INNCOM L510 LAMP CONTROLLER

The INNCOM L510 Lamp Controller provides dimming control for a wide range of floor and desk lamps. It functions as a dimmer that plugs directly into both the lamp and the wall socket. By dimming lights, the L510 contributes to energy savings and enables elegant lighting and mood control, especially when integrated with Honeywell's Integrated Room Automation System.

A common application for the L510 is enabling wireless remote control of table or floor lamps, allowing them to participate in lighting scenes or moods. The L510 can also be paired with a tabletop switch for convenient local control, making it easy to turn lamps on and off without needing to reach under the lampshade.

The L510 supports standard lightbulbs, eliminating the need for costly 3-way bulbs. It is available in models designed for dimmable CFL and LED bulbs, as well as models for incandescent and halogen lamps. Additionally, it can manage non-lamp plug-in loads, such as dimmable plug-in LED strips.

Features and Benefits

• Remote control for table lamps, floor lamps, or scene lighting.
• Standalone or system compatible.
• Suitable for incandescent, halogen, CFL, and LED lamps for standalone and scene control.
• Supports Multiple Switch Point Control.
• Incorporates the INNCOM Deep Mesh Network (DMN) architecture, offering a cost-effective, self-forming wireless network.

Compatibility/Function Compared to Replacement Part - L208

* The L208 required a switch to be connected to the L208 in order to bind it to the required Room ID and RF Channel. The L510 features a built-in Bind switch and does not require a separate switch for binding.

** L510 Lamp Controller should be plugged into a Standard Outlet ONLY. It cannot be plugged into a GFCI outlet or an outlet powered from a GFCI breaker.

Loads smaller than 15 watts, when dimmed by an L510 Triac, may require lab testing. If the current becomes too low in the L510T, the triac might prematurely turn off, even with an incandescent bulb. For low wattage LED bulbs (<15W), a large flash may occur when the L510T initially turns on. This flash typically disappears with higher wattage bulbs or loads.

Ordering Information

Load Ratings

Specifications

S5 BUS

DEEPMESH RF

I/O

POWER

ENVIRONMENT

APPROVALS

Dimensions and Overview

The L510 unit features physical dimensions and connection points including H4 and H3 terminals, a BIND/SERVICE BUTTON, a STATUS LED, a LAMP/LOAD CONNECTION port, and an A/C LINE POWER CONNECTION. The physical dimensions are detailed in the diagrams, showing the module's form factor.

Wiring Diagrams

Diagram 1: L510 Controlling a Lamp Using Existing Manufacturer's Switch

This diagram illustrates the INNCOM L510 Lamp Controller managing a lamp that uses an existing manufacturer's switch for local control. The L510 module is connected between the lamp and the power outlet. The text indicates that the L510 is used for lighting control, and if the lamp is turned off by the original switch, the L510 cannot override it to turn it back on, and vice versa.

Diagram 2: L510 Controlling a Lamp Without Local Control, Using an INNCOM Wall Switch

This setup shows the L510 controlling a lamp where no local control is used, relying instead on an INNCOM wall switch. The diagram depicts the L510 module connected to the lamp and power. The associated text highlights that the application provides for lamp/light control within an INNCOM light scene, and that the manufacturer's switch should be removed or disabled if it is on the lamp.

Diagram 3: L510 Controlling a Lamp with Local Control by INNCOM (DS12 Push Button)

This diagram details the L510 controlling a lamp with local control provided by an INNCOM push button, specifically the DS12 model. The L510 module is shown connected to the lamp and power. The text specifies that the application enables the lamp to be part of an INNCOM light scene and that the manufacturer's switch should be removed or disabled.

Diagram 4: L510 Controlling a Lamp Without Local Control, Powering a Low Voltage Wall Switch in the Wall via a Wall Jack

This diagram illustrates a scenario where the L510 controls a lamp without direct local control, instead powering a low voltage wall switch installed within a wall via a wall jack. The L510 module is connected to the lamp and power. The text mentions that the manufacturer's switch should be removed or disabled if it is on the lamp, and that a DS12 or equivalent momentary switch can be wired to the L510 for local control.

