Factory source manufacturing 6/4D-G Gravel Pump to Southampton Factories

Factory source manufacturing
 6/4D-G Gravel Pump  to Southampton Factories

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Product Features Type G(orGH) gravel pumps are designed for continuously handling the most difficult high abrasive slurries which contain too big solids to be pumped by a common pump. They are suitable for delivering slurries in Mining, Explosive sludge in metal melting, Dredging in dredger and river course, and other fields. Type GH are high head pumps. Construction                          Construction of this pump is of single casing connected by means of clamp bands and wide wet-passage. ...


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Factory source manufacturing 6/4D-G Gravel Pump to Southampton Factories Detail:

Product Features

Type G(orGH) gravel pumps are designed for continuously handling the most difficult high abrasive slurries which contain too big solids to be pumped by a common pump. They are suitable for delivering slurries in Mining, Explosive sludge in metal melting, Dredging in dredger and river course, and other fields. Type GH are high head pumps.

Construction                         

Construction of this pump is of single casing connected by means of clamp bands and wide wet-passage. The wet-parts are made of Ni_hard and high chromium abrasion-resistance alloys. The discharge direction of pump can be oriented in any direction of 360°. This type of pump possesses the advantages of easy installation and operation, good performance of NPSH and abrasion-resistance.

19_副本 

      1.Support                                                8. Discharge Joint Ring 

      2.Bearing Housing Assembly                    9. Discharge Flang

      3.Adapter Plate Clamp Band                    10. Door Clamp Band

      4.Volute Liner Seal                                  11. Cover Plate

      5.Frame Plate Liner Insert                        12. Intake joint ring

      6. Impeller                                               13. Intake flange

       7. Frame Plate / Bowl                              14. Adapter plate

Performance Chart

                  Pump   Model Allowable
Max. Power
(kw)
                                  Clear Water Performance  
 Capacity  Q  Head
  H   (m)
Speed
  n (r/min) 
Max.Eff.
(%)
  NPSH
(m)
 Impeller. Dia.  (mm)
      m3/h                  l/s           
6/4D-G 60 36-250 10-70 5-52 600-1400 58 2.5-3.5 378
8/6E-G 120 126-576 35-160 6-45 800-1400 60 3-4.5 378
10/8S-GH 560 216-936 60-260 8-52 500-1000 65 3-7.5 533
10/8S-G 560 180-1440 50-400 24-30 500-950 72 2.5-5 711
12/10G-G 600 360-1440 100-400 10-60 400-850 65 1.5-4.5 667
12/10G-GH 1200 288-2808 80-780 16-80 350-700 73 2.0-10.0 950
14/12G-G 1200 576-3024 160-840 8-70 300-700 68 2.0-8.0 864
16/14G-G 600 720-3600 200-1000 18-44 300-500 70 3.0-9.0 1016
16/14TU-G 1200 324-3600 90-1000 26-70 300-500 72 3.0-6.0 1270
18/16TU-G 1200 720-4320 200-1200 12-48 250-500 72 3.0-6.0 1067

Applications
The gravel pump is used for river course, reservoir desalting, coastal reclamation, stretching, deep-sea mining and tailing acquisition etc. Gravel pumps are designed for continuously handling the most difficult higher abrasive slurries which contain too big solids to be pumped by a common pump. They are suitable for delivering slurries in Mining, Explosive sludge in metal melting, Dredging in dredger and course of rivers, and other fields.


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Factory source manufacturing
 6/4D-G Gravel Pump  to Southampton Factories detail pictures


We've got a really efficient group to deal with inquiries from prospects. Our purpose is "100% customer fulfillment by our product excellent, price & our group service" and enjoy a superb track record amid clientele. With many factories, we can easily deliver a wide selection of Factory source manufacturing 6/4D-G Gravel Pump to Southampton Factories, The product will supply to all over the world, such as: Azerbaijan , Czech Republic , Australia , We follow superior mechanism to process these products that ensure optimum durability and reliability of the products. We follow latest effective washing and straightening processes that allow us to offer unmatched quality of products for our clients. We continually strive for perfection and all our efforts are directed towards attaining complete client satisfaction.


  • Article Provided buy Houselogic

    The best time to replace a broken sump pump is before the next big storm — not after it.

    So if you notice that the sump pump in your basement or crawlspace isn’t kicking on when the water level rises, or if your pump is more than 10 years old — the typical lifespan of these machines — don’t wait to install a new one. Here’s how to select the right replacement.

    Which Type Should You Choose?
    Assuming your sump pump was effective before it broke down, the easiest solution is to replace it with a similar model.

    A submersible pump sits down in a hole cut into the floor of your basement or crawlspace as part of an interior French drain system. The motor is in a sealed, waterproof housing. When water around it rises to a set level, the pump turns on, flushing water out through piping that runs outside and away from the house.

    A pedestal pump puts the motor on a stand a couple feet above the water, and only the impeller (the part that pushes the water) is down in the pit. The concept: Because the motor stays relatively dry, a pedestal pump should last longer.

    However, quality submersible pumps (that is, those made of cast iron) typically outlast pedestal pumps (which are generally plastic), says basement-waterproofing contractor John Lombardi, who has crews throughout Oregon and Washington.

    “They’re heavier duty, they’re completely sealed, and the water actually cools them, preventing excessive wear when they’re pumping hard for long periods of time,” says Lombardi.

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    Power Ratings and Cost
    The standard sump pump ($100 to $200) is 1/3-horsepower, which is powerful enough to remove 1,800 to 2,200 gallons an hour, a pretty significant flood.

    If you’re in an extreme flood zone — or your machine will have to pump the water up 10 feet or more of vertical pipe to get it outside — move up to a ½-horsepower ($150 to $350) pump, which can handle 3,000 gallons an hour.

    Need super-duty? A ¾-horsepower ($175 to $350) can move a whopping 5,000 gallons an hour.

    What About a Backup System?
    Since storms that cause flooding can also knock out power, your sump could be rendered useless just when you need it most — unless you install a backup system. There are two main options:

    A battery backup is a rechargeable battery pack that keeps your sump pump running in the event of a blackout. Some newer model sump pumps come pre-packaged with a built-in battery backup system.

    A second sump pump that’s battery-powered is a common option. It’s nearly as powerful as a main pump, and it has a couple of advantages over a battery pack: It kicks on not only during power outages, but also if the primary pump breaks down or needs help with an extreme flood.

    Both types of battery backup options switch on automatically when the AC power goes out, and they’ll give you about 10 hours of pump time. They run between $500 and $1,000.

    Water-powered backup is an alternative that eliminates both the battery and the second motor. It gets its power from your water main. Plumbed to a water line in the basement, it uses the pressure in that pipe to create a vacuum that sucks water from the pit.

    The advantage of a water-powered backup system ($300 to $500) is that there’s no battery to run out of juice — or to eventually need replacement. “It’s just a simple mechanical valve,” explains Bill Bonifacio of Base Products Corporation.

    The disadvantages are that water-powered pumps move less water — generally only about 1,000 to 1,500 gallons per hour — and they discharge not only the floodwater, but tap water too. And they’re not an option if you have well water, since that means there’s no water pressure during blackouts.

    When You Should Hire a Pro
    Although you can easily swap out one sump pump for a new one, hiring a pro is a good idea. A pro can recommend the right product for your particular situation. He’ll also identify and replace worn components, such as the pit liner, discharge pipes, and electric wiring. Either a waterproofing company or plumber can do the job, typically adding around $200 to $500 in labor costs.

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