• Single casing battle max slurry pump CNBM From China System 1
Single casing battle max slurry pump CNBM From China

Single casing battle max slurry pump CNBM From China

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

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Introduction

D series centrifugal pump for slurry is horizontal axial-flow single stageand single case  slurry pump. Adopting solid-liquid two-phase flow velocity ratio,D(ZJD) centrifugal pump for slurry can convert the energy between sold and liquid sufficiently in the pump casting, also improves erosion of the flowing parts. It can be used in series for multistage as requested. With advanced water-power design, reasonable structure and highly corrosion-resistant materials, D(ZJD) centrifugal pump for slurry have high-efficiency, good-cavitation-capability, long-lifespan, work-reliable ,abrasion-corrosion resistant ,easily cleaning and simple maintenance advantages, etc.

 

Features 


1.Size range (discharge)
25mm~600mm
2.Capacity
4.4 ~5600 m³/h
3. Head
6.2~ 150m
4. Work permits
Slurry concentration of ash and coal : no more than 45%    

 Slurry concentration of ore : no more than 60%

 

Structure
A. Pump head
Single-case pump
B. Shaft seal for choosing
Mechanical seal
C. Driving 
Directly driven via hydraulic coupling

 

Meaning of Serial No.

For example: 25D- A15
25: outlet diameter(mm)
D: single case pump
A: No. of impeller's vanes (A for 5pcs,B for 4pcs,C for 3pcs,D for 2pcs,E for 1pc, F for 6pcs,G for 7pcs)
15: Diameter of impeller (cm)


