- Product Details
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Quick Details
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Working Temperature(℃):
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-20 - 60
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TYPE:
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WP4E-T8-20W-V
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WATTAGE:
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20W
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INPUT VOLTAGE:
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AC220-240V
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CCT:
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2700k-6500K
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LENGTH:
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1200MM
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IP LEVEL:
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IP66
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LIGHT SOURCE:
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SMD2835 LED CHIP
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Dimming METHOD:
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Triac dimming
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APPLICATION:
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poultry house lighting
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WARRANTY:
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5 YEARS
Quick Details
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Lamp Body Material:
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PC
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Lamp Power(W):
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20
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Place of Origin:
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China
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Working Temperature(℃):
-
-20 - 60
-
TYPE:
-
WP4E-T8-20W-V
-
WATTAGE:
-
20W
-
INPUT VOLTAGE:
-
AC220-240V
-
CCT:
-
2700k-6500K
-
LENGTH:
-
1200MM
-
IP LEVEL:
-
IP66
-
LIGHT SOURCE:
-
SMD2835 LED CHIP
-
Dimming METHOD:
-
Triac dimming
-
APPLICATION:
-
poultry house lighting
-
WARRANTY:
-
5 YEARS
The element part of the poultry house lighting
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Product Name
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Poultry lighting
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AC100-120 for North America,AC220-240 for Europe
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Style
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Chicken poultry house lighting detail
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Power
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Type
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Length
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Total lumen
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Dimming Method
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Material
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9W
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WP2E-T8-9W-V
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600mm
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1170lm
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Triac
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PC+Aluminum
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20W
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WP4E-T8-20W-V
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1200mm
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2600lm
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Triac
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PC+Aluminum
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24W
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WP5E-T8-20W-W
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1500mm
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3120lm
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Triac
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PC+Aluminum
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V shape for ceiling
Ring Hook Installation.
Hanging Installation
Understanding poultry light biology and environment
Poultry light biology
In poultry, red light is vital for stimulating sexual maturity and egg production. Birds exposed to red light versus blue, green or white light consistently have higher egg production than the other color groups. Red light is able to penetrate the skull to stimulate the extra retinal photoreceptors. Red light (around 650 nm) penetrates the skull and brain (hypothalamus) four to 50 times more efficiently than blue, green and yellow-orange light. The hypothalamus is important in regulating the production of hormones important for egg production.
Duration
Spectrum
However, neither of these measurements expresses the spectral peak intensity in the red, green, and blue spectra that are important for poultry growth and production. Research on broilers has shown that blue and green LED lights enhance growth. Research on layer pullets indicates that LED lights with a greater portion of blue and green spectra result in better body weights and uniformity compared to incandescent bulbs, although more data is needed (Settar, unpublished data). Overall, pullets may be reared with warm or cool lights, but laying hens should have lights with a sufficient red spectrum3 (2700K–3000K). Light bulb manufacturers usually provide information on degrees Kelvin, or a spectrometer can be used.
Intensity
Light intensity, measured in lux, clux or foot candles, is also important for poultry production. In general, light intensity below 5 lux is too dark to stimulate proper growth and production, while higher light intensity (above 50 lux) may cause nervousness and aberrant behaviour.
The standard recommendation for growing pullets is to brood for 2 to 3 weeks at 30–50 lux, and then dim to 10–15 lux until 14 weeks. Two weeks prior to the transfer, gradually increase the light intensity to match the levels in the layer house. Laying hens should be kept at an average of 30 lux at the level of the feed trough.
Maintaining uniform light intensity in a modern poultry facility can be difficult. To measure light distribution in conventional cage or colony houses with manure belts, it is ideal to take a measurement at the feed trough every 25 cm (or 1 foot) between lights and at every level. This will typically require between 30 and 100 light readings to accurately assess the light distribution.
In floor houses, measure at the wall, at feeder and drinker lines beneath the lights and 2–3 times in between lights for a total of 10 to 50 measurements.
In open-sided houses, use window shades and curtains to prevent direct sunlight from coming into the house. Even with these interventions, the light intensity in open houses can easily reach above 1000 lux.
