This is the RadioRA 2 RF plugin appliance module. RadioRA 2 RF Plug-in Modules are simple to install and easy to use. RF Plug-in Modules allow floor and table lamps (RR-3PD-1) as well as general purpose switching loads (RR-15APS-1) to be added to a system quickly and easily using Clear Connect RF Technology. They can be hidden behind furniture or appliances. The RadioRA 2 Dimming Module (RR-3PD-1) functions much like standard lamp dimmers, but also incorporates advanced features such as fade on/fade off, delayed long fade off, and rapid full on. Check out the RadioRA 2 products page here.

• On a single-tap of the toggle button, load toggles ON or OFF.
• The appliance module may be used with, but is not limited to, the following: Task lighting or Humidifiers Note: Refer to the manufacturer’s guidelines for acceptable switching methods.
• The appliance module may NOT be suitable for use with devices that require any of the following: Shut-down process before power is interrupted, such as computers. Cool-down process before power is interrupted, such as projectors. Programming, such as clocks or DVRs. Long warm-up cycle.
• If an over-temperature condition is detected, the LED on the unit will flash a unique sequence (double-blink, then pause) and turn the load off. Proper installation and conformance to all specifications should be ensured before proceeding. To return the device to normal operation, cycle power to the device.

This is the RadioRA 2 RF plugin dimming module. RadioRA 2 RF Plug-in Modules are simple to install and easy to use. RF Plug-in Modules allow floor and table lamps (RR-3PD-1) as well as general purpose switching loads (RR-15APS-1) to be added to a system quickly and easily using Clear Connect RF Technology. They can be hidden behind furniture or appliances. The RadioRA 2 Dimming Module (RR-3PD-1) functions much like standard lamp dimmers, but also incorporates advanced features such as fade on/fade off, delayed long fade off, and rapid full on. Check out the RadioRA 2 products page here.

• On a single-tap of the toggle button, lights fade ON or OFF.
• On a double-tap of the toggle button, lights go to full ON.
• When ON, press and hold the toggle button to engage the delayed long fade to OFF.
• Light levels can be fine-tuned by pressing and holding the raise/lower buttons until the desired light level is reached.
• Control non-dimmable lighting loads in switching mode.

• Continuous self-test functionality
• Three provisions for providing protection:
  • Continuous electronic sensing, testing and evaluation utilizing diagnostic software located on the printed circuit board.
  • Traditional testing mode by manually operating the “test and reset” buttons utilizing a supervisory circuit as specified in UL 943 section 5.15.
  • Auto-sensing mode for immediate interruption for a ground fault condition for Class A protection (4 – 6 mA).
• Manual Test – this design incorporates a full system test function
• Reverse wire safety feature

RECEPTACLES FOR DIMMING USE

• Top half for dimming
• Projecting nub prevents standard plug from being used
• Requires replacement plugs for dimming use
• Bottom half is a general use receptacle and will fit standard duplex plugs
• Tamper resistant shutter mechanism

• Dual USB ports.
• Color and texture matches Lutron dimmers.
• Wallplates available in a variety of colors and finishes.
• Tamper resistant.
• Side or back wire installation capable.

• Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety.
• Internal back wiring clamp and guide pocket — quick and dependable termination.
• Receptacle face compatible with NEMA designer and NovaT*® designer-opening wallplates.

Tamper resistant receptacles, unlike traditional receptacles, offer the added protection of a permanently installed, spring-loaded slider mechanism capable of resisting insertion of single pronged elements (such as keys, hairpins, or nails) while still allowing access to electrical plugs. Lutron Tamper Resistant Receptacles are compliant with article 406.11 of the 2008 National Electric Code (NEC®). The NEC prohibits the dimming of standard receptacles. The dimmable outlets of the Dual Dimming Tamper Resistant (DDTR) and Half Dimming Tamper Resistant (HDTR) are specifically designed to mechanicaly reject all NEMA standard plugs and thus can not be used for any other device (fan, heater, vacuum, radio, etc.). These receptacles will only accept the special mating Lutron replacement plug for dimming use (RP-FDU). The result is an NEC compliant way to control a portable lamp with a dimmer.

