Year1
- 型号：
- FQW
- 风压为：
- 0.4-0.7Mpa
- 工作环境温度：
- 5-40℃
Series Mining Pneumatic Submersible Pumps are a new type of drainage equipment that uses a pneumatic (pneumatic) motor as the coaxial motive force and is not subject to
power supply Due to the restrictions of conditions such as moisture and dust, especially in places that require explosion protection, the safety and reliability of electric submersible pumps are irreplaceable. It is absolutely safe and reliable to use in any situation
. It is novel, advanced, energy-saving, high-efficiency, low-noise, safe, lightweight and requires little maintenance. It can be widely used on any working surface in coal mines to transport groundwater containing coal powder and sediment particles, and effectively improve the on-site air quality
Qi quality.
Model meaning:
: Mining pneumatic submersible pump
Using environment::::
The surrounding air contains coal dust.
The wind pressure is:
The value of the water is within the range
The volume ratio of solid impurities in the water does not exceed %
The density of the water does not exceed/
Working environment temperature ℃
Product features: :: :
Based on the original mining pneumatic submersible pump, the design parameters of the volumetric vane pneumatic motor are optimized. A supporting factory with advanced casting production
technology (coated sand gravity casting) is selected to process the aluminum alloy shell to improve the air tightness and tensile strength of the pneumatic motor shell
and improve the product performance. The development of silencers to reduce the noise of pneumatic motors has improved the underground industrial and mining environment.
Differences from other pumps of the same type: :: :
The design parameters have been optimized, the air inlet structure of the motor has been improved, the working chamber for the expansion and work of the pneumatic motor has been added, and the
shaft power. The mine air inlet quick connector is formed by the lost wax casting process, which is durable and convenient for users to use.
The aluminum alloy shell of the wind motor adopts advanced casting technology, and the air tightness and tensile strength of the shell are significantly improved.
The cloth-coated bakelite blades are molded with high temperature and high pressure of polymer materials, with uniform dimensional tolerances, and closely consistent molecular structures inside and outside
Good dimensional stability, small deformation, moderate hardness and flexibility, and wear resistance Durable, greatly improving service life.
The swirl impeller is a semi-open bidirectional inclined blade shape, which has strong sewage discharge capacity. The centrifugal pump impellers are all semi-open vortex composite blade shapes.
The impeller material is formed by the lost wax casting process, which is durable and has a high lift. The curve is flat.
The submersible pump is equipped with a muffler that utilizes the air flow energy of the exhaust noise of the wind motor. It has no power loss and no noise. When the water pump is running at full flow
it can further increase the pump lift and can be fully submerged underwater. work, greatly improving the practicality of the submersible pump.
The turbine air pump adopts a double air inlet form and re-adjusts the structural parameters of the moving impeller to achieve higher aerodynamic efficiency. The main structural parts are made of high-quality sheet materials, which reduces the weight of the whole machine and makes it easier to move.
Blade performance test report: :: :
Density
Rockwell hardness:
Flexural strength: transverse, longitudinal
Impact strength: transverse b/, longitudinal b/
Bonding strength:
Selection of mining pneumatic submersible pumps: :: :
The general selection should be based on the actual wind pressure underground, the actual water quality of the mine, the actual required flow rate, etc. Parameter selection, product quality can be selected according to the material of the blade. The blades made of high-temperature and high-pressure polymer materials have uniform dimensional tolerances, closely consistent molecular structures, good dimensional stability, basically zero deformation, and durability. It is durable and can greatly extend the service life of the air pump.
Generally, for drainage operations in coal mine well construction or tunnel projects, air pumps and/or are mostly used. These two types of air pumps have large flow rates and high lifts, and are basically applicable. The water wheel of the air pump is floating on the vortex of the pump body. Above the chamber, the throughput is larger than /
and is suitable for working conditions with a lot of mud and impurities in the water. The water wheel of / is sunk in the vortex chamber of the pump body. The water wheel has a large diameter and a high lift ratio. , but the mud concentration in the water should not be too large. Users should choose based on the actual situation
when selecting.
Use, care and maintenance: :: :
For volumetric vane air pumps (except oil-free self-lubricating wind motors), the oil mist of the air pump should be filled with machinery before use
Oil, during no-load test operation on the ground, the air pressure should be controlled and should not exceed 1 minute to avoid high-speed operation and accelerate parts wear, thus reducing the service life.
