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1400 Ml/min 수소 연료 전지 물 전기분해 순수 수소 발전 발전기 산업용 전해동기 수소
아직 리뷰가 없습니다
주요 속성
기타 속성
보장
2 년
생산성
1400 ML/MIN
무게 (KG)
2 kg
비디오 나가는 검사
제공
기계 테스트 보고서
제공
코어 부품
모두
원래 장소
Guangdong, China
유명 상표
SYLTG
브랜드 이름
SYLTG
제품 이름
수소 전기 분해 전해질
신청
에너지 분야
키워드
기술
판매 후 서비스 제공
비디오 기술 지원 온라인 지원
수소 순도
99.99%
장점
쉬운 가동
작동 압력
0.1 ~ 1.3
서비스 수명
적절한 작동
H2 흐름
50 -- 6000 ml/min 조정 가능
포장 및 배송
판매 단위:
단일 품목
단일 패키지 크기:
10X12X6 cm
단일 총 중량:
2.000 kg
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샘플
Maximum order quantity: 1 개
샘플 가격:
₩533,250/개
맞춤 제작
서비스
무상 교체 부품세부정보 보기
공급업체의 제품 설명
Application
Hydrogen Generator, hydrogen generator, hydrogen oxygen generator, hydrogen-rich water machine, hydrogen nourishing vitality, hydrogen bath equipment, beauty equipment.
H²O In： Represents the inlet of purified water and is connected to the outlet of the purified water tank.
H² Out： Represents the outlet of hydrogen, connected to the hydrogen pipe.
O² Out： Represents the outlet of oxygen, which is also the return outlet. Water from the oxygen outlet or connected to a steam-water separator, where the water from the steam-water separator is returned to the tank; Or connect directly to the water tank.
Electrolysis mode
No need to add alkali liquor, safe and reliable, convenient maintenance.
Water source requirements (TDS)
Yibao purified water, secondary distilled water, Watsons purified water, deionized water.
Electrolytic cell inlet, hydrogen and oxygen outlet tube size: 2-tube.
Product model | Hydrogen production | Oxygen production | Water consumption | Recommended pressure | Current rating | Output voltage |
4000-HB6 | 4000 ml/min | Pure hydrogen | 480 ml/h | 0.1 ~ 1.3 MPa | 67A | 24V |
50-HB4 | 50 ml/min | 25 ml/min | 6 ml/h | 0.1 ~ 1.0 MPa | 7A | 3.5V |
100-HB4 | 100 ml/min | 50 ml/min | 12 ml/h | 0.1 ~ 1.3 MPa | 13A | 3.5V |
150-HB4 | 150 ml/min | 75 ml/min | 18 ml/h | 0.1~1.3 MPa | 20A | 3.5V |
200-HB6 | 200 ml/min | 100 ml/min | 36 ml/h | 0.1~1.3 MPa | 25A | 3.5 V |
300-HB4 | 300 ml/min | 150 ml/min | 36 ml/h | 0.1~1.3 MPa | 20A | 7 V |
400-HB4 | 400 ml/min | 200 ml/min | 36 ml/h | 0.1~1.3 MPa | 26A | 7 V |
450-HB4 | 450 ml/min | 225 ml/min | 54 ml/h | 0.1~1.3 MPa | 20A | 9 V |
600-HB6 | 600 ml/min | 300 ml/min | 72 ml/h | 0.1~1.3 MPa | 20A | 12 V |
800-HB6 | 800 ml/min | 400 ml/min | 100 ml/h | 0.1~1.3 MPa | 25A | 12V |
1000-HB6 | 1000 ml/min | 500 ml/min | 120 ml/h | 0.1~1.3 MPa | 25A | 15 V |
1200-HB6 | 1200 ml/min | 600 ml/min | 144 ml/h | 0.1~1.3 MPa | 25A | 18 V |
1400-HB6 | 1400 ml/min | 700 ml/min | 168 ml/h | 0.1~1.3 MPa | 25A | 21 V |
1600-HB6 | 1600 ml/min | 800 ml/min | 192 ml/h | 0.1~1.3 MPa | 25A | 24 V |
1800-HB6 | 1800 ml/min | 900 ml/min | 216 ml/h | 0.1~1.3 MPa | 25A | 27 V |
2000-HB6 | 2000 ml/min | 1000 ml/min | 240 ml/h | 0.1~1.3 MPa | 25A | 30 V |
2250-HB6 | 2250 ml/min | 1125 ml/min | 248 ml/h | 0.1~1.3 MPa | 28A | 30V |
2500-HB6 | 2500 ml/min | 1250 ml/min | 256ml/h | 0.1~1.3 MPa | 26.5V | 36V |
3000-HB6 | 3000 ml/min | 1500 ml/min | 264 ml/h | 0.1~1.3 MPa | 32A | 36V |
3500-HB6 | 3500 ml/min | 1750 ml/min | 284 ml/h | 0.1~1.3 MPa | 34A | 39V |
3750-HB6 | 3750 ml/min | 1875 ml/min | 294 ml/h | 0.1~1.3 MPa | 36A | 39V |
3000-HB6 thickened end plate 15 layers | 3000 ml/min | 1500 ml/min | / | 0.1~1.3 MPa | 25A | 45V |
4000-HB6 three-layer custom end plate | 4000 ml/min | 2000 ml/min | / | 0.1~1.3 MPa | 25A | 60V |
4000-HB6, with the new 82 model, 8P | 4000 ml/min | 2000 ml/min | / | 0.1~1.3 MPa | 67A | 24V |
4500-HB6, with the new 82 model, 9P | 4500 ml/min | 2250 ml/min | / | 0.1~1.3 MPa | 67A | 27V |
