Arcadia Bird Lamp T8 48" *Fits 36 Watt 48" fluorescent fixtures*

Product Description

 Currently out of Stock

NOTE: These are 36 watt 4 foot tubes.

PLEASE make sure your 4 foot fixture can run a 36 watt bulb.

Requires 36 watt 48" T8 Fixture to perform at peak levels.

So please check the wattage rating of your T8 48" fixture before ordering.

There are 3 wattages of 4 foot tubes in the USA: 40w, 36w & 32w.

**MOST FIXTURES WITH CHEAPER BALLASTS CAN ONLY RUN 32 WATT BULBS.***

So please be advised. For instance: “Shop Lights” for Most new “shop lights” from Home Depot, Lowes etc. can only run 32-watt 4 foot tubes. And not these 36w tubes.

However, most BETTER-QUALITY fluorescent light fixtures with electronic ballasts can run both 32w and 36w tubes.

So,

BEFORE BUYING specifically these 4 foot bulbs,

please remember to check your 4 foot fixture to make sure it is one that can run these 36 watt flo. tubes properly.

FYI:

The other option is to save money in the long run and switch to new High Out Put T5 fixtures and bulbs.

HO T5 Fixtures and bulbs BETTER than t8 bulbs.

With new High Out-put HO t5, you save money on electricity and they pay for themselves. Not to mention you get easily about 50 – 60% MORE UVB & light using HO t5 over these T8 bulbs.  

Please feel free to e-mail if you need and help with bird lighting. (Use "contact us" link on web-site.) 

Thank you, Todd

Please check your 48 inch fixture(s) to make sure they will work with 36 watt 48 inch t-8 Bulbs.

 The Arcadia Bird Lamp has been developed in order to provide an artificial source of ultraviolet (UV) light, which is essential to captive birds denied exposure to direct sunlight. The use of a light source that mimics the natural UV content of sunlight has recognised health benefits, and provides birds with a more natural view their surroundings, encouraging natural behaviour and in many cases improved breeding results. Unlike normal fluorescent lamps, the Arcadia Bird Lamp uses special UV emitting phosphors to replicate the spectral pattern of sunlight with 12% of the total light output emitted as UV-A and 2.4% UV-B. • Recreates UV exposure for domestic birds • Promotes vitamin synthesis • Restores natural vision • Available in linear form for aviaries and bird rooms WHY DO BIRDS LIGHTING?… Unlike humans, birds can see the ultraviolet (UV) light that is a component of natural sunlight. In birds UV light influences behaviour such as reproduction and feeding – for a bird life without UV would be the equivalent of humans seeing everything in black and white. A bird kept inside may well be deprived of UV light. Sunlight passing through a window has most of its UV component filtered out by the glass, and normal domestic light sources do not emit UV.Where a bird is not kept outside, lighting that includes the UV spectrum should be provided. Note: Linear bird lamps are designed for use in light fixtures with high frequency ballasts - do not use with fittings with a diffuser in front of the lamp, unless it specifically states it is UV transmissive, as this will block the UV content of the lamp. Note: Linear bird lamps are designed for use in light fixtures with high frequency ballasts - do not use with fittings with a diffuser in front of the lamp, unless it specifically states it is UV transmissive, as this will block the UV content of the lamp. Note: Linear bird lamps are designed for use in light fixtures with high frequency ballasts - do not use with fittings with a diffuser in front of the lamp, unless it specifically states it is UV transmissive, as this will block the UV content of the lamp. Vitamin D3 synthesis Vitamin D3 is required by birds for healthy bone development. Many species can synthesize vitamin D3 from sunlight through their skin. Specifically, it is the UVB light within the spectrum that enables D3 synthesis. As birds are covered in feathers, they are unable to use their skin in this way. In most birds, the preen gland collects the precursor D3 from the bloodstream, and concentrates it in the gland oils. These are then exposed to UVB light by the bird spreading the gland oils on to its feathers during preening. The bird then ingests the UV exposed material when it preens itself again, and oil enters the body as previtamin D. The liver and kidney then convert this to vitamin D3. Vision The retina of the eye contains cones, which, when stimulated by different wavelengths of light, transmit colour information to the brain. In a human eye, there are three types of cones, enabling us to perceive three primary colours: red, green and blue. This is known as trichromatic vision, the combination of these colours enables us to perceive thousands of different colours. Birds have a fourth cone, which is sensitive to UV light, and can perceive four primary colours, the additional colour being UV. This is known as tetrachromatic vision. In humans, UV light is unable to pass through the lens of the eye, but the bird has no such limitation. The latest research has discovered that some birds can even see five primary colours (i.e. have pentachromatic vision), being able to differentiate between two different wavelengths of UV. Feeding UV perception plays a significant role in the selective intake of food. Ripe fruit and berries appear a different colour to a bird and pollinating flowers often UV reflections, assisting the bird to home in. What a bird sees affects its appetite. Reds are redder and greens greener with UV. A reluctant feeder may need UVA light to stimulate its appetite. Behaviour Without a balanced source of light, the oculoendocrine cycle (light to the pituitary and pineal gland) is affected. This affects every aspect of a bird’s life resulting in agitation, picking behaviours, weakness, breeding problems, and metabolic disorders. Breeding Birds’ feathers reflect UV light and this reflection of the plumage plays a role in the sexual selection of birds. As birds are able to distinguish UV light as a separate colour or colours, the UV component in daylight can radically alter their visual perception of another bird. Birds such as mynah birds that appear black to the human eye will appear multi coloured to the avian eye. In some species, birds require light in the UV wavelengths in order to differentiate between the sexes.