Before connecting the air inlet hose to the water pump air inlet joint, the dirt, sand, gravel and other debris in the air inlet pipe and the joint should be blown away to avoid entering the
cylinder and causing the cylinder to rupture or the rotor to be stuck and unable to operate. It is strictly prohibited to remove the stainless steel wire protective mesh
cover installed in the air inlet joint.
The inner diameter of the air inlet high-pressure hose is average (except for special requirements of the user). In order for the performance of the air pump to meet the design requirements, it should
ensure that its working air pressure is between ~.
During the use of the air pump with a lubricator, machine oil should be injected into the lubricator once per shift according to regulations.
It is not allowed to operate without lubricating oil, and it is not allowed to use grease instead. .
If any malfunction or abnormal sound is found during use, the air source should be shut down immediately for maintenance. During the disassembly and assembly process of replacing wearing parts, do not hit with a heavy hammer to avoid damaging the accuracy of internal parts. Generally, after one month of continuous use, the air pump should be opened and cleaned once for maintenance and upkeep. During installation, you should strictly follow the company's assembly and disassembly sequence regulations to extend its service life. If the blades are worn to the limit, they should be replaced in time. After the wind motor is assembled, it should be flexible when turning the shaft head by hand without any jamming. When installing the water pump impeller nut, a spring washer should be installed to prevent the rotor from turning loose when water returns, causing the impeller to loosen and sink and the pump body to rub,
affecting the normal use of the air pump.
The air pump rotates at a high speed. When there is no water, the air source must be turned off. Long-term no-load operation is prohibited to avoid damage to internal parts. The wind
pump can be used in turbid water containing a lot of rock powder and sediment. It can pass through particles and will not be blocked by the inhalation of small solid particles or fibers, nor will it be blocked by the inhalation of granular media. Premature damage due to inhalation.
The exhaust port of our company's air pump is connected to a muffler with independent intellectual property rights, but the exhaust interface should be exposed to the water to prevent sewage
Impurities directly enter the inside of the cylinder from the exhaust port, causing corrosion of parts or damaging the blades. The rotor is stuck, affecting normal use. Assembly steps of vane type mining pneumatic submersible pump: :: :
(1) Wind motor part:
Take the wind motor rotor and try to tighten it with a * (left tooth) round nut without burrs or jamming. , otherwise you need to use * (left)
wrench to trim the ribs.
Use a triangular file to trim the edges and burrs of the blade grooves on the rotor, and clean the iron filings and debris in the grooves for later use.
Take the upper cylinder head, scrub it clean, use a special tool to knock in the bearing and put two adjusting rings on the large flat end of the upper cylinder head. Check with a steel ruler. The adjusting rings should be higher than the large flat end. Flat ~ left and right are qualified.
Clamp the rotor with an aluminum or copper lining on the jaws of a bench vise. Knock the adjusting ring and the upper cylinder head into the rotor with a special tool.
Install the garden nut gasket and tighten the gasket feet. Insert it into the groove of the * left tooth of the rotor, and then tighten and lock it with the * left tooth nut
. Insert the gasket foot into the groove of the left tooth nut, add clean butter to the bearing, and then use the bearing gland
Only* tighten the screws and rotate the upper cylinder head. It should be flexible and free of sticking.
Turn the rotor around, clamp the square body of the upper cylinder cover on a vise, take the four trimmed edges of the blades and put them into the rotor slot, check that the length of the blades should not exceed the outer diameter of the rotor. Height (less than ~)
Place the cylinder so that the large end surface of the cylinder is in contact with the plane of the upper cylinder head, then remove one cylinder head, scrub it clean and use a special tool to knock in the bearing, and install the bearing The large flat surface of the lower cylinder head is aligned with the large outer surface of the rotor. Use a special tool to knock it in until it is
centimeters
. Make sure that the positioning hole on the lower cylinder head is aligned with the positioning hole on the cylinder. Place the Insert the ￠
positioning pin (note: the positioning pin
cannot be long), tap the lower cylinder head bearing to make the large flat surface of the lower cylinder head close to the cylinder flat surface, and hold the outer circle of the cylinder with your hands. Turn the rotor shaft head and the blades should slide easily and flexibly in the cylinder.
Take an aluminum shell, wipe off the aluminum chips, make the large flat surface face down, use a retaining ring pliers to insert the ￠ hole using a retaining ring, and put the ￠
skeleton oil seal, with the flat surface facing downwards. Use a special tool to knock it into place, then put in the aluminum spacer, and then take out the frame oil seal with the flat side facing down, use a special tool to knock it into place, and use the hole to use the retaining ring pliers to insert the ￠ hole using the retaining pliers Circle only.
