Long life, compact, seismic resistance, power-saving cold cathedic UV lamp UV-CCL
Stanley Electric
About This Product
■ Characteristics
Until now, many of the proven ultraviolet rays for industrial use have used a hot cathode (hereinafter, UV-HCL). Although the UV-HCL has a high ultraviolet strength, it was hard to use for consumer products because of its large size and short life. Stanley focuses on the eradication of ultraviolet rays, and released a cold cathedic (UV-CCL) type in 2010, which is resistant to long life, compact, earthquake-resistant, power saving, ON/OFF lighting. Due to the growing health awareness in Japan and the deterioration of air pollution, it has been adopted for air removal applications for various consumer products such as deodorizers, air conditioners, and vacuum cleaners. In addition, since it is possible to remove bacteria in the water environment, it is also adopted for water -removing bacteria such as humidifiers and aquariums.
■ Supplementary explanation regarding specifications
･ Lighting start voltage
* Peak voltage of both ends when the voltage slides up and the lamp is lit.
･ Recommended transformer output
* Voltage of both lamps that need to be added to satisfy the dark lighting in this specification
･ UV radiation irradiation
* Measurement distance = 1m, not sealed surface is measured.
･ 254nm all radiation bundle
* Calculated from JIS C7605
-
Product
Long life, compact, seismic resistance, power-saving cold cathedic UV lamp UV-CCL
-
Handling Company
Stanley Electric
6 Models of Long life, compact, seismic resistance, power-saving cold cathedic UV lamp UV-CCL
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | 254nm total radiation bundle | Dark lighting time | Dimensions: a (mm) | Direct tube length (mm) | Lighting start voltage | Peak wavelength (NM) | Pipe power | Pipe voltage | Recommended transformer output | Tube current | UV radiation irradiation | UV radiation irradiation stable time |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
|
UC / 4F70 / Z |
Available upon quote | 0.2 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 70 | - | 400max peripheral temperature 25 ° C 600max peripheral temperature 0 ° C | 254 | Initial 1.4 | Initial 140 ± 35 END OF LIFE 240MAX | 1,000min | 10 ± 0.05 | 2.1 ± 0.5 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
|
|
UC / 4F150 / Z |
Available upon quote | 0.6 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 150 | - | 600max peripheral temperature 25 ° C 900max peripheral temperature 0 ° C | 254 | Initial 3.1 | Initial 205 ± 25 End of Life 320max | 1,200min | 15 ± 0.05 | 6.7 ± 0.8 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
|
|
UC / 4F240 / Z |
Available upon quote | 1.1 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 240 | - | 860max peripheral temperature 25 ℃ 1,300 max peripheral temperature 0 ° C | 254 | Initial 4.7 | Initial 320 ± 50 END OF LIFE 440max | 1,500min | 15 ± 0.05 | 11.4 ± 1.5 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
|
|
UC / 4F35V / Z |
Available upon quote | 0.2 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 35 | 70 | 550max peripheral temperature 25 ° C 800max peripheral temperature 0 ° C | 254 | Initial 1.4 | Initial 140 ± 35 END OF LIFE 240MAX | 1,000min | 10 ± 0.05 | 2.0 ± 0.5 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
|
|
UC / 4F75V / Z |
Available upon quote | 0.6 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 75 | 150 | 600max peripheral temperature 25 ° C 900max peripheral temperature 0 ° C | 254 | Initial 3.1 | Initial 205 ± 25 End of Life 320max | 1,200min | 15 ± 0.05 | 6.5 ± 0.8 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
|
|
UC / 4F120V / Z |
Available upon quote | 1.1 | After lighting for 1 minute with 1 MAX rated tube current, it lights up within 1 second at the peripheral temperature, dark, 24 hours, and after leaving 24 hours. Recommended voltage must be applied to both ends of the lamp. | 120 | 240 | 860max peripheral temperature 25 ℃ 1,300 max peripheral temperature 0 ° C | 254 | Initial 4.7 | Initial 320 ± 50 END OF LIFE 440max | 1,500min | 15 ± 0.05 | 11.1 ± 1.5 | 60max * Time to reach 90%of ultraviolet illuminance during saturation. (25 ° C, reference value for lamp alone) |
Click on the part number for more information about each product
Customers who viewed this product also viewed
Other products of Stanley Electric
View more products of Stanley Electric
About Company Handling This Product
- Japan
- Since 1920
- 16,964 employees