Large Capacity Model |
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Specification of FNBG Series [ Test Temperature: 20 ± 5℃] |
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Models | FNBG-200 | FNBG-600 | FNBG-1200 | FNBG-2400 | |
Output | 150 L/min (216 ton/day) |
416 L/min (604 ton/day) |
832 L/min (1,208 ton/day) |
1664 L/min (2,416 ton/day) |
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Bubble Size |
Average smaller than 300㎚ (measured after 24 hours after manufacturing) |
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DissolvedOxygen (ppm) |
Raw Water+20
fluctuation subject to oxygen supply |
Raw Water+20 fluctuation subject to oxygen supply |
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(Measured after removing microbubble completely) |
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Oxygen Injection Method | Oxygen Generator (Oxygen tank can be connected.) |
Oxygen Generator + Oxygen Tank |
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Ozone Generator |
Optional | ||||
Width / Depth(㎜) | 1,142mm / 1,172mm |
1,842mm / 1,172mm |
2,440mm / 1,172mm |
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Height (㎜) |
2,010mm | ||||
Weigh t(㎏) |
350kg | 420kg | 630kg | 1,100kg | |
Control System / Voltage | PLC Control(Touch Panel) / AC 380V 3P, 60㎐ | ||||
Power Consumption (㎾) |
4.5kW | 5.3kW | 10.6kW | 21.2kW | |
Costs for Using 40L Oxygen Tank |
N/A | ₩20/ton (When DO=Raw Water+20) | |||
Costs for Using Liquid Oxygen |
N/A | ₩5/ton (When DO=Raw Water+20) | |||
Application |
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1) Maximum ozone concentration of FNBG-200 model: 2 ppm (optional) 2) Maximum ozone concentration of FNBG-600 model: 1 ppm (optional) 3) Ozone concentration can be adjusted according to client's request. ※ Developed FNBG-1200 / 2400 model and can be changed according to client's request. ※ Basic production ratio: Nanobubble (85%) & Microbubble (15%) ※ Production ratio of Nanobubble and Microbubble can be adjusted. ※ Specifications of these models are subject to partial change. [NOTE] Typical water or raw water used in the data refers to tap water in South Korea. Depending on the quality, composition, and temperature of tap water, the levels of oxygen and ozone dissolved in nanobubble water may vary. |
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Specification of FNBG Series [ Test Temperature: : 20 ± 5℃ ] | |||||
Models | FNBG-200 | FNBG-600 | FNBG-1200 | FNBG-2400 | |
Output | 150 L/min (216 ton/day) |
416 L/min (604 ton/day) |
832 L/min (1,208 ton/day) |
1664 L/min (2,416 ton/day) |
|
Bubble Size | Average smaller than 300㎚ (measured after 24 hours after manufacturing) | ||||
Dissolved Oxygen(ppm) | Raw Water+20 fluctuation subject to oxygen supply |
Raw Water+20 fluctuation subject to oxygen supply |
|||
(Measured after removing microbubble completely) | |||||
Oxygen Injection Method | Oxygen Generator (Oxygen tank can be connected.) |
Oxygen Generator + Oxygen Tank | |||
Ozone Generator | Optional | ||||
Width / Depth(㎜) | 1,142mm / 1,172mm | 1,842mm / 1,172mm | 2,440mm / 1,172mm | ||
Height(㎜) |
2,010mm | ||||
Weight(㎏) | 350kg | 420kg | 630kg | 1,100kg | |
Control System / Voltage | PLC Control (Touch Panel) / AC 380V 3P, 60㎐ | ||||
Power Consumption(㎾) | 4.5kW | 5.3kW | 10.6kW | 21.2kW | |
Costs for Using 40L Oxygen Tank | N/A | ₩20/ton (When DO=Raw Water+20) | |||
Costs for Using Liquid Oxygen | N/A | ₩5/ton (When DO=Raw Water+20) | |||
Application |
|
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1) Maximum ozone concentration of FNBG-200 model: 2 ppm (optional) 2) Maximum ozone concentration of FNBG-600 model: 1 ppm (optional) 3) Ozone concentration can be adjusted according to client's request. ※ Developed FNBG-1200 / 2400 model and can be changed according to client's request. ※ Basic production ratio: Nanobubble (85%) & Microbubble (15%) ※ Production ratio of Nanobubble and Microbubble can be adjusted. ※ Specifications of these models are subject to partial change. [NOTE] Typical water or raw water used in the data refers to tap water in South Korea. Depending on the quality, composition, and temperature of tap water, the levels of oxygen and ozone dissolved in nanobubble water may vary. |
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Copyright(c)2020 Fawoo Nanotech Co., Ltd. ALL RIGHTS RESERVED |
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Fawoo Nanotech Co., Ltd. / CEO : Yoo, Young Ho / 24, Oksan-ro 208beon-gil, Bucheon-si, Gyeonggi-do, 14522, Republic of Korea | |
Copyright(c)2020 Fawoo Nanotech Co., Ltd. ALL RIGHTS RESERVED |