

75W (12V-15V) Multi-Tap Low Voltage Transformer for Outdoor Landscape Lighting COT702S

Product Informations
About the COT702S Transformer
- High-quality heavy duty stainless steel enclosure, waterproof and corrosion-resistant, can be used indoors and outdoors.
- listed with built and in circuit breaker, auto reset thermal circuit breaker / secondary: 13A magnetic circuit breaker.
- Use high performance toroidal core. Built-in timer receptacle.
- Can purchase photocell sensor separately add to the transformer for sensing functions.
- Designed with different voltage wiring positions.
6.9"x4.5"x4.5"
6.6 LB
12V/15V
120V 50/60Hz
High Performance
With 50,000hrs long lifespan and using state-of-the-art components, We stand behind our product with our top rated customer service

How to Choose Transformer
To determine the size of transformer needed for a low voltage lighting system, add up the wattage of all fixtures in the system and add 10% for lowvoltage cable and fixtures connections.
If the total load of fixtures is too great, either divide the total load between 2 transformers or use a more powerful transformer.
Select a transformer with 20% higher capacity than total wattage of all fixtures in the system, that allow you to add more fixtures later.
TRANSFORMER SIZING
SIZE OF TRANSFORMER=TOTAL WATTAGES OF FIXTURES X 1.1
Select a transformer that matches as close as possible to calculation shown above.
Example:you have 12 fixtures, each 5 watt. You need a 75 watt transformer (12x5=60 plus 10%= 66)
NOTE: Low voltage lighting systems require the use of a transformer to reduce the standard 120 volt power from ordinary household electricity to 12, 13, 14, and 15volt needed to power low voltage fixtures.
The total wattage of all fixtures connected to one transformer must not exceed the wattage capacity of the transformer.
How to Choose Transformer
To determine the size of transformer needed for a low voltage lighting system, add up the wattage of all fixtures in the system and add 10% for lowvoltage cable and fixtures connections.
If the total load of fixtures is too great, either divide the total load between 2 transformers or use a more powerful transformer.
Select a transformer with 20% higher capacity than total wattage of all fixtures in the system, that allow you to add more fixtures later.
TRANSFORMER SIZING
SIZE OF TRANSFORMER=TOTAL WATTAGES OF FIXTURES X 1.1
Select a transformer that matches as close as possible to calculation shown above.
Example:you have 12 fixtures, each 5 watt. You need a 75 watt transformer (12x5=60 plus 10%= 66)
NOTE: Low voltage lighting systems require the use of a transformer to reduce the standard 120 volt power from ordinary household electricity to 12, 13, 14, and 15volt needed to power low voltage fixtures.
The total wattage of all fixtures connected to one transformer must not exceed the wattage capacity of the transformer.

Email: customerservice@coloer.com / Tel: +1 626 699 4666
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