GC Bolid Feeding Pumps with High Quality

GC Bolid Feeding Pumps with High Quality

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 100 unit/month

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Product Description

Type GC series multistage Pump
Single-suction, multi-stage centrifugal pump
Capacity: 6-55m3/h;
Head: 46-576m
Power: 2.2-400KW;
Outlet: 50-200mm;
Temperature: Less than 110 degree celsius
Clear water without solid particles or other liquid which is physically and chemically similar to clear water.
We have cooperation experiences all across the world, and are appreiciated by our clients in terms of high quality, inexpensive price as well as good service. In addition, we can provide full set of services technically like installment instructions and after-sale services.

Type	SC	Size mm	Flow (m ³ /h) water	H (m) water	Shaft seal	Filed	Noted
Slurry pump	LWA	1" ~12"	4~2500	5~99	Centrifugal seal Packing seal mechanical	widely use in metallurgical , mining, coal, power, building material	-
Submerged Slurry pump	LWYZ(R)	40~300	8~1500	5~35	-	Abrasive, large particle and high density slurry	vertical without shaft seal
Slurry pump	XZ XZL TXL	40~300	15~2300	15~134	Expeller sea+packing seal Packing seal mechanical	Power metallurgical mining coal and building material	MAX Cw 45%(ash); 60%(ore)
Flue gas desul furization	DT(L)	40~800	4.3~9700	1.4~88	-	FGD	ph 2.4~1.3 Cl - less than 60000ppm Cw less than 60% Tem. Less than 120º C
Submersible Sewage pump	LWQW	40~500	7~3000	7~45	-	sewage pump for buildings, residential quarters, municipal, road, sewage plants, sewage treatment plants, hospitals etc	energy-saving, non-blocking, anti-winding and long life
Double-suction centrifugal pump	LWS SH	150~600	120~14000	10~120	soft packing	Industrial, mines, water supply, power station, hydraulic engineering, irrigation or drainage etc	Tem. Max 80º C
Water pump	HJ(R)B	50~200	6.3~400	5~125	-	Industrial and urban water supply discharge and agriculture	Tem. Max 80º C
Boiler water supply pump	LWD(G)C	40~200	3.75~300	69~1050	packing seal mechanical	water(Cw less than 1%, D less than 0.1mm)	Tem. Max 160º C
Boiler feed water pump	GC	-	6~55	46~576	-	Boiler, factories and cities feeding water	Tem. MAX 210º C

Q: What does the temperature range of the pump mean?: Not be too cold or hot water, will be frozen.

Q: How much would it be in labor and parts to change a water pump and on a 2000 Dodge Durango 5.9 4 wd with 109k.miles? Should I change the timing chain? If you can please give me a estimated Thank You!I getting tired of old Vechiles LOL: 2000 Dodge Durango Water Pump

Q: A Pump is direct driven by a 25 HP 900 rpm electric motor at rated load. In order to to double the quanitity of water delivered, it would be necessary to substitute a motor rated at____HP at____rpm. ans. 200 and 1800. not sure how they came up with this answer...whats the equation???: N = (95 H.C)/D Where N = rev/min D = diameter of impeller over blade tips in metres H = total head in metres C = constant. C depends on the shape of the pump and normally lies between 1.05 and 1.2 Later edit. I'm not sure if you are aware of it but each impeller has it's own characteristic performance curve.

Q: How many kinds of pumps are there? What are the advantages of soft start?: Soft start is prepared, hard start is not prepared, the machine suddenly can not stand! Ha-ha

