LG High Pressure Vertical Multistage Booster Pump

LG High Pressure Vertical Multistage Booster Pump System 1

LG High Pressure Vertical Multistage Booster Pump

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 500 unit/month

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Features of LG High Pressure Vertical Multistage Booster Pump
1. Compact structure: Less volume, less install space
2. Easy to change the wearing parts(mechanical seal)
3. Easy to install and maintain
4. Less noise, less vibration, smooth performance
5. High quality wearing parts
6. Easy to match to other motors
7. High quality mechanical seal, no leakage, long operation life
8. Equipped with hot-water mechanical seal, which can deliver hot water

Working conditions of LG High Pressure Vertical Multistage Booster Pump
Flow range: 1.4-194.4m3/h
Head range: 20-230m
Speed: 2900r/min
Max pressure of system: 2.5MPa
Medium temperature: -15~+120º C
Environment temperature: ≤ +40º C

Applications of LG High Pressure Vertical Multistage Booster Pump
* Domestic water supply for (high) buildings
* Fire water supply for (high) buildings
* Water supply equipments
* Water supply for boilers
* Water circulation and boosting for industry
* Other clean fluid transportation

Model Meaning of LG High Pressure Vertical Multistage Booster Pump

65LG36-20x6

65: Inlet & Outlet Diameter (mm)
LG: Vertical Multistage Centrifugal Pump
36: Flow (m³ /h)
20: Singe Stage Head (m)
X6: Impeller Number

Technical Data of LG High Pressure Vertical Multistage Booster Pump

Model	Capacity Q (m3/h)	Head (m)	Speed (r/min)	Power (kW)		Eff. (%)	NPSH (m)	Impeller Outer Diameter (mm)
Model	Capacity Q (m3/h)	Head (m)	Speed (r/min)	Shaft	Motor	Eff. (%)	NPSH (m)	Impeller Outer Diameter (mm)
251G3-10x2	3.0	20	2900	0.39	0.75	42	2	98
25LG3-10x3	3.0	30	2900	0.58	1.1	42	2	98
25LG3-10x4	3.0	40	2900	0.78	1.5	42	2	98
25LG3-10x5	3.0	50	2900	0.97	1.5	42	2	98
25LG3-10x6	3.0	60	2900	1.17	2.2	42	2	98
25LG3-10x7	3.0	70	2900	1.36	2.2	42	2	98
25LG3-10x8	3.0	80	2900	1.56	2.2	42	2	98
25LG3-10x9	3.0	90	2900	1.75	2.2	42	2	98
25LG3-10x10	3.0	100	2900	1.95	3	42	2	98
25LG3-10x11	3.0	110	2900	2.14	3	42	2	98
25LG310x12	3.0	120	2900	2.33	4	42	2	98
25LG3-10x13	3.0	130	2900	2.53	4	42	2	98
25LG3-10x14	3.0	140	2900	2.72	4	42	2	98
25LG3-10x15	3.0	150	2900	2.92	4	42	2	98
32LG6.5-15x2	6.5	30	2900	1	1.5	53	2.4	116
32LG6.5-15x3	6.5	45	2900	1.5	2.2	53	2.4	116
32LG6.5-15x4	6.5	60	2900	2	3	53	2.4	116
32LG6.5-15x5	6.5	75	2900	2.5	4	53	2.4	116
32LG6.5-15x6	6.5	90	2900	3	4	53	2.4	116
32LG6.5-15x7	6.5	105	2900	3.5	5.5	53	2.4	116
32LG6.5-15x8	6.5	120	2900	4	5.5	53	2.4	116
40LG12-15x2	12	30	2900	1.63	2.2	60	2.9	120
40LG12-15x3	12	45	2900	2.45	3	60	2.9	120
40LG12-15x4	12	60	2900	3.27	4	60	2.9	120
40LG12-15x5	12	75	2900	4.08	5.5	60	2.9	120
40LG12-15x6	12	90	2900	4.90	5.5	60	2.9	120
40LG12-15x7	12	105	2900	5.72	7.5	60	2.9	120
40LG12-15x8	12	120	2900	6.54	7.5	60	2.9	120
50LG24-20x2	24	40	2950	3.79	5.5	69	3.15	134
50LG24-20x3	24	60	2950	5.68	7.5	69	3.15	134
50LG24-20x4	24	80	2950	7.58	11	69	3.15	134
50LG24-20x5	24	100	2950	9.47	11	69	3.15	134
50LG24-20x6	24	120	2950	11.37	15	69	3.15	134
65LG36-20x2	36	40	2950	5.41	7.5	72.5	3.4	136
65LG36-20x3	36	60	2950	8.11	11	72.5	3.4	136
65LG36-20x4	36	80	2950	10.82	15	72.5	3.4	136
65LG36-20x5	36	100	2950	13.52	18.5	72.5	3.4	136
65LG36-20x6	36	120	2950	16.23	22	72.5	3.4	136
80LG50-20x2	50	40	2950	7.26	11	75	3.8	135
80LG50-20x3	50	60	2950	10.89	15	75	3.8	135
80LG50-20x4	50	80	2950	14.52	18.5	75	3.8	135
80LG50-20x5	50	100	2950	18.16	22	75	3.8	135
80LG50-20x6	50	120	2950	21.78	30	75	3.8	135

Q: how do I know my water pump failed. 98 mustang V6 started to leak coolant from the front lower part of the the engine. How do I know for sure my pump is bad? Did refill and kept on leaking as I manage to get home. Little help please!: A leaky radiator could also be the cause of leaking coolant. Sometimes waterpumps rattle as they're dying.

