The type of flash patterns available depends on the model
of Carmanah Light. For example, the
501, 601 and 701 are currently available from the factory in the
five most common flash patterns (10, 15, 30, 60 flashes/min &
steady-on) for general purpose uses,
including "steady on".
| Q. |
What colors are available? |
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All models are available in red, green, amber, white and
blue LED output colors. For daytime indication, red, amber,
blue or green lenses are also available on request.
| Q. |
Can the flash codes be changed? |
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For the
Model 501, the flash rates is set from the factory. For
the
Model 601 and 701, the flash code can be changed at any time
using the optional infrared programmer.
| Q. |
What is the life expectancy of
solar lights? |
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The expected life span of the encapsulated units
(Models
501 and
601) is dependent on the life of the battery system, which
in turn is dependant on the area of installation and operating
conditions. However, these units have been designed to last up
to five years under extreme environmental conditions.
The batteries in the Models
701 are replaceable and, ideally, these units should last for
decades. It is interesting to note that the LEDs used in all
Carmanah Lights should last at least 100,000 hours -- or 27
years of continuous operation at 10 hours per day -- as long
as the units remain intact.
| Q. |
What is the intensity of light emitted from Carmanah
marine lights? |
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| Q. |
Are the batteries replaceable? |
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At this time, the batteries are replaceable only for the
701 Series units. All other models have been designed to
operate for up to five years with absolutely no maintenance or
servicing required. At the end of their lifespan the entire
unit is replaced. Please note, the batteries in the old units
are recyclable. Contact your local lead-acid battery recycler
regarding proper disposal.
| Q. |
What sort of batteries are used? |
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All lights use special
lead-tin acid batteries that perform extremely well under
harsh environmental conditions. Specifically, they are sealed,
rechargeable batteries that provide a large energy capacity
for their size and deliver extremely reliable power output
over a long period of time.
| Q. |
How do LEDs compare to a normal incandescent light
bulb? |
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Carmanah Lights use LEDs
(light emitting diodes) for their light source, which are far
more efficient in their power consumption than incandescent
bulbs. Incandescent lamps expend much of their energy in the
form heat dissipation (85%), whereas LEDs waste relatively
little energy as heat.
| Q. |
Do I ever
need to change the batteries in my Carmanah
Light? |
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Other than the
701 units, all Carmanah Lights are completely
sealed and are designed to be completely reliable and
maintenance-free for the duration of their lifespan. They
never require bulb or battery replacement for up to five
years, at which time the entire light is replaceable. The
maintenance-free capabilities of Carmanah Lights provides a
distinct advantage over traditional marine lighting,
particularly in countries that must import the light bulbs and
batteries, as well as the lights. It also means there is a
significant cost savings in terms of the labor required for
maintaining and servicing traditional navigation lighting.
Due to the size and relative cost of the
701 Lights, these models feature a
replaceable battery pack that extends their life indefinitely.
| Q. |
Should I worry about cleaning the lens to improve
visibility? |
Top |
Carmanah Lights are designed for maintenance-free
performance. The unique structure of the Carmanah Lights
typically relieves you from any cleaning duty under most
circumstances. These lights are operating in a variety of
climates worldwide without the need to clean the lens.
| Q. |
I want to ensure that my Carmanah Light receives
maximum sunlight.
How should I care for the solar dome? |
Top |
Carmanah Lights were designed for use in rugged, remote
areas where the need for self-cleaning products is paramount.
The patented solar dome is typically self-cleaning and ensures
that your light will receive maximum sunlight and therefore,
enhanced product reliability throughout its lifespan.
| Q. |
Do the LEDs burns out? |
Top |
The lifetime of an LED (light emitting diode) at least
100,000 hours, depending on the color -- or 27 years assuming
the LED is in operation continuously for 10 hours a day.
| Q. |
What is the recommended operating temperature for
Carmanah Lights? |
Top |
The operating temperature range of the lead-acid batteries
used in Carmanah Lights limits the operating temperature range
of the products. As the ambient temperature increases, the
expected life of the battery may decrease. Optimum battery
life will be achieved by mounting the unit on the coolest
available surface. Carmanah Lights have been successfully used
in temperatures ranging from -40°C (-40°F) to +80°C (176°F).
Heat sinking or attaching your unit to metal that extends to a
water source, will moderate the ambient temperature of the
unit and extend its life. As well, where possible, resist
mounting the lights on high-heat surfaces such as black roofs
or tarmac, as these surfaces will degrade the life of the unit
over time.
Once the lead-acid batteries in Carmanah Lights are
discharged, they prefer to be "fast charged" to restore their
capacity to full power. The proprietary MicroSource™ circuitry
in our lights is designed to restore a full charge as quickly
as possible. The result of this charging regimen is that the
unit will shut off at a particular level of battery charge and
will not resume operation until there is a significant
recharging of the battery.
| Q. |
My Model 501 doesn't have a switch.
How do I activate it once I've received it? |
Top |
The Model 501 has a temporary magnetic "switch" in its base
designed to prevent the units battery from being discharged or
damaged during storage or transport. The switch is very simple
and consists of a powerful external magnet (about the size of
a typical watch battery) that fits in depression in the base
the product. To activate the Model 501 prior to mounting,
simply remove the magnet by placing the unit's base against
any magnetic surface (iron, steel, etc.).
The magnet is used to protect the battery during storing
and shipping only. It MUST be removed from the bottom of the
Model 501 for the unit to work! Once removed, the magnet is
only needed again if and when the light is to be stored. It is
recommended that the magnet be kept in a safe place for such
an occasion.
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