Fire Fighting Pump XBD-ISW

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Range of application:
XBD (ISW) type fire pump is mainly used for fire protection system pressurized water supply in pipeline. They are also used for industrial and urban water supply and discharge, pressurized water supply in high-rise constructions, distant distance water delivery, heating, bathrooms and boilers, cold and hot water circulation pressurization air conditioning refrigeration system water delivery, and used to match other equipments.

Structure features:
XBD (ISW) type single suction single stage fire pump is composed of motor and pump of two parts, the pump and motor coaxial, pump structure including pump body, impeller, pump cover, mechanical seal, etc. Parts. The inlet and outlet of the pump in the same horizontal axis, and caliber same specification, loading and unloading is extremely convenient, cover an area of an area small. Pump has installed base, ease of installation, increase the pump running stability. Pump seal use of mechanical seal, with reliable sealing, no leakage characteristics. The axial force of pump impeller by a balance ring to balance. The import and export of the pump flange to press 1.6 MPa, line matching convenient.
XBD(ISW) type single-suction multi-stage sectional fire pump is composed of motor and pump two parts, motor as Y three-phase asynchronous motor, pump and motor using coupling joint, the overall for rigid connection, use without correction. Pump stator and rotor part by part. Pump stator parts by water section, the middle, guide vane and outlet section, stuffing box body, and other integral parts. To prevent stator wear, the stator with sealing ring, balance set, after wear available spare parts replacement. Rotor part by shaft, wheel, balance drum, etc. Rotor bottom water lubrication bearing, upside for angular contact ball bearing, pump axial force most by balancing drum to take, the rest of the small residual shaft downward force by angular contact ball bearing to bear. The middle section, water and water section of the joint surface paper pad through the tension to seal, user can choose according to need.

Performance parameter:

