Biogas booster explosion-proof blower

Biogas booster explosion-proof blowerUsing aluminum alloy high-pressure die-casting production, we agree to a voltage design of 50HZ/60Hz for stable performance, low noise, maintenance free, and longer lifespan, ensuring longer fan operation. Good sealing, no air leakage, no oil or gas, explosion-proof certificate, safe and reliable, aluminum alloy casting; The output air is clean and has high accuracy; Small in size and pollution-free, the machine base adopts a structure of parallel and vertical heat dissipation fins, which increases the heat dissipation area and other electrical and mechanical design measures. In terms of dust and water resistance, it is one level higher than the IP54 of YB series, making the operation of the motor more reliable.

Biogas booster explosion-proof blowerFeatures:

1. It has dual functionality, with the same product having both suction and blowing functions. And it can also use both suction and blowing functions simultaneously.

2. It adopts oil-free operation, which can make the air output by the blower cleaner and purer.

3. High pressure, large air volume, low noise, and lightweight machine. The gap between the rotors of the explosion-proof blower and the rotor, as well as between the rotor and the machine body, is small. Greatly increased the pressure of the wind.

4. Adopting a special blade design, its blade manufacturing has high precision, wear resistance, strong wind force, and long service life.

5. Reliable quality, capable of working normally in environments above an altitude of 5000, resistant to high temperatures and severe cold.

6. Maintenance free use, within the warranty period, basically no maintenance is required.

7. The overall material is made of aluminum alloy, and the motor is an explosion-proof motor, which will never produce sparks due to friction. It is more reassuring to use and has better explosion-proof performance.

Explosion proof blower for biogas boosting utilizationThe core function is to safely and stably increase the pressure of biogas to meet the needs of subsequent processing, storage, and utilization. The following are its main functions and features:

Boosting and stabilizing pressure: After the biogas is collected from the fermentation tank, the pressure is relatively low. The explosion-proof blower can boost it to the required level, overcome pipeline resistance, and achieve long-distance stable transportation to gas storage tanks, purification systems, or power generation equipment. At the same time, the system can automatically adjust the pressure to maintain the stable operation of the biogas pipeline network. ‌

Improving combustion efficiency: By increasing pressure, the problem of insufficient biogas pressure can be improved, making biogas more fully burned and more powerful, suitable for rural cooking, lighting, boiler heating and other scenarios, and improving energy utilization efficiency. ‌

Safe and explosion-proof design: Due to the flammability and explosiveness of biogas, the blower adopts explosion-proof motors and structures to ensure safe operation in complex environments and reduce the risk of explosion. ‌

Automation and reliability: Modern explosion-proof blowers are often equipped with variable frequency control and automatic monitoring systems, which can automatically start and stop according to changes in biogas pressure, reducing manual intervention and improving operational reliability. ‌

Adapt to complex working conditions: The equipment has a compact structure, strong corrosion resistance, and can cope with corrosive components such as hydrogen sulfide in biogas. It is suitable for industrial scenarios such as sewage treatment and biogas power generation. ‌

Operation and maintenance:

After installation, the blower should be manually rotated for the first time before starting to check for any abnormal collisions or friction, whether the rotation direction of the motor is correct, and whether the inlet and outlet valves are in a low flow state.

2. During the operation of the fan, attention should be paid to whether there are any abnormal sounds, oil leaks, abnormal vibrations, high bearing temperature, excessive motor current, loose feet, or other abnormal phenomena inside the fan and motor, and they should be eliminated in a timely manner.

3. After 5000 hours of use, the bearing grease of the fresh air fan should be replaced.

4. Maintenance: When inspecting the casing, first loosen the screws on the horizontal split surface, open the upper half of the casing and the upper covers of the bearing boxes on both sides, and remove the rotor to repair the rotor or casing. During maintenance, special attention should be paid to whether the impeller blades are broken, whether there are cracks, and whether the main shaft is bent. Before installing and dismantling the machine casing, it is necessary to be careful to avoid damaging the rotor due to the swinging of the upper half of the casing during the installation and dismantling process.

5. During the shutdown period of the fan, the inlet and outlet of the fan should be covered properly to prevent debris from falling into the fan cavity and causing accidents.

6. The fan needs to be inspected every six months to remove dust and oil stains from the fan flow channel.

Shanghai Xinke Industrial Co., Ltd. After sales and service

1. The company agrees that in the event of damage due to defects in parts or manufacturing defects during normal use It can be repaired immediately or replaced with a new product free of charge within one year after sale.

If it is due to improper use by the customer Repair of damage caused by unauthorized installation of accessories or self modification of the machine body Reasonably charge maintenance fees.

3. Damage caused by natural disasters or harsh operating environments Although it is difficult to accept within the warranty period.

If it is not possible to obtain proof of shipment date, the manufacturing date on the motor nameplate shall prevail.

5. Our company is responsible for the products Not exceeding the original selling price of the product.