Diagram 5: L510 Controlling a Lamp with Local Control by INNCOM (DS12 Push Button) and Powering a Low Voltage Wall Switch in the Wall via a Wall Jack

This diagram shows the L510 controlling a lamp with local control via an INNCOM DS12 push button, while also powering a low voltage wall switch located in the wall through a wall jack. The L510 module is connected to the lamp and power. The text indicates that the application provides for lamp/light control within an INNCOM light scene and that the manufacturer's switch should be removed or disabled.

Diagram 6: L510 Controlling a Lamp with Local Control by INNCOM (DS12 Push Button) and Powering a Low Voltage Wall Switch Not in a Wall

This diagram depicts the L510 controlling a lamp with local control via an INNCOM DS12 push button, and powering a low voltage wall switch that is not installed within a wall. The L510 module is connected to the lamp and power. The text highlights that the application enables lamp/light control within an INNCOM light scene and that the manufacturer's switch should be removed or disabled.

Diagram 7: L510 Controlling an LED Strip with INNCOM Push Button

This diagram illustrates the L510 controlling an LED strip using an INNCOM push button for local control. The L510 module is connected to the LED strip and power. The text specifies that the L510 is used for lighting control and notes that if the LED strip is turned off by the manufacturer's switch, the L510 cannot turn it back on, and vice versa.

Diagram 8: L510 Controlling an LED Strip and Powering a Low Voltage Wall Switch Not in a Wall

This diagram shows the L510 controlling an LED strip and simultaneously powering a low voltage wall switch that is not installed within a wall. The L510 module is connected to the LED strip and power. The text indicates that the L510 is used for lighting control and provides power to a low voltage, millwork-mounted switch.

Diagram 9: L510 as a Power Source for a Low Voltage Wall Switch (Not Controlling Any Load)

This diagram illustrates the L510 being used solely as a power source for a low voltage wall switch, without controlling any connected load. The L510 module is shown connected to the power outlet, and it powers a millwork-mounted INNCOM low voltage wall switch. The application is described as enabling the L510 to power low voltage switches mounted in millwork.

Diagram 10: L510 Wiring Showing RJ9 and RJ12 Pinouts

This diagram details the wiring and pinouts for the INNCOM L510. It shows the RJ12 (3-conductor S5 BUS) and RJ9 pinouts. The RJ12 connection is for the S5 BUS, while the RJ9 is for input. Information is provided regarding the DS12 whip, including part numbers for different lengths and instructions for modifying the whip for use with a 3rd party momentary switch.

Diagram 11: Full L510 Wiring Detail for Controlling a Lamp with Local Control by INNCOM via INNCOM Supplied DS12 and RJ9 Cable

This diagram provides a detailed wiring illustration for the L510 controlling a lamp with local control managed by an INNCOM DS12 push button, using an INNCOM-supplied DS12 and RJ9 cable. It shows the INNCOM L510 Lamp Control Module connected to the lamp and power outlet, with the DS12 push button connected via the specified cables.

Diagram 12: Full L510 Wiring Detail for Controlling a Lamp with Local Control by INNCOM via Third Party Supplied Momentary Pushbutton and RJ9 Cable

This diagram presents a detailed wiring setup for the L510 controlling a lamp with local control provided by a third-party momentary pushbutton, connected via an RJ9 cable. It shows the INNCOM L510 Lamp Control Module connected to the lamp and power outlet, with the third-party switch connected to the L510 using the appropriate cable. The text specifies that the switch must provide a momentary dry contact closure upon each button press.

Legal and Contact Information

Honeywell Building Technologies

715 Peachtree St NE
Atlanta, Georgia 30308
buildings.honeywell.com

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