Type	FlowQ (L/s)	Outlet pressure (MPa)	Speed (r/min)	Power (Kw)	Efficiency(%)
XBD3.0/5-50(65)	5	0.30	2900	4	63
XBD3.2/5-50(65)		0.32
XBD3.4/5-50(65)		0.34
XBD4.6/5-50(65)	5	0.46	2900	7.5	58
XBD4.8/5-50(65)		0.48
XBD5.0/5-50(65)		0.50
XBD7.6/5-50(65)	5	0.76	2900	15	50
XBD7.8/5-50(65)		0.78
XBD8.0/5-50(65)		0.80
XBD11/5-50(65)	5	1.10	2900	30	40
XBD12/5-50(65)		1.20
XBD12.5/5-50(65)		1.25
XBD3.0/10-65(80)	10	0.30	2900	7.5	71
XBD3.2/10-65(80)		0.32
XBD3.4/10-65(80)		0.34
XBD4.6/10-65(80)	10	0.46	2900	15	67
XBD4.8/10-65(80)		0.48
XBD5.0/10-65(80)		0.50
XBD7.6/10-65(80)	10	0.76	2900	22	59
XBD7.8/10-65(80)		0.78
XBD8.0/10-65(80)		0.80
XBD11/10-65(80)	10	1.10	2900	37	54
XBD12/10-65(80)		1.20
XBD12.5/10-65(80)		1.25
XBD3.0/25-80(100)	25	0.30	2900	15	76
XBD3.2/25-80(100)		0.32
XBD3.4/25-80(100)		0.34
XBD4.6/25-80(100)	25	0.46	2900	22	74
XBD4.8/25-80(100)		0.48
XBD5.0/25-80(100)		0.50
XBD7.6/25-80(100)	25	0.76	2900	37	69
XBD7.8/25-80(100)		0.78
XBD8.0/25-80(100)		0.80
XBD11/25-80(100)	25	1.10	2900	75	69
XBD12/25-80(100)		1.20
XBD12.5/25-80(100)		1.25
XBD13/25-80(100)	25	1.30	2900	90	57
XBD14/25-80(100)		1.40
XBD15/25-80(100)		1.50
XBD3.0/45-100(125)	45	0.30	2900	22	73
XBD3.2/45-100(125)		0.32
XBD3.4/45-100(125)		0.34
XBD4.6/45-100(125)	45	0.46	2900	37	77
XBD4.8/45-100(125)		0.48
XBD5.0/45-100(125)		0.50
XBD7.6/45-100(125)	45	0.76	2900	55	80
XBD7.8/45-100(125)		0.78
XBD8.0/45-100(125)		0.80
XBD11/45-100(125)	45	1.10	2900	90	70
XBD12/45-100(125)		1.20
XBD12.5/45-100(125)		1.25
XBD2.8/55-150(200)	55	0.28	1450	30	78
XBD3.0/55-150(200)		0.30
XBD3.2/55-150(200)		0.32
XBD4.6/55-150(200)	55	0.46	1450	45	75
XBD4.8/55-150(200)		0.48
XBD5.0/55-150(200)		0.50
XBD7.6/55-150	55	0.76	2900	75	76
XBD7.8/55-150		0.78
XBD8.0/55-150		0.80
XBD11/55-150	55	1.10	2900	110	73
XBD12/55-150		1.20
XBD12.5/55-150		1.25
XBD13/55-150	45	1.30	2900	110	80
XBD14/55-150		1.40
XBD15/55-150		1.50
XBD4.6/100-200	100	0.46	1450	75	81
XBD4.8/100-200		0.48
XBD5.0/100-200		0.50
XBD3.0/150-250	150	0.30	1450	75	80
XBD3.2/150-250		0.32
XBD3.4/150-250		0.34
XBD4.6/140-250	140	0.46	1450	90	72
XBD4.8/140-250		0.48
XBD5.0/140-250		0.50
XBD2.4/200-300	200	0.24	970	75	81
XBD2.6/200-300		0.26
XBD2.8/200-300		0.28
XBD2.8/200-300(350)	200	0.28	1450	90	84
XBD3.0/200-300(350)		0.30
XBD3.2/200-300(350)		0.32
XBD4.0/200-300	200	0.40	970	132	84
XBD4.2/200-300		0.42
XBD4.4/200-300		0.44
XBD4.6/160-300	160	0.46	1450	110	78
XBD4.8/160-300		0.48
XBD5.0/160-300		0.50
XBD4.6/200-350	200	0.46	1450	160	83
XBD4.8/200-350		0.48
XBD5.0/200-350		0.50
XBD2.8/300-400	300	0.28	1450	132	76
XBD3.0/300-400		0.30
XBD3.2/300-400		0.32
XBD2.8/330-500	330	0.28	1450	160	78

Q: I have had this water pump changed 2 times in 5 years is this normal for this car? It has a v6 motor.: no it is not normal for most cars but maybe yours it is..

Q: I am trying to replace my old water pump with a new one. I have the quot;special tooland everything but i just cant get the water pump to come loose at all. Any suggestions would be helpful Thanks: When you mean it wont come loose, do you mean you cant break the bolts loose or is the pump stuck on the motor like glue? If the bolts are stuck, try spray them with penetrating oil and let it work in for about 30 mins. If the pump is stuck, use a narrow putty knif, gently tap in between the pump and the block, and pry it off, then clean the mating surface completely to ensure the new pump seals properly.

Q: my friend has a 2008 Buick Lucerne V8 model. She said its over heating, and steaming from under the hood. the engine is also knocking. Could this be a water pump issue or something else?: Give me a minute UPS has just pulled up the drive with my repaired crystal ball, be right back.

Q: I have a Honda 20003 bf15 d short shaft Ineed to change the water pump I have removed the 5 bolts that hold the lower unit it on but the shifter is steal hooked up how doI unhook that?: Please get the workshop manual. From an imperfect memory it should be in forward gear to expose a link - but I could be confusing it with other brands. This brand has a known issue with the water pump if ever run dry as both the impellor and the housing can be damaged instantly. The pump should always be replaced as a full assembly, housing, seals and impellor, as detritus can easily block water galleries and that requires extensive work to remediate. The thermostat should be checked and replaced at the same time. Worn and damaged impellor material can easily end up through the block, head, thermostat etc. and that must be checked for as well. The lower cylinder can be down on compression caused by local overheating due to this and mud, sand and corrosion reducing water flow. An engine that very much must be flushed and looked after after all use - that includes all the larger models with this brand. They are quite a good engine, but seem very heavy for the output to me - particularly compared to lifting a two stroke on and off....

