End Suction Diesel Engine Driven Fire Fighting Pump
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10000 set/month
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End Suction Diesel Engine Driven Fire Fighting Pump
1.Structure of End Suction Diesel Engine Driven Fire Fighting Pump Description
The diesel driven fire-fighting pump group can be formed with electric motor pumps and jockey pumps as an automatic fire-fighting water supply system (see tabel1). For more details, please see our document "Diesel Engine Control System". The system also can be connected to the fire-fighting center.
Being the auto-control unit, a separate diesel engine auto-control panel (programmable) carries out the system’s automatic start, run, auto-switch (the electric motor pump unit is switched to the diesel engine pump or the diesel engine pump unit to another diesel pump unit), auto-protection (warning and stop protection for the diesel engine’s over-speed, lower oil pressure, high water temperature, three-time start failures, low voltage of accumulator warning etc.) and also can be connected to user’s fire-fighting center or the fire auto-warning device with the purpose of remote monitoring.
2.Main Features of End Suction Diesel Engine Driven Fire Fighting Pump
• Automatic Control
• Manual water adding and water self-priming
•Convenient installation and maintenance
•Customized design is available, OEM and ODM are welcomed.
3. End Suction Diesel Engine Driven Fire Fighting Pump Images
4. End Suction Diesel Engine Driven Fire Fighting Pump Specification
Ambient temperature | +5°c~+40°c |
Pump diameter | 350-1600mm |
Flow range | 1~200L/s |
Pressure range | 0.2~2.25MPa |
Motor power range | 1.5~200kW |
Inlet/outlet Diameter | DN50~DN200mm |
5.FAQ
①What is the applications?
The Electrical Driven Vertical Fire Fighting Pump is used for water suppply for fire fighting application.
②How to guarantee the quality of the products?
We have established the international advanced quality management system,every link from raw material to final product we have strict quality test;We resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance. Normally, We have 1 year warranty.
③How long can we receive the product after purchase?
In the purchase of product within three working days, We will arrange the factory delivery as soon as possible. It related to the state and detailed requirement of customers.
- Q: removed my water pump to replace it. i have the fan and clutch assembly still attached...i have no idea how to remove these...the fan clutch has bolts that hold the fan to it...and i did remove those but im just not sure how to separate this assembly...my water pump pulley has 4 holes...and no bolts so i presume it's pressed on...and there looks to be a very large nut between the pulley and the fan/clutch assembly...any help would be appreciated on this...i'd much rather go to the parts store w/ the old pump instead of guessing.....thnx in advance...
- I,m with JOHN R in this one, confirm your radiator fan seize is working and not purely unfastened wheeling all of the time and additionally confirm that there is no air trapped interior the cooling gadget.With engine off crack a heater hose unfastened close to the heater center and pour anti freeze in until it starts to return out the disconnected hose. And the cooling fan could become noticeably louder whilst the engine is heat and in case you shut the engine off it is going to experience stiffer to coach than it does cool. sturdy success.
- Q: 7.63Determine the isentropic efficency of a water pump when water enters as a saturated liquid at 96.5 kPa and exits at 5 MPa and 106 degrees C.Thanks
- Well!!!!!!!! Isentroipc Efficiency of a pump = Isentropic Work / Actual Work At state 1, Enthalpy of Saturated Liquid h1 = 413.357 kJ/kg Entopy s1 = 1.29154 kJ/kg-K At state 2, Enthalpy of Liquid at state 2 = 448.042 kJ/kg Now, to find the ideal Enthaply , Enthalpy at 5 M Pa at entropy of 1.29154 kJ/kg-K h2s = 418.462 kJ/kg Thus, Isentropic Work Done I = h2s - h1 = 418.462 - 413.357 = 5.105 kJ/kg Actual Work Done A = h2- h1 = 448.042 - 413.357 = 34.685 kJ/kg Hence, Isentropic Efficiency = I/A = 5.105/34.685 = 14.72%
- Q: I just bought a house and we have well water. When I went out to change the filter on the pump I noticed a valve leaking...I went to check on it and noticed it had two settings if you will. one says System and the other says by pass if I move the lever to system the leak stops, if I move it back to bypass the leak continues...question is which one should I have it set on and what is the purpose?