5000-HB6, with the new 82 model, 10P | 5000 ml/min | 2500 ml/min | / | 0.1~1.3 MPa | 67A | 30V |
5500-HB6, with the new 82 model, 11P | 5500 ml/min | 2750 ml/min | / | 0.1~1.3 MPa | 67A | 33V |
6000-HB6, with the new 82 model, 12P | 6000 ml/min | 3000 ml/min | / | 0.1~1.3 MPa | 67A | 36V |
1. The pipeline connections need to be secure and reliable, with suitable temperature resistance, pressure resistance, oxidation resistance, and hydrolysis resistance to prevent aging or detachment leading to water or gas leaks. Materials in contact with water must be corrosion-resistant, oxidation-resistant, and high-temperature resistant, and the use of fluororesin materials as structural components or pipelines is recommended. If metal materials must be used, pure titanium is recommended.
2. Ensure that there is sufficient space around the equipment and proper channel design to ensure normal air flow and achieve good heat dissipation.
3. The water tank should be no less than 3.5L, and a liquid level control device (lowest and highest liquid levels) should be installed. The minimum liquid level of the water tank should not be less than 1.4L.
4. Use sufficiently safe electrical components and appropriate connection techniques to reduce improper overheating. The connection wires between the power supply and the electrolytic cell must be securely fastened to avoid safety hazards. The positive and negative wires from the power supply to the positive and negative terminals on the electrolytic cell must be tightened to prevent the generation of excessive heat and potential safety hazards.
5. It is necessary to use a constant current power supply with a voltage of 12.5V and an output current of 25A. The selection of the constant current power supply is very important, and it is recommended to use a power supply that has been tested by us. Power supplies that have not been tested by us may not meet the usage standards and can directly affect the performance and service life of the electrolytic cell.
6. Storage requirements:
- It is strictly forbidden to remove the plugs from the electrolytic cell for storage, as this will cause the electrolytic cell to dry out, affecting its performance.
- For electrolytic cells that are stored for an extended period without use, exceeding 30 days, it is recommended to remove the inlet and outlet plugs from the electrolytic cell, lay the electrolytic cell flat, and inject pure water using a clean syringe from the inlet until water flows out of the oxygen outlet. It is recommended to calculate the storage time of the electrolytic cell from the date of manufacture. It is optimal to complete installation within 30 days from the date of manufacture, and the electrolytic cell should not be stored in the machine for more than 60 days after installation. If the internal proton membrane of the electrolytic cell dries out due to prolonged storage, it will affect the performance of the electrolytic cell. For electrolytic cells installed inside a machine, measures should be taken to ensure that the cell remains hydrated, and the internal water should not be drained to prevent the electrolytic cell from drying out and affecting performance. Failure to adhere to the above storage requirements for the electrolytic cell or its use will absolve us from any liability for damaged electrolytic cells.
최소 주문 수량: 1 개
₩533,250옵션
총 옵션:1 모델 번호;1 처리를 해 퀄리티가 높고 용량.
선택하기모델 번호(1): 1400ML/MIN
1400ML/MIN
처리를 해 퀄리티가 높고 용량(1)
99.99%
배송
이코노미
배송비: 1개당 ₩25,905
보장된 배송일: 4월 23일
스탠더드
배송비: 1개당 ₩33,184
보장된 배송일: 3월 24일
프리미엄
배송비: 1개당 ₩38,992
보장된 배송일: 3월 20일
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