Q: I have a Miniworks EX Water filter with a ceramic filtering element. It has been used a few times without problem, but I am wondering at what point should I replace my ceramic filter? The replacements are $40 and I can't find any information regarding replacement times--only cleaning information. Does this filter need to be replaced often?I've always pumped from a clear river way up in the mountains and the flow is decent.: If the sparkling out is new, or notwithstanding if it somewhat is been wiped sparkling with cleansing soap, the sparkling out will pump out foamy soapy water. in simple terms maintain to pump water by it until eventually at last it somewhat is flowing sparkling and sparkling. shouldn't take greater effective than 15 pumps grant or take a pair of.

Q: Pump house should be equipped with those equipment and valves: 1. The inlet and outlet of the pump shall be equipped with a control valve, and the outlet shall be equipped with a check valve;2, lower than the pump suction the water tank, water pump entrance to bottom valve, and piping and valves equipped with irrigation. Or equipped with other water pump irrigation facilities.3, more than one pump system should have the total valve and contact valve.4, the corresponding control equipment.

Q: how often do i need to change a timing belt and water pump on my car? also, how much should it cost? should i have it done at the dealers or at a small mechanic shop if i chose to? which would be best? what are steps when having timing belt change?: check the ads in a free paper like the LA weekly or SF guardian. they always seem to say when you should do it and what they charge. the water pump shouldnt be much extra (100?)since they are already doing the timing belt. call a mechanic you trust and ask them. If you do not have one then ask your friends who is good. the dealer will rip you off on price, it can easily cost double there would you rater pay someone inexperienced at the dealer $100 per hour or someone who has done it for 40 years $60 per hour and he does it faster anyways (so it costs less)(and they take pride in their work)(and they will replace other parts that need it for cheap and leave pieces that are still good because they know) The dealer might charge you for 6 hours because the book says that even if they only spend 4 doing it! a VERY rough guess would be 600+100 for water pump you do not need to replace timing belt very often. I am thinking 60,000 miles. look up in owners manual or shop manual for your car for replacement interval. good luck

Q: Water is pumped through a pipe of diameter 13.0 cm from the Colorado River up to Grand Canyon Village, on the rim of the canyon. The river is at 564 m elevation and the village is at 2311 m.(a) At what minimum pressure must the water be pumped to arrive at the village? (in MPa)b) If 4300 m3 are pumped per day, what is the speed of the water in the pipe? (in m/s)(c) What additional pressure is necessary to deliver this flow? Note: You may assume that the free-fall acceleration and the density of air are constant over the given range of elevations.( in kPa)I have tried this over and over but i know B it is 3.75 m/s please help if you know to do this THANKS!!!!!: a) Pressure is the weight of a 1 meter square column of water. The height of the pipe is 2311-564 = 1747 m volume is 1747 m? density of water is density of water at 20C = 0.998 g/cm? = 998 kg/m? mass of water is 1747 m? x 998 kg/m? = 1744000 kg weight of water is 1744000 x 9.8 = 17090000 N Pressure is 17090000 N/m? or 17.09 MP b) Cross sectional are of pipe is A = πr? A = π(.065)? = 0.0133 m? one meter of pipe has a volume of .0133 m? 4300 m? are pumped per day The water in that one meter of pipe has to be changed 4300 / 0133 = 324000 times per day to handle the flow That is 324000 / (24*3600) times per second or 3.75 times per second. Since the section of pipe is is 1 meter, that is 3.75 meters per second.

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: If you use a water pump to move water through a circular trench, essentially making a little river, and then place some kind of turbine or water wheel or something to generate electricity from the moving water, couldn't you use the electricity generated by the turbine to power the pump, thus requiring no outside power?: This Site Might Help You. RE: Is a perpetual energy water pump possible? If you use a water pump to move water through a circular trench, essentially making a little river, and then place some kind of turbine or water wheel or something to generate electricity from the moving water, couldn't you use the electricity generated by the turbine to power the pump, thus...

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