• mini air vacuum pump for mining industry System 1
mini air vacuum pump for mining industry

mini air vacuum pump for mining industry

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
200 set/month

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Quick Details


  • Model Number: YQ 2SK

  • Theory: Vacuum Pump

  • Structure: Single-stage Pump

  • Usage: Air Pump

  • Power: Electric

  • Standard or Nonstandard: Standard

  • Fuel: electric

  • Pressure: High Pressure

  • Application: Sewage

  • color: any color

  • material: Cast iron/Steel

  • theory: vacuum pump

  • model: 2SK

  • usage: coal industry

  • structure: Single-stage Pump

  • application: Packing seal/mechanical seal ,all the parts are cast iron/stainless

  • OEM: acceptable

  • MOQ: 1 set

  • certificate: ISO9001

Packaging & Delivery

Packaging Details:standard exporting wooden case or as the customer's request
Delivery Detail:within 10-20 days upon the receipt of the payment

Specifications

mini air vacuum pump: 
1. high vacuum,low power,high pump speed 
2.widely used in mining industry 
3.ultimate pressure:33mbar 


Q: What's the function of the engine pump?
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Q: my water pump has gone south on me and I want to repair it myself any ideas on how to will be greatly appreciated, do to space between the water pump of the engine and the chasi or body of the van that makes working on thi vehicle kind of difficult any knoledgeable instruction will be welcome. thanks for the help. I am in California,the name is Elmer
drain cooling system, remove the fan belt. Remove the lower radiator hose, Remove nut from both front motor mounts. Remove alternator. Disconnect power steering pump pressure hose. Disconnect heater outlet tube from waterpump. Remove AC compressor front bracket, leaving compressor in place. jack up left side of motor about 5 inches. Remove waterpump bolts and nuts. Remove the drive belt tensioner pulley. remove the power steering pump with the hose still attached to it. and position it off to the side. Now remove the waterpump and gasket! reinstall in reverse order. This is taken from the Mitchell Repair Software.
Q: im attaching a motor from another filter onto my homemade filter. but i dont want to have to run a cord all the way from the pond to a powerplug. does anyone know of another way to such water into a filter without using electricity? some kind of siphon?
1. I had an electrician put a buried cable in the ground coming up to a weatherproof post with outlets and an on-off switch. It was not as expensive as I thought it would be. 2. You can put the water pump and filters by the house or even inside and run buried water pipes out to the pond, or just put the pump inside and have the filter by the pond which would run by water pressure or gravity. 3. A windmill or solar panel. A siphon uses potential energy stored in the water to work. Once the water has dropped through the siphon, there is no more energy to draw from and the siphon stops. A windmill or solar panel could provide the power to lift the water back up and make the process continuous, or at least while it's windy or sunny. However when pricing these two options even though they would be very cool if you have the large yard to accommodate them, they turn out to cost much more than either 1. or 2. and have much higher maintenance costs associated with them. 4. If it's a very small pond, you can get a solar powered filter/fountain that looks like a floating plastic lily pad. My son had one of these, but it only worked on the sunniest of days, and lasted one summer before wearing out. If you add a large block of filter foam over the intake it may last a little longer. Rinse it out two or three times a week.
Q: Have a Toyota RAV4. About 156, 000 miles on it.Yesterday as I started driving, there was a sound coming from underthe hood that sounded similar to a stick in bicycle spokes. Got to theend of the block and stopped and noticed there was smoke comingfrom below the belts.Got back to the house and the temp was up really high. No fluid.Added fluid and water and it was leaking, but not from the radiatoritself, but from towards the back of the engine?Might this be the water pump?
My dad and i were driving our mitsubishi eclipse and then we stoped a parking space to go to the store al of the sudden something popped and it stared smoking and a bunch of water came out yes it was the water pump we got a new one and it started working fine try that.
Q: I was driving when my temp gauge shot up all the way so i pulled off the next exit and my car shut off and started smoking i noticed the water pump belt was in shreds and what seemed to be anti freeze fluid and water was everywhere. I'm curious what could have broke maybe a gasket or the waterpump it's self besides just the belt?
