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Introducing newly developed products by combining the technology of CCS.
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| *The light intensity was set to 100%, a Straight Light Guide with a connecting diameter of 8 mm was attached, and the illumination values at various light working distances (LWDs) from the end of the fiber were measured (reference values only). |
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| *A Straight Light Guide with a connecting diameter of 8 mm was attached and the illumination values at a position 50 mm from the end of the fiber were measured (reference values only). | *The light intensity was set to the maximum value and a Straight Light Guide with a connecting diameter of 8 mm was attached. (The same fiber was used.) |
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| *The light intensity was set to 100%, a Straight Light Guide with a connecting diameter of 8 mm was attached, and the illumination values at a position 50 mm from the end of the fiber were measured (reference values only). | *Temperatures were measured using a thermograph one hour after continuous lighting was turned ON and using a light intensity of 100% (reference values only). |
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| *These are calculated values until the light output decreases to 70% at a light intensity of 100% and an ambient temperature of 25°C (reference values only). |
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| *This is a comparison between the PFB2 (PFB) and a 100-W halogen lamp when they are lit for 24 hours with the light intensity set to the maximum value. Calculations were made using an electricity rate of 9 yen per 1 kWh/month and do not include basic charges. The halogen lamp was periodically replaced. | *This comparison illustrates the light output variations between the HYPER LED Light Source until its lifetime ends, and a halogen lamp replaced every 1,000 hours. |
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PFB2 |
PFB |
100-W halogen light source |
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| Power consumption |
Daily power consumption: 15 W × 24 h = 360 Wh Annual power consumption = 360 Wh/day × 365 days = 131,400 Wh |
Daily power consumption: 20 W × 24 h = 480 Wh Annual power consumption = 480 Wh/day × 365 days = 175,200 Wh |
Daily power consumption: 100 W × 24 h = 2,400 Wh Annual power consumption = 2,400 Wh/day × 365 days = 876,000 Wh |
| Annual CO2 emissions |
131.4 kWh × 0.555 kg CO2/kWh = 72.93 kg CO2 |
175.2 kWh × 0.555 kg CO2/kWh = 97.24 kg CO2 |
876 kWh × 0.555 kg CO2 = 486.18 kg CO2 |
*CO2 emissions are calculated by multiplying the electricity consumption by an emission coefficient of 0.555 kg CO2 per kWh.
