Would the reptile bulb be proving IR, UVA & UVB? If that's the case then it might raise my internal leaf temp. and allow me to run my room air temps. lower maybe around 76 - 79F. I know right now my leaf temps are whatever my air temp is and therefore I keep the room around 80 - 85F. Anyway, a little bit off the SIP topic.
They do give off some UVA and UVB but I don't think that it is much..... hmm found this maybe it will help
1. REPRESENTATIVE LIGHT SOURCES AND THEIR PRINCIPAL TYPES OF RADIATION
Note: Wavelengths responsible for conversion of 7-dehydrocholesterol to cholecalciferol: 280-315nm
SOURCE
RADIATION
Sun
UVB 290-320 nm, UVA 320-400 NM, Visible 400-700 NM, Infrared >700 NM
Incandescents (frosted, reflector floods, spots, halogen lamps
UVA 320-400 NM (low levels), Visible 400-700 NM, Infrared >700 NM
Fluorescents:
Chroma 50, Colortone 50, Design50, Cool White, Warm White
Visible 400-700 NM
UVB 280-320 NM (low levels), UVA 320-400 NM (low levels)
Plant lights
Emphasize red and blue spectrums within Visible 400-700 NM
Blacklights (BL)
UVB 290-320 NM (low levels similar to Vita-Lite), UVA 320-400 NM
Blacklight Blue (BLB)
Same as BL but with less blue light emitted; reported harmful to eyes
Sun lamps, Germicidal Lamps, Phototherapy lamps
High levels of UVB causes skin cancer, cataracts, etc.
Other UV Sources:
High Intensity Discharge Mercury, Metal Halide
Visible 400-700 NM, Infrared >700 NM; UVA and UVB are shielded due to extensive damage to skin and eyes caused by such high intensity
Mercury vapor comboheat/UV product
Extremely high output of UVA and UVB posing health hazards to humans and reptiles in typical home setting
here is the source site:
http://www.anapsid.org/uvtable.html