Installation

* Read all instructions carefully before installing.

Installation

Step-by-Step Instructions:

Make sure power is turned OFF before installing or servicing this fixture.
Secure DL fixture according to specific use.
Route the wire through a railing or riser to low voltage supply cable.
Connect 18/2 fixture wire to supply cable using suitable splice connection.
Voltage should not exceed 11.5 volts at first fixture for optimum performance.

Safety Warning: Always turn fixture OFF/DISCONNECT power and allow cooling before performing any maintenance, including relamping and cleaning. This fixture can become very hot! The fixture housing can become hot enough to blister hands.

This is meant only for use with low voltage power units: max 25 amps, 15 volts per circuit. Secondary wiring is intended for shallow burial less than 6 inches (152mm). Do not install fixture within 10 feet of a pool, spa, or fountain. A fixture may be mounted on all outdoor surfaces.

Transformer

Add the total wattage of the lamps you are using. This determines the output required. The energy efficient LED installed in our DL series consumes approximately 1.2 watts. The DL 12xAC LED fixture is designed to operate with your magnetic transformer. For optimum performance in both light output and LEW lamp life expectancy, please observe our recommended voltage (Not to exceed 11.5 volts at first fixture).

Transformers reduce standard house voltage at an approximate ratio of 10 to 1. Consider the fact that your house current is at 128 volts. Your transformer reduces the power to 12.8 volts. The case of a home powered by 120 volts, the results is 12.0 volts. When using a multi-tap transformer, this would be on the 12-volt tap. Whatever the situation, transformers are not voltage regulators. They do not restrict electric and deliver a constant 12 volts. Most landscape lighting power packs are AX because they use magnetic transformers to step the voltage down. By contrast, electronic transformers are typically DC and are solid state. Multi-tap transformers are useful in voltage control, particularly in long runs. Use a voltmeter to confirm correct voltage.

Cabling

As a rule, when your run of cable from the transformer to the last fixture is within 100', use a minimum gauge of 12/2.

If your installation will require few fixtures and/or cover a short overall distance, consider routing the wire to the fixture farthest from the transformer first to create voltage drop and enhance lamp life. A minimum of 25 feet of wire should be installed between a transformer and first fixture.

Splicing to feed cable

Using a waterproof connector is recommended.

Strip wires 5/8" (15.9mm).
Align any frayed stands or conductors.
Pre-twisting is unnecessary. Place stripped wires together with ends of insulation even.
Twist connector onto wires pushing firmly until hand-tight. Do not over torque.
Wipe sealant in and around conductors and connecter opening while tightening. Do not reuse.

Always test your connection before buying the connector.

Fixture & Wiring Layout

Conventional vs. Hub

Hub systems attempt to overcome voltage drop. Hub style installations rely on equal lengths of secondary wiring to the fixture. A hub style installation does equalize voltage assuming, of course, that all the bulbs burn forever. When ONE lamp burns out, the remaining voltage is distributed equally to the remaining lamps. All remaining lamps are treated equal, generally over-powered, resulting in bulb failure.
Standard parallel or "T" cable runs will provide the installation with adequate voltage and a reduction in the "voltage effect on lamps" as referenced above. Depending on the installation, either method can be successful and provide a professional job.
We recommend that the voltage at the first lap does not exceed 11.5 volts. The suggested spacing of Integral Lights is 36" to 72".

Voltage Factors

Common issues regarding voltage variations:

Input voltage to transformer-As the load increases, voltage drop increases. When one fixture burns out, the voltage to other fixtures increases.
Length of wire or run-As the run of wire from transformer to last fixture becomes longer, voltage drop increases.
Gauge of wire used-Smaller wire increases voltage drop (14 gauge or higher), but larger wire provides more consistent voltage (12 gauge or lower). Continuous operation of the LED over 12vAC will hold warranty.

For technical assistance, call 1-800-1364.

This fixture is intended for installation in accordance with the National Electrical Code (NEC) and local code specifications. Failure to adhere to these codes and instructions may result in serious injury and/or damage to the fixture and will void the warranty. These instructions do not cover all details or variations in equipment, or provide for every possible contingency related to installation, operation, maintenance, or mounting situation. Please call for assistance in alternate circumstances.

*Read all instructions carefully before installing.