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DC 24V
DC 24V
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DC 24V
DC 24V
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DC 24V
DC 24V
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DC 24V
DC 24V
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DC 24V
DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
DC 24V
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DC 24V
DC 24V
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DC 24V
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DC 24V
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GND Wire to Ground
CENTRIC SERIES™ DIMMABLE POWER SUPPLY (24V) PART NUMBER 3096
FORWARD-PHASE WALL-DIMMER (3RD PARTY | LUTRON, LEVITON, ETC)
CENTRIC HOME™/DAYLIGHT™ 95 CRI LED STRIP LIGHTS (24V) PART NUMBER 3004
LINE VOLTAGE NEUTRAL AC 120V/240V
LINE VOLTAGE HOT/LIVE AC 120V/240V
The dimmable power supply unit takes line voltage (i.e. AC 100 - 277 V) from a dimmed circuit, and converts the AC line voltage to low voltage (DC 24V). The unit automatically converts the dimming signal on the AC line voltage side to the appropriate DC dimming signal (PWM) for the LED strip lights. This product is designed to be hard-wired to line voltage wires and should not be used with a standard wall-plug receptacle.
INPUT: AC 100-277 V + DIMMING
OUTPUT: DC 24V + DIMMING MAX 96 WATTS
Most wall-dimmers are designed to be mounted directly into the wall, connecting directly to the lighting circuit wiring inside the wall. Please reference the instructions provided by the wall-dimmer unit for further specific installation instructions.
INPUT: DC 24V + DIMMING
This LED strip has 16 AWG wires pre-mounted on both ends of the reel. The wire length is 13.8 inches (35 cm) and has tips stripped and tinned for quick and easy connection to power supply leads.
This LED strip is configured as a 16.4 ft (5 meter) reel. It can be cut to shorter lengths as needed, in 2 inch (50 mm) increments using a pair of scissors. This configuration shows the entire reel cut into four sections of various lengths. The sections are then rejoined using solderless connector accesories and wires.
GND Wire to Ground
Cable Length: 7.9 in (200 mm)
Cable Length: 7.9 in (200 mm)
WARNING: ELECTRIC SHOCK RISK ALWAYS USE CAUTION WHEN WORKING WITH ELECTRICITY. TURN OFF POWER TO THE CIRCUIT BY CUTTING OFF POWER VIA THE BREAKER PANEL, AND TEST THE CIRCUIT PRIOR TO PERFORMING ANY WORK.
LED STRIP-TO-STRIP SOLDERLESS CONNECTOR PART NUMBER 3071
Solderless connectors are an indispensible accessory for configurations that require reconnecting LED strip sections that have been previously cut. PN 3071 includes plastic connectors on both ends of a 6-inch cable, allowing you to quickly rejoin LED strips in a matter of seconds without the hassle and mess of soldering. This part can also be used to make angled turns as the connector cable is both flexible and durable.
Cable Length: 5.9 in (150 mm)
LED STRIP-TO-WIRE SOLDERLESS CONNECTOR PART NUMBER 3070
Similar to PN 3071, this part includes plastic connectors on just one end of a 6-inch cable, with open leads on the other end. This is a useful accessory item when connecting an LED strip section to another wired component. In this instance, we need to span a long distance to the next LED strip section, so we are using this connector to connect to a wire run (PN 7098).
16 AWG Wire PART NUMBER 7098
Our 16 AWG wire is a heavy-duty wire rated for high amperage. Here, we are using it to span a long distance between LED strip sections so that we can connect them to the same power source. The product is sold in 33 ft spools (10 meters) and can be cut to length as needed. The ends should be stripped and connected to the wire ends of PN 3070 using twist-on wire connectors You may also use your own low voltage wire if prferred. Be aware that insufficient wire gauge can lead to voltage drop issues. Oftentimes "speaker wire" can be substituted for LED strip power feeds. PN 3070 can also be bypassed if you are comfortable soldering wires directly onto the LED strip copper pads.
Use Twist-On Wire Connectors ("wire nuts") to Secure
Use Twist-On Wire Connectors ("wire nuts") to Secure
Use Twist-On Wire Connectors ("wire nuts") to Secure
Use Twist-On Wire Connectors ("wire nuts") to Secure
If leaving leads attached, we recommend terminating or insulating wires to reduce short circuit risk
DC 24V
DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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DC 24V
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If last LED strip section is cut, the LED strip does not require any insulation or protection as the risk of a short circuit or electric shock across the copper pads is relatively low due to the low voltage DC design.