It seems to be a water pump failure, unfortunately that kind of failure is unpredictable and can easily sneak up on you. What happens is the pump fails and then the belt gets literally gets burnt off, this issue can be a cascade failure because the excessive engine heat can cause a number of COSTLY internal engine problems because aluminum engine blocks these days can't handle prolonged excessive heat. Hopefully not in your case, but just to give you an idea of the issue and everything surrounding it. The cost to repair at a shop can run anywhere from 200$ to 600$ depending on where you take it, you can do it yourself if you are mechanically inclined but i suggest a professional because they can also further detect any damage that the pump failure may have caused.
Q: I've always wondered how a water pump moves water through a pipe. A fan moves air by spinning a propeller-like set of blades, but does a water pump work the same way? Or is there some other kind of mechanism inside the pump that draws water from one place and pushes it to another?
There are different types of pumps. The type most commonly used to pump water is the centrifugal pump, which operates pretty much the same way an air fan propels air. Additionally, a centrifugal water pump uses a volute or chamber that surrounds the impellor or the blades to direct the flow of the water, converting the flow energy that it imparts to the water into pressure energy.
Q: The single-phase water pump in the house is out of order. After opening the power supply, the motor can not start by itself. It is necessary to turn the shaft clockwise by hand. Then, what is the problem? How can I solve it? Thank you
Is your starting capacitor pump is broken. Because you pump it is a single asynchronous motor..... Single-phase asynchronous motor by capacitive phase shifting function, the single-phase alternating current isolated from another 90 degree phase alternating current. The two alternating current into two groups or four groups of motor winding, forming a rotating magnetic field inside the motor rotating magnetic field induced current in the rotor, the induced current magnetic field and rotating magnetic field in the opposite direction, by rotating magnetic field push pull into the rotating state, because the rotor must be cutting magnetic lines to produce induction current, so the rotor speed must be lower than the rotating magnetic induction motor speed, so thatSo if the starting capacitor is broken, then your pump will start difficult,
Q: Water pump 50HZ impeller and 60HZ what is different, why not the same?
50HZ motors are usually not damaged if they run on a 60HZ circuit, but the speed will increaseConversely, the 60HZ device runs on the 50HZ circuit, and the speed drops.Because of their different frequency, make them synchronous speed rotating magnetic field winding is different, so the rotor induction (induction motor) speed will be different, the pump will naturally lift Gao Shaoxu, and often will not cause damage to the equipment, because many things are in the 50HZ 60HZ.Second, for synchronous motors, the increase and decrease of speed is much more obvious than that of induction motors, because their rotor and motor are synchronous and keep synchronous speed
Q: How tight to a tighten down the bolts on a '86 volvo 240 water pump. The manual I bought doesn't say. The torque won't help me cause I don't have a torque wrench, so just general discription would help a lot. (I stripped the threads on a stud last time)
the pump is held on with 6mm x 100 thread pitch nuts and bolts. the best tool to use will be a 1/4 inch drive ratchet and short extension with a 10 mm deep socket [6 point] these bolts are 12-15 ft bs. of torque if you snug bolts down evenly and use only moderate pressure as a final tighten you should be alright. after srarting all bolts let pump relax so the top seal is not crushed
Q: I have a 2000 chevy impala with 85K on it. I have heard/a weird rattle noise from under the hood for some time now. I once asked about it on here and got suggestions regarding front end problems. I had that checked out and the front end is good. I still have the rattle noise along with a high pitched, but not very loud, squeeling noise when I accelerate. I am leaking coolant and it seems to be coming from near one of the belts. Is this a bad water pump? If so how expensive of a fix is it and how involved of a repair is it?
It sounds like a water pump or maybe a loose connection. It is probably time for a water pump if it hasn't been replaced yet. Parts will run under $60 and it probably involves an hour of labor. The Impala is a big car, it shouldn't be hard to get to and remove. Taking it to a shop will run under $100-$150 for everything.

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