• Continuous self-test functionality – disconnects power to receptacle if critical components are damaged and GFCI protection is lost – providing “continuous self-testing” that initiates within 2.5 seconds and is a continuous cycle every 30 seconds or less.
• Three provisions for providing protection: – Continuous electronic sensing, testing and evaluation utilizing diagnostic software located on the printed circuit board. – Traditional testing mode by manually operating the “test and reset” buttons utilizing a supervisory circuit as specified in UL 943 section 5.15. – Auto-sensing mode for immediate interruption for a ground fault condition for Class A protection (4 – 6 mA).
• Manual Test – this design incorporates a full system test function. The GFCI, when manually tested, induces a simulated ground fault leakage current to the printed circuit board. This in turn causes the mechanical system to react based on the action of the solenoid. The entire mechanical and electronic GFCI system is reviewed for functionality.
• Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety.
• Clear visual indication of GFCI status — LED indicating lights: – Green LED (power to the device) – Red LED (trip condition/ground fault condition) – Flashing Red LED (end of life)
• Permanently installed internal tamper-resistant shutter mechanism capable of resisting insertion of foreign elements into the device.
• Internal back wiring clamp and guide pocket — quick and dependable termination.
• Receptacle face compatible with NEMA designer and NovaT*® designer-opening wallplates.
• Compliant with NEC® 406.12 and NEC® 517-18(c)

Tamper resistant receptacles, unlike traditional receptacles, offer the added protection of a permanently installed, spring-loaded slider mechanism capable of resisting insertion of single pronged elements (such as keys, hairpins, or nails) while still allowing access to electrical plugs. Lutron Tamper Resistant Receptacles are compliant with article 406.11 of the 2008 National Electric Code (NEC®). The NEC prohibits the dimming of standard receptacles. The dimmable outlets of the Dual Dimming Tamper Resistant (DDTR) and Half Dimming Tamper Resistant (HDTR) are specifically designed to mechanicaly reject all NEMA standard plugs and thus can not be used for any other device (fan, heater, vacuum, radio, etc.). These receptacles will only accept the special mating Lutron replacement plug for dimming use (RP-FDU). The result is an NEC compliant way to control a portable lamp with a dimmer.

• Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety.
• Internal back wiring clamp and guide pocket — quick and dependable termination.
• Receptacle face compatible with NEMA designer and NovaT*® designer-opening wallplates.

• Continuous self-test functionality – disconnects power to receptacle if critical components are damaged and GFCI protection is lost – providing “continuous self-testing” that initiates within 2.5 seconds and is a continuous cycle every 30 seconds or less.
• Three provisions for providing protection: – Continuous electronic sensing, testing and evaluation utilizing diagnostic software located on the printed circuit board. – Traditional testing mode by manually operating the “test and reset” buttons utilizing a supervisory circuit as specified in UL 943 section 5.15. – Auto-sensing mode for immediate interruption for a ground fault condition for Class A protection (4 – 6 mA).
• Manual Test – this design incorporates a full system test function. The GFCI, when manually tested, induces a simulated ground fault leakage current to the printed circuit board. This in turn causes the mechanical system to react based on the action of the solenoid. The entire mechanical and electronic GFCI system is reviewed for functionality.
• Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety.
• Clear visual indication of GFCI status — LED indicating lights: – Green LED (power to the device) – Red LED (trip condition/ground fault condition) – Flashing Red LED (end of life)
• Permanently installed internal tamper-resistant shutter mechanism capable of resisting insertion of foreign elements into the device.
• Internal back wiring clamp and guide pocket — quick and dependable termination.
• Receptacle face compatible with NEMA designer and NovaT*® designer-opening wallplates.
• Compliant with NEC® 406.12 and NEC® 517-18(c)

20 Amp Tamper Resistant GFCI Receptacle

Features

• Continuous self-test functionality – disconnects power to receptacle if critical components are damaged and GFCI protection is lost – providing “continuous self-testing” that initiates within 2.5 seconds and is a continuous cycle every 30 seconds or less.
• There are three provisions for providing protection with this 20 Amp Tamper Resistant GFCI Receptacle:

– Continuous electronic sensing, testing and evaluation utilizing diagnostic software located on the printed circuit board.

– Traditional testing mode by manually operating the “test and reset” buttons utilizing a supervisory circuit as specified in UL 943 section 5.15.

– Auto-sensing mode for immediate interruption for a ground fault condition for Class A protection (4 – 6 mA).

• Manual Test – this design incorporates a full system test function. The GFCI, when manually tested, induces a simulated ground fault leakage current to the printed circuit board. This in turn causes the mechanical system to react based on the action of the solenoid. The entire mechanical and electronic GFCI system is reviewed for functionality.
• Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety.
• Clear visual indication of GFCI status — LED indicating lights:

– Green LED (power to the device)

– Red LED (trip condition/ground fault condition)

– Flashing Red LED (end of life)

• Permanently installed internal tamper-resistant shutter mechanism capable of resisting insertion of foreign elements into the device.
• Internal back wiring clamp and guide pocket — quick and dependable termination.
• Receptacle face compatible with NEMA designer and NovaT designer-opening wallplates.
• Compliant with NEC 406.12 and NEC 517-18(c).