DESCRIPTION

This has been achieved by exposing the infant to bright light (approximately 4.5 micro watts/sq cm/nm) in the range of 420-480 nm wave length by use of conventional phototherapy unit has been one of SS TECHNOMED most important focus in the field of neonatalogy for many years.In order to remove the limitation of fluorescent  and CFL tubes, SS TECHNOMED has utilised long lasting, durable, more efficient and cost effective LEDs with more than double the flux as against what is radiated from conventional, fluorescent and CFL, for jaundice treatment.

Parameter

• LED 9-12 hi power LEDs(blue)(white LED optional)
• Irradiance >42 mw/cm2/nm at 30cm
• Light source lifetime minimum 25,000hrs.
• Less than 10% change in illumination after 25,000hrs(irradiance)
• Wavelength 420-480 nm
• Variation in intensity for 6 hours<10%
• Effective area 50 cm X 30 cm.

Electrical
Input voltage 100-240 V, 50-60Hz

Technical Specification

DESCRIPTION

This has been achieved by exposing the infant to bright light (approximately 4.5 micro watts/sq cm/nm) in the range of 420-480 nm wave length by use of conventional phototherapy unit has been one of SS TECHNOMED most important focus in the field of neonatalogy for many years.In order to remove the limitation of fluorescent  and CFL tubes, SS TECHNOMED has utilised long lasting, durable, more efficient and cost effective LEDs with more than double the flux as against what is radiated from conventional, fluorescent and CFL, for jaundice treatment.

Parameter

• LED 9-12 hi power LEDs(blue)(white LED optional)
• Irradiance >42 mw/cm2/nm at 30cm
• Light source lifetime minimum 25,000hrs.
• Less than 10% change in illumination after 25,000hrs(irradiance)
• Wavelength 420-480 nm
• Variation in intensity for 6 hours<10%
• Effective area 50 cm X 30 cm.

Electrical
Input voltage 100-240 V, 50-60Hz

Technical Specification