Q: need to know how to change water pump of my plymouth voyager its a 96 and motor is a 4.: Rick is usually spot on but he kiinda missed the boat on this one. The only 4 cyl available in a 96 Voyager was the 2.4L. There were 3 V-6 options but only one 4 cyl. As C-tech said it is driven by the timing belt so I would recommend replacing the belt and tensioner while you are there. ALLDATA shows a labor time of 3.8 hours. Here's the procedure. NOTE: If you've never set up a timing belt before find a helper who has or hire a mechanic. If done wrong you can destroy your valves. Raise and support vehicle and remove right inner splash shield. Remove accessory drive belts and power steering pump. Drain cooling system. Support engine from bottom and remove right engine mount. Remove power steering pump bracket attaching bolts and set pump and bracket assembly aside. Power steering lines do not need to be disconnected. Remove right engine mount bracket. Remove timing belt. Remove inner timing belt cover. Remove water pump attaching bolts and the water pump. Reverse procedure to install, noting the following: Install new O-ring gasket in water pump body O-ring groove. Tighten bolts to specification. Fill cooling system. Best of Luck!!!

Q: We are leasing land from a friend to put horses on. We're in the process of building a barn. We don't want to run water out there because its too much trouble for the meter and everything, but someone said to get a water pump and pump the water from the pond and filter it and use it. I have no idea what all we need or what kind of pump to get. Helpp!: flow to sears and get a shallow nicely pump that has a foot valve and runs on 115vac consistent with probability a a million.5 hp ..if the top(the uphill area plus the pipe loss ) gets to sizeable you're able to desire a lager hp yet a a million.5 with a 25 ft of head could supply 9gpm at 40 psi . Oh confident is that's a closed gadget be certain an get a intense stress shrink off change..they're real decrease priced... from the E..

Q: I went to have my car inspected for a leak at a friendly garage I know. They said I need a new water pump and in the mean time just keep the levels always checked and filled. Is it safe to drive for a while or can the pump totally fail and overheat the engine. As far as I know it's just leaking at this stage, the pulley and belts are fine.: It's safe as long as the levels are full and the pump doesn't fail. Here's the bad news - you have NO idea when that pump is going to go bad. Recommending to drive it that way is a dumb idea. Yes you can do it, no it's not a good idea. If your water pump decides to lock up now you popped or shredded a belt causing extra damage not too mention your vehicle overheating if you keep it running. You might get lucky, but I strongly suggest you stop driving the vehicle until it is repaired. It's asking for trouble.

Q: Hey for the past month my car has been leaking coolant, making a wierd noise when i drive it, and saying low coolant when its filled to the top.my husband took it out to get gas this morning and it stopped on him and had to be towed to the mechanicthe mechanic said its the water pump and somethin about anti freeze and this cost almost 300 bucks with parts and laborim just wanting to know if a water pump does indeed cause issues like this before we dish out this kinda money!!! btw its a 96 chevy luminathanks: if coolant is leaking out of the front of the pump(right where it spins) the water pump does need to be changed.300.00 dollars is a fair price for parts and labor. you may also have to change the thermostat

Q: I would like to use water from the lake to water my lawn. My lawn is about 100 feet up hill from lake. Just want something I can attach a garden hose to. what type of pump and horsepower do I need.: Not less than 1.0 horse power pump is needed to lift water from 100 ft down. But, if you want some more power, you need not get more than 1.5 H.P. in any case.

Q: Water pump 50HZ impeller and 60HZ what is different, why not the same?: 60Hz pump and 50Hz pump itself is not much difference, just that the motor speed, the rated speed is 3600 rpm, 1200 rpm, 1800 rpm, the latter is generally 3000, 1500, 1000 etc.. If it is to use the same pump, the difference is that the 60Hz motor pump flow is 50Hz, motor water pump flow of 1.2 times, the lift is 1.2*1.2=1.44 times, power is 1.2*1.2*1.2=1.728 times. So in the actual manufacture, especially some relatively large flow lift pumps, pump motor using 60Hz to use 50Hz thicker than the spindle motor of the pump impeller, the difference between the two, in addition to empty size shaft is different, what basically no difference. As for the data of package angle, the water conservancy models of different factories are different, but I don't know whether there is any difference between them. Most of them make no difference. However, if you want to use the 60Hz pump to achieve the same flow rate as the 50Hz pump, the impeller of the former should be cut to 0.833 times the size of the latter.

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