Take r and insert the shaft sleeve only into the frame hole from the big end of the aluminum shell. The outer circle of the shaft sleeve should be inside the shell.
Overhead the air motor housing, put the installed air motor rotor shaft head down into the bushing hole in the housing. Pay attention to align the upper cylinder
air inlet hole with the cylinder air inlet hole. And correspond to the exhaust port, tap it in gently, install the ￠
positioning pin in the positioning pin hole of the upper cylinder head, align it with the cylinder positioning hole, and seal the positioning pin with butter (note: the positioning pin cannot be high out of the upper cylinder head plane).
Take the top cover and install the bracelet, insert the rubber sealing ring (**), and use only * screws to assemble the installed wind motor
shell and tighten the screws. At this point, the wind motor is basically assembled.
(2) Water pump part
Put the top cover of the installed pneumatic motor downward, take the stamped pump cover and put it into the ￠ seam of the housing.
Take * a standard flat key and grind one end on the grinding wheel. Bevel angle, twist the rotor shaft,
align the keyway on the shaft with the one on the sleeve. Pour the spout and insert the flat key.
Install the impeller on the rotor shaft with a special tool, put in the spring retaining ring and tighten the nut.
Take out the pump body, put the rubber sealing gasket in place, and tighten the screws in order to assemble the pump body.
Place the whole water pump (the pump base is on the ground), take out the water elbow and put only the rubber gasket on it, and tighten it with only * screws.
(3) Oil mist device part
Take the oil mist device body and install it into the oil valve core, so that only the oil valve core hole faces the air inlet, use * screws and nuts each, and put in
shaped rubber Turn (￠*), adjust the screw, tighten the oil valve core to prevent it from rotating, and tighten the nut to stop.
Install the ￠*￠* two-shaped sealing rings in the groove of the oil mist body
Take the oil mist housing, knock the oil mist body into the housing, and use the shaft with retaining ring pliers ￠ The shaft is installed and stuck with a retaining ring.
Then put the * oil plug screw on the ￠* sealing ring and screw it into the oil filling hole on the oil mist housing.
Install the lubricator on the top cover of the pneumatic motor with only * screws, and the assembly of the overall pneumatic submersible pump is completed.
(4) Use
When in use, inject mechanical oil into the oil filling hole of the lubricator. Screw on the air inlet connector at the top air inlet and connect it to the air outlet pipe of the air compressor.
Exhaust air on the top of the casing. Just screw on the muffler and you can put it into operation.
Random accessories: :: :
Name quantity
Air inlet combination joint or quick connector (user's choice) pieces
Water outlet elbow or straight pipe (user's choice) pieces
/> Silencer device
Noiseless pneumatic submersible pump energy-saving drainage device (special for noiseless air pump) set
Transportation and storage: :: :
The product can be transported by conventional means of transportation. There should be reliable positioning and waterproofing measures to prevent vibration and impact. Rough loading and unloading is strictly prohibited, and transportation with corrosive substances is not allowed. The product should be stored in an upright position in a ventilated and dry warehouse, and should not be stored in the same warehouse as corrosive substances.
Jining Haichuan Industrial and Mining Equipment Co., Ltd. (r,) is located in Jining, the hometown of Confucius and Mencius and the hometown of the Water Margin, the canal capital. It has a superior geographical location, developed communications and convenient transportation, rich mineral resources, many varieties and large reserves, and is home to the Yankuang Group Jinan Mining Group, Zibo Mining, Feicheng Mining, Zaozhuang Mining, Linyi Mining, Xinwen Mining Group, etc. are among the civilized coal bases in the country. Jining Haichuan Industrial and Mining Equipment Co., Ltd. mainly deals in mining equipment and accessories, Wujinjiaodian instrumentation, electronic products, engineering machinery, electrical equipment and accessories, lighting fixtures, etc. It is an industrial and mining equipment supply enterprise integrating industry and trade. The company's business philosophy is: development, innovation and honest management. Reasonable pricing, continuous improvement, and customer satisfaction. Over the years, the company has cooperated with many excellent brands of professional mining equipment. With the eternal goal of pursuing excellence and returning to society, the company is committed to building an excellent industrial and mining equipment supplier and service brand, and has won the trust and praise of customers. We sincerely cooperate with you and serve you wholeheartedly. We welcome new and old customers to call us for consultation and negotiation to create a better future together.
Address: North end of Guhuai Road, Rencheng District, Jining City, Shandong Province
Postal code:
Telephone:
Mobile phone:
Contact person: Manager Jiao
:< br/> Email: @
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