Q: QDX is a submersible pump. What does "X" mean?
QDX is a submersible pump model, its specific meaning is:1.Q: submersible pump.2.D: single-phase power supply, three-phase electricity is not marked.3.X: pump, pump type is not marked.Complete submersible pump model will generally add rated flow, rated lift and motor power rating. For example: QDX40-8-1.5, meaning with single-phase 1.5KW motor, rated flow of 40 cubic meters / time, the rated lift of 8 meters under the pump submersible pump.According to the different relative position of pump and motor, submersible pump is divided into pump type and pump type. The pump submersible pump motor in the above, below, this structure greatly reduces the radial size of the pump, so much for submersible pump and small submersible pump operation. Submersible pump submersible pump on top of the pump in the following, it is divided into two types of internal and external type. The submersible pump carries the liquid through the annular flow passage around the motor, then cools the motor and then flows out of the pump outlet. Even though the pump is near the drain sump, there is no need to worry about the temperature rise of the motor, so the application is becoming wider and wider. External pump submersible pump directly from the pressurized water chamber after the impeller or diffuser outlet of discharged liquid, motor is cooled by liquid pumping. As the lower pump structure can work in a relatively shallow liquid, it is often used in submersible pumps for operating surfaces, especially the main structure of large caliber submersible pumps.
Q: Pump impeller diameter plus assembly what changes? What's the effect on the motor?
Two 1.5 kW desktop self-priming pump impeller 14.7cm primary current 15.5cm problems may occur.After the impeller increases, the flow, head, shaft power will increase (increase in volume see the following formula), the original 1.5KW motor may overload operation.
Q: WATER PUMP, HOSES, 1998 TOWN COUNTRY
this is just a rought est. but Parts: water pump $129, Hoses $45 Each, Coolant 2 gal $30, hose clamps $ 5. Labor: water pump 1.2 hours @$89 per labor hour = $106, Hoses .4 hours x 2 hoses = .8 @$89 = $71.20 plus a possible cooling system flush $69. So your looking at around $500 bucks.........that is probably a little high Good luck!
Q: it's not doing anything. about a month ago, i changed the pressure switch because it the water just suddenly stopped (like now), and after changing it, it worked again. I did noticed that after changing the pressure switch, it was tripping a lot (the pressure switch). when the water pump stopped again (this time), i went a bought another pressure switch thinking that it was the same problem, but this time it didn't solve the problem. Came to find out later, that the pressure switch that i had changed about a month ago, it was wired incorrectly - maybe that's why it was tripping a lot? so i did wired this one correctly, but still didn't work. Did i burned the pump? another note here is that it has been less than a year that i changed the water pump. My question is, what could the problem be this time? did i burned the pump because i wired the pressure switch incorrectly? any suggestion, please email me thanks!
what the hell are you working on?? Need just a little more input
Q: I am looking for a small water pump that I can turn on and off using a computer, preferably via USB. If someone could please post a link or a method of me doing this myself, I will be very appreciative.
find the output positive and negative on the usb cable attach these to a solenoid or a relay. then attach the source that will power the pump to the pump, using the solenoid/relays contact pins as you would a switch. done. now just write a program on your CPU to control the usb output. for a diagram, email me at Ben@ Comcast
Q: I need to fit a booster pump to increase pressure from a gravity fed vented solar water heater (uses vacuum tubes).The problem is that the temperature of the water from the solar panel can be very high - in fact it could boil under some circumstances. It's safe because the system is vented.As the quot;solarwater feeds existing water heaters in the house, diluting the hot with some cold prior to the pump with an automatic mixer valve is not really an attractive option as we want to gather as much hot water as possible.Can anyone tell me where to get a booster pump that can operate at up to 100 Deg C, delivering 2 bar pressure and about 25 liters per minute. Thanks.
Yes you can as per the other answer . Make sure when you do you dont exceed the Gallons per minute of the cellar pump or you will burn up the pump on your house . Also make sure that the pump in your moms house can only pump up to 50 psi . Most well pumps can pump higher but that is the setting on the presure switch You might be able to change the tank and switch in moms cellar to a bigger presure tank and up the presure on the presure switch and cure the problem that way and not work the well pump so hard by turning off and on so often .
Q: can i drive my car ,with a blown water pump, 5 miles to a service center?
Probably not because most vehicles use a serpentine belt/drive belt to run the water pump and when the water pump goes the belt will most likely fall off. If you have an interference engine where the timing belt runs the water pump, then you could. It's not recommended, but I would do it if I couldn't do the repair myself.
Q: I'm going on a week long hiking trip and need safe water. What brand and model of water filter/pump should i get? Whats good quality for a low price?
The okorder /
Q: when i drove my truck after about 15 minutes i was parked and let my truck idle afetr about a minute of idling my truck stalled and when i turned it back of it was squeeking and made some noises for about ten seconds and then stopped. I noticed that the pully on my fan coming from the water pump was wobbling. my tempuratue was still normal what could cause this i am suspecting taht the bearings in my water pump went?
These water pumps are chronically junk. Luckily they are easy to change. If your mechanically inclined at all you can replace it for about $75 including antifreeze and it will take about 1.5 hours. Otherwise you should figure about $175 plus to have a shop replace it. ______________________________________ I see someone stated that they usually leak by this point. Thats true for every other vehicle ever made BUT! not for this unit.
Q: I'm looking to buy a used 2001 Protege. The car is nearing 75000mi, but the owner has not changed the timing belt or the water pump. I found out that it is recommended to change the timing belt at 60000mi, but couldn't find anything on the water pump. Realistically, when would I need to replace these, and any idea how much it would cost?Thanks!
That could have either the 1.6 liter or 2.0 liter engine. My information shows that if you have the 1.6 liter, at least you don't have to worry about bending valves against pistons if the belt breaks -- you'll just be stuck out on the road until you can get it towed and fixed. Not so with the 2.0 which is an interference engine. So if you DO have the 2.0, pay attention -- you don't want an expensive breakdown! You're on borrowed time at 75K. For both engines, Mazda recommends that you replace the timing belt every 60K miles. Gates (a major replacement supplier) seems to think these belts will go 105K. Since it's a factory belt, stick with 60K. As for the water pump, it's often one of those while you're already in there sort of things when you're doing a timing belt. 60K makes it a tougher call, especially with the better quality of water pump bearings and seals. If your interval were 80K ~ 100K as is true on some cars, I'd say go for it without blinking. As cheap as it'll be (it's really just the price of the pump), and it was my set of wheels, I'd do it anyway, even at 60K, if it needed to be pulled to do the belt.

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