Rationalization of Fluorescent Lamp
Series achieving energy saving with leaving fluorescent lamp in use as it is now and line-up of LED-related lighting!
Overview
Our fluorescent light rationalization LINE of products achieving energy-saving while leaving the current fluorescent light as it is.
Our enhanced efficiency lighting equipment uses reflector with 99% light reflectance. It increases light illuminance and reduces power consumption by superior diffusibility of the light reflector. The "hybrid stabilizer" is the stabilizer which largely reduced the electrode burden of the fluorescent lamp. By using this hybrid stabilizer, you can maintain early brightness for a long time without breaking electrode part of the fluorescent lamp.
By combining these two methods, it results in significantly reduced costs and maintain the appropriate brightness for long periods of time.
Feature
LINE
Tokyo Metropolitan Government Bureau of Environment for SMEs introduced recommended equipment "Energy Saving Promoting Tax System Target Devices"
- ・More than 40% electricity costs cut down
- ・Brightness of two lamps with only one lamp
- ・CO2 significantly reduced
- Recommended for office, factory, shop and warehouse.
Hybrid Ballast
- ・Maintains the 95% of initial illuminance in 500,000 times of ON / OFF testing and 30,000 hours or more in aging test
- ・Power reduction of about 50% comparing to magnetic, dotetsu ballast products and of about 30% comparing to the inverter type.
- ・Reduced impact of the summer cooler setting temperature thanks to lower heating.
*The results of our experiments using a commercially available fluorescent lamp (Hf type)
Specification
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LINE
Tokyo Metropolitan Government Bureau of Environment for SMEs introduced recommended equipment "Energy Saving Promoting Tax System Target Devices"
Products Name | Correspondent with Pull Switch Specification |
Output Division | Power-supply voltage | Frequency | Power consumption | Suitable Lamp |
---|---|---|---|---|---|---|
Straight Type | ||||||
JHD8150 | Possible | Higher Power Type | 100-242V | 50/60Hz | 50W | FHF32 × 1 lamp |
JHD8270 | Possible | Rated Output Type | 100-242V | 50/60Hz | 70W | FHF32 × 2 lamps |
JHD8299 | Higher Power Type | 100-242V | 50/60Hz | 100W | FHF32 × 2 lamps | |
JDH8190 | Possible | Higher Power Type | 200V | 50/60Hz | 99W | FHF86 × 1 lamp |
JDH8190-FV | Possible | Higher Power Type | 100-242V | 50/60Hz | 108W | FHF86 × 1 lamp |
Implantable Type | ||||||
JHI8150 | Possible | Higher Power Type | 100-242V | 50/60Hz | 50W | FHF32 × 1 lamp |
JHI8270 | Possible | Rated Output Type | 100-242V | 50/60Hz | 70W | FHF32 × 2 lamps |
JHI8299 | Higher Power Type | 100-242V | 50/60Hz | 100W | FHF32 × 2 lamps | |
Hanging Type | ||||||
JHP8150 | Possible | Higher Power Type | 100-242V | 50/60Hz | 50W | FHF32 × 1 lamp |
JHP8270 | Possible | Rated Output Type | 100-242V | 50/60Hz | 70W | FHF32 × 2 lamps |
Possible・・・Possible support of specification with pull switch
Hybrid Ballast
Products Name | Output Division | Input Voltage Range | Frequency | Power consumption | Suitable Lamp |
---|---|---|---|---|---|
SDK series | |||||
SDK-322E-UN 40W, 2 lamps | Energy Saving Output Type | 100-242V | 50/60Hz | 47W | FHF32 × 2 lamps |
SDK-A12E-UN 110W, 2 lamps | Energy Saving Output Type | 100-242V | 50/60Hz | 119W | FLR110H × 2 lamps |
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