramp Rate in Seconds
2
Brightness Level
Instant 100%
0.2 seconds 85%
0.3 seconds 70%
0.5 seconds (default) 55%
2 seconds 45%
4.5 seconds 30%
8.5 seconds 5%
2) Once you reach the appropriate brightness, double-tap OutletLinc’s Set button.
OutletLinc will beep.
3) Wait 4 minutes before changing any other settings on OutletLinc Dimmer.
*Note: you may set ramp rates of up to 9 minutes via INSTEON compatible software.
1 Setting the ramp rate does not change or affect the on-level brightness.
2 If the load is ramping to less than full brightness, then the time it will take will be proportionately less. For instance, if the load is going to half-brightness, the time it will take for
a given ramp rate will be halved.