Q: If the water pump does not get water to pump, will it be burnt out? If so, then can it be fixed? And if it doesnt get water to pump, what exactly happens to it?: Jennifer said it so rated her, it's called air spin and she told you the rest

Q: To get at the timing belt on a Toyota 3.4L V6, does the water pump first need to be removed?If so, is there a way to tell how worn a water pump with 85,000 miles is? Like a loose bearing feel, etc?: If you are replacing the timing belt it is recommended you also replace the water pump. They have similar life spans and one has to be removed to replace the other.

Q: I just came from my dealership and they tested my car with a pressure test. They didnt notice any coolant leaks. Last week my car I noticed that the coolant level has decreased. I had to replenish it in an emergency effort. I am curious to check the water pump. I am going to ask my mechanic tomorrow if he could check it and how much does something like that cost to check? I DO NOT want any coolant leakage getting into my engine because that could present a problem. How can it possibily get to the engine???: If you had a water pump leak you'd know it! There would be coolant draining out of water pump seal the minute you filled the cooling system. A water pump leak doesn't get coolant into the motor. It will get the timing belt wet with antifreeze and cause the belt to jump time and possibly bend your valves. The only way you'll get coolant in the motor oil is if there is a head gasket leak. To check for that you need to have a block test done.

Q: I have a 1998 ford taurus. It started to over heat so i turned on the heater full blast and it didn't get hot. so i put antifreeze in it and i turned it on and it seemed ok but it started to over heat again and the tank for the antifreeze looked like the cap was going to pop off. I was just down the road from my house so i thought if i drove slow i could make it home and it turned on ok but when i put it in drive it stalled. Does this mean its the water pump??????: Hmm it has somthing to do with all your fluids if antifreeze cap looks like that but it would be best to get it looked at I may be wrong

Q: how to change a water pump on a 99 ford tauras?: Loosen the bolt, swap it with a new pump and tighten the bolt.

Q: Why can't sprinkler system and hydrant system share water pump in fire fighting system?: Why not share mainly because the two impurities contained in the water system: fire hydrant system requirements of different impurities in the water spray system requirements loose, but more stringent requirements, therefore, the former can be welded steel pipe, the latter must use galvanized pipe, the purpose is to prevent rust plug flow indicator or end of the spray head.

Q: A pump is said to be capable of pumping water up to 100 meters, but I don't want to confirm that by actually putting up a very long pipe to that height. I know that pressure is related to height, so putting pressure at the output end of the pump would simulate different heights. Any suggestions how I can rig a contraption to do this? Thanks.: *you can go by the 1st answer as pressure gauge near the pump discharge would give a maximum pressure inclusive of losses. As the losses are more[due to piping congetion or rasistance from the equipment to which it is pumping.] then the discharge head will be decreased. *Simply, in case of a centrifugal pump,close the discharge valve fully for a moment and check the discharge pressure. This is the maximum pressure ,your pump will pump. *Dont do this if the pump is positive displacement pump/regenerative turbine pump. Edit: Discharge head means pumping height in your case.

Q: The difference between submersible pumps and centrifugal pumps: Difference：The installation position is different: one can discharge water, one is on the ground.Working principle: different submersible pump principle similar electric fan, centrifugal pump by centrifugal force makes the water thrown out. According to the design principle of centrifugal force, high speed rotation of the impeller blades to drive the liquid will rotate out of the liquid, so as to achieve the purpose of transportation. There are many medium for transportation, such as oil, water, chemicals and so on. The pump shaft and the motor shaft are of the same shaft, the pump and the motor are made into an integral body and immersed in water. The medium of transportation is water.

Q: We still have water, but it keeps constantly running, and won't stop. The pump itself got warm/hot, and we're afraid that it's going to get ruined or blow up or something. We turned it off for about 30 minutes, then back on to bottle up some water. It's the middle of a snowstorm, and a horrible time for a water pump to stop working, help please!! Any suggestions and fixes, please let me know. Thanks!!! :): jane has the correct answer,,, it probably is a broken and leaking pipe somewheres,, it will cause the pump to burn out and may have already melted the contacts together,,, not much to do during a snow storm and after you need to find ,, repair and then insulate the area it leaked from

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