LED boat lights (LED sailboat lights, led light bulbs for boats, marine navigation led light)
How Can I Choose LED Boat Lights?
What factors should be taken into consideration when selecting appropriate led lights for boats? Short voltage spikes must be kept in mind. Should Your Boat Have 12 or 24 Volt DC Electrical Systems? Nearly all boats under 40 feet that use DC electricity operate with 12 Volts as their nominal voltage setting. They employ batteries with a fully charged potential of 12.6 volts and load and charge devices that operate between approximately 12-14 volts; in contrast to 24V boat systems where charger voltage may rise to 29V DC. For DC 24V lighting systems, LED bulbs should operate between 24 to 40 volts in order to function optimally. I recommend purchasing LED boat lights (LED sailboat lights, led light bulbs for boats, marine navigation led light) which state they have already been tested on boat's lighting systems. Most boat lighting systems run at 24V; if you are uncertain whether yours does or 12V lighting system, please purchase our LED light bulbs from www.ledlightbulb.net which are specifically listed for boats: G4 marine led bulb 24V, P28S led bulb, P28S navigation lamp, LED marine signal lamp, led fluorescent replacements, 24v 36V 48V led fluorescent tubes, 24V G6.35 LED bulb for boats, 24V Marine GY6.35 LED Bulb, G6.35 led bulb 24v GY6.35 led bulb 12v Maine Yacht inner light. There are numerous items in this link that are specifically designated to boat lights. These devices feature wide range low voltage operation that can work at voltages from DC 12V to 40V; AC 12-30V operation makes these items ideal for boat lighting applications; all engineers know that AC 30 volt has an operating maximum DC voltage exceeding 40 volts.
As incandescent bulbs operate at 24V, I opt for LED light bulbs with DC 24V operation voltage as replacements. Unfortunately, when installing led light for boats they often become burnt out within five to ten minutes due to short voltage spikes.
LED boat lights (LED sailboat lights, led light bulbs for boats, marine navigation led light) have long since emerged as one of the most dependable lighting upgrades among boaters. As all the power for your boat's electricity needs is generated onboard, its availability can be somewhat limited. Usually, engine, battery banks, and onboard generators provide enough electricity. LED boat lighting solutions offer several distinct advantages over conventional bulb lights for marine applications, including their small size, high efficiency, excellent durability, long operating life and cool operation. Yet despite all their advantages there are several special considerations that must be kept in mind when installing these lights aboard your vessel.
Even with all their advantages, many boaters who consider installing LED fixtures onboard their vessels still have questions. Perhaps they purchased some cheap fixtures only to have them fail after just over one month of use. May they feel overwhelmed by all of the choices now available and find it challenging to select an LED that produces light similarly to traditional incandescent light bulbs? Finding the ideal type can be daunting task. Boaters should thoroughly consider all relevant issues prior to switching over to LED boat lights. Luckily, understanding the hows and whys of selecting led light bulbs has become much simpler as LED manufacturers continue to rapidly advance and enhance their offerings.
LED boat lighting has become more and more prevalent over time and as boat manufacturers switch out incandescent lamps for LED ones as standard equipment, many owners of older vessels are starting to consider upgrading to led boat lights as well.
LED light bulbs are electronic equipment and sensitive to voltage spikes; thus making them different than electrical equipment.
Marine electrical systems are self-sufficient affairs that, at their core, consist of an independent power generation source, storage device and distribution networks. The entire system is independent from outside power sources, and typically not designed to provide precise power delivery. Marine electrical systems tend to be safe and reliable, though their current levels can often fluctuate considerably, with short voltage spikes and changing current levels being common occurrences. Most electrical equipment, like incandescent light bulbs and motors, does not experience significant power variations that cause any significant problems. But for sensitive electronics like radar systems or computers that depend on consistent power delivery for optimal functioning and LED light bulbs as an electronic piece, variations could have serious repercussions.
As is commonly understood, led boat lights can be sensitive to fluctuations in electrical current delivery. While they are indeed durable and powerful, their voltage requirements must meet precise tolerance levels; when their voltage exceeds them suddenly or exceeds this tolerance limit they may suddenly fail or "burn out." Combine this with the imprecise voltage control onboard vessels, and problems may ensue. Most electronic devices designed specifically for marine use aboard vessels have been engineered to handle the fluctuations that arise with marine use. Solid state electronics with special controls are added to these devices that regulate and regulate the current that flows through it, in effect keeping it constant and constant throughout. This applies not only to boat systems but also led light bulbs.
There's more than meets the eye with regards to this one - especially as regards being on time with payments! In all seriousness though, let's face it; Boat owners who install led light bulbs only to find that they last only briefly often make the mistake of thinking that all LED lights are equal, purchasing whatever was cheapest that appeared easy to install. However, these LED bulbs boats were never meant for marine applications and thus lack the electronics required to properly control voltage levels onboard the vessel. Drivers are electronic regulating systems found on led bulbs boats that serve multiple functions depending on the application for which the LED was intended. An LED driver regulates current flow to allow an LED light fixture to operate across a broad range of electrical voltages. Some LED marine lights can easily be wired directly into a boat's electrical system regardless of whether it has 12V, 24V, or 36V systems as the included drivers automatically detect current flowing through and convert it to appropriate levels for LED. They constantly monitor voltages; even if voltage spikes too high or drops too low they maintain constant voltage to the LED and ensure optimal operation of its power output.
Boat fixtures for LED light bulbs:
A quality LED fixture should be designed to withstand abusive environments. In marine environments, such as coastal waters, its housing should be made of heavy gauge aluminum or stainless steel with an anticorrosion powder coat finish for added corrosion protection. Furthermore, IP67 or IP68 ratings denote full water protection - when possible they should be preferred over IP66 ratings as this provides more comprehensive protection.
Marine LED fixtures often utilize drivers capable of adding additional functions. Drivers can be configured from the factory to allow users to connect external dimmer switches that enable dimming or brightening of led bulbs boats much like they would with incandescent bulbs, and external controllers that enable flashing or strobing effecting lights as signal lights would do. Although such electronic drivers add to cost of LED marine fixtures, their additional benefits and long life more than offset any extra expenses incurred.
