HCPRF-1TW - Leviton’s third new offering, the HCPRF Plug-In Transceiver, functions
as a receiver that accepts ON/OFF, DIM/BRIGHT and ALL ON/ALL OFF RF (radio
frequency ) commands from the DHC Universal Remote Control and ON/OFF
signals from the Key Chain Remote Controller, as well. The HCPRF works
with all DHC Receivers by retransmitting those signals throughout a home’s
existing electrical wiring. The Transceiver also incorporates a built-in
outlet suitable for ON/OFF switching of incandescent lamps rated up to
300W. The lamp can be controlled remotely or locally via the programming
button on its face, which is also used to change the HCPRF’s
address if desired. The unit also features Leviton’s exclusive
Intellisense™ Technology that compensates for noise on home AC power lines
to ensure optimum system performance and reliability. Built-in 2-Way
signaling capability permits local status of an attached lamp to show on
all 2-Way capable Controllers.
Features and Benefits:
HCPRF Plug-In Transceiver
- Accepts RF (radio frequency) DHC commands from the DHC Universal Remote and
Key Chain Remote Controllers; retransmits them to
other DHC Receivers connected anywhere on a home’s existing electrical
wiring to provide convenient wireless ON/OFF, DIM/BRIGHT and ALL ON/ALL
OFF control of lights and ON/OFF control of appliances
- Features Leviton’s exclusive Intellisense™ Technology which
automatically adjusts signal strength to compensate for noise on the
power line, ensuring optimum system performance and reliability
- Provides one 120VAC, 60Hz, 300W maximum outlet for an incandescent
plug-in lamp that can be controlled by wired Controllers or RF Remote
Controllers as well as locally via its programming button
- Features a programming button on its face so that its DHC address
can be changed if desired; can be conveniently programmed from a wired
Controller or from a RF Remote Controller
- Replaces Cat. No. 6314-W DHC Transceiver
NOTE: A Cat. No. HCA02-10E DHC System Amplifier Module must be installed in every DHC installation to ensure
maximum signal strength. In some installations more than one may be required.
