Replacement 12v LED Light Bulbs, G4 Style, 2.4 watt, Side Entry

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Replacement 12v LED Light Bulbs, G4 Style, 2.4 watt, Side Entry, dimmable*
120 Lumen LED Bulb (Warm White, Red or Blue), 12v/24v (actually accepts 10v to 30v DC)
120 Lumen Warm-White LED Bulb,
or RED or BLUE
Replacement LED Bulb
with light output
comparable to a 10 watt
Xenon or halogen bulb
Save energy,
reduce heat
Side Mount
G4 LED bulb for use in
horizontal socket
Replace this old style
G4 bulb to save energy
and reduce heat:
Old style G4 bulb
*This is a dimmable LED Bulb / a specific Led
Dimmer is required: D1205 Dimmer
Side mount Replacement LED Bulb
Convert your existing halogen or Xenon fixtures
to LED fixtures.
Fits G4-based lights with side entry bulb/
horizontal socket.
Advantages of 12 Volt LED Bulbs
• Low Energy Consumption -uses up to 5x less
power
• Shockproof - has no glass or thread like regular
bulbs
• Environmentally Friendly - contains no mercury
• Generates little heat - reduces amount of heat
in your cabin
• Save Money -Saves Electricity and Battery
Power
Overall thickness approximately 0.3"
LED Bulb Specifications:
G4LB
G4LS
(back pin)
(side pin)
• Power: 2.4 watts
• Voltage: 12 volt - 24 volt
(10-30 volts DC)
• Current at 12v: 200mA
• Base: G4 (Bulb style)
• Solid State Reliability
• High Intensity, Superior Lumen
Maintenance
• Well Heat Sink
• View Angle: 120 degree
• Mean Time Between Failure 40,000 hours
• NO UV, Superior ESD Protection
• Wave Length: 3300-3600
• Color Choices: Warm White, Red, or
Blue
• Typ. Luminous Flux: 120 Lumens
(Compare to a 10W Xenon or Halogen bulb,
which are typically 100 to 140 Lumens,
depending on the bulb quality, the fixture,
the lens, and the quality of the reflector, if
any. Also, LED bulbs are more direct,
whereas a G4 bulb emits light in all
directions).
What is an LED Converter?
When using LED lights on DC power that is
converted from AC Power (or when using ACready LED's), you may experience noise or
fluctuations in intensity. This is typically caused
by non-smooth power characteristics (such as
sine wave remnants). This can usually be resolved
with an LED Converter. An LED converter not only
converts AC to DC, it also smoothes out the wave
(provides superior voltage regulation), so your
LED's get what they need in a regulated dosage.
In other words, some LED's can be used on AC
power (check the specifications). Others can be
used only on DC power. The bottom line is, in
either case, if your power source is AC (or was
converted from AC instead being sourced from a
battery or solar cell), an LED Converter can be
used to eliminate noise or fluctuations in
intensity.
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