- Okay, Adam, we also have a well and just put in a new one. The setting that says System means that the water is running through the filter. The setting that says by pass means that the water is NOT running through the filter. You will have water either way in your house (or you should). It is just either, it is running through the filter, or it is not. I hope I have helped. gram
- Q: What are the conditions for the series and parallel connection of the pumps?
- Water pumps in series require equal flow, and the latter should be able to withstand the pressure of two pumps and.The parallel pump requires the pump with equal lift head, and the outlet pipe in parallel shall be chosen according to the flow rate of two pumps.
- Q: 25KW what is the lift of the pump?
- 2 floor, the following formula is not accurate, the margin of safety is too large.N=Q (L/s), *H (m), /102/ (0.6~0.85), /0.85As follows: for reference only: (pump flow * pump lift) / (367* pump efficiency) * pump motor power safety margin (constant general take 1.1-1.2) = pump power.Unit: flow M3/H, head MNow you know the power of the pump, but you do not know the efficiency of the pump and flow, so the pump head can not be calculated.Can the normal operation of pump flow velocity detection using ultrasonic detection equipment, combined with the calculation of pump diameter of the flow and shaft power testing equipment can use foreign advanced measure pump, electric motor with related input parameters to calculate the pump efficiency. Then use the formula above to calculate the pump head.The simple way is to ask the designer directly about the design parameters.
- Q: The water pump gasket in my '98 Forester (130k) recently began to leak, and I will be replacing it in the next couple days. I noticed a stream of bubbles in my overflow container, though, and am wondering if it might be bad head gaskets making the air bubbles. The bubbles only appear after the engine is warmed up, like after a drive around town - there aren't any bubbles when the engine is cold.Is it possible that these air bubbles are coming from the leaking water pump? I hope so, because I'd much rather replace the pump than the head gaskets!
- You have a blown head gasket
- Q: 1997 Caravelle 1900BR3.0L HO Volvo PentaSX Cobra OutdriveI have a small leak coming from my raw water pump, it is not a continuous stream just a drop every now and then. The best I can tell it is coming from between the shaft and water pump housing. Is there just a small o-ring there? How can this be fixed?We're going to the lake for Memorial Day Weekend. Will I be alright with the small drip for over the weekend? Then I'll fix it when I can get the parts.
- Could be any one of a few things. If you're brave enough to taste it (just get some on your finger and touch the tip of your tongue), then you'll be able to tell if it's rainwater or engine coolant, which tastes sweet. If it's coolant, then your heater has a leak. More likely today is rainwater getting in round the windscreen seal or the sunroof, if it has one. Leaks are very difficult to trace and you might have to wait for a dry day, then remove all the carpets and sit in the car while someone aims a powerful jetwash around suspect areas.
- Q: Hello online mechanics! You guys have saved me a lot of money on my car, so now I have a new question! I have a 97 Ford Contour and lately since it's been cool in NJ, I've been hearing a tapping coming from the timing belt cover, but when the car warms up, there's no sound. I took the car to my mechanic and he says that I need to have the timing belt replaced, the pulleys adjusted, and the water pump changed. The price for doing the timing belt was $400 (including adjusting the pulleys) and $700 for the timing and the water pump. My question is ; do I need to do the water pump? He says that if you do the timing belt, that you should do the water pump too, but should I if there's nothing wrong with it ( as far as I know) and I'm not looking for the added expense? I thought if it ain't broke don't fix it still applies to things, or am I mistaken? Thanks guys gals! In these tough economic times, I'm not looking to spend any more than is necessary!
- ask some of your friends if they have a mechanic that they trust . Take the car to them and see if you get the same answer ?
- Q: Where can I get a solar powered water pump for a sprinker? I want the pump to pull water out of a river next to my yard and water my garden and lawn.
- Build okorder /
- Q: Well I know the water pump is leaking and its leaking fast. So I put water in the coolant reservoir and when I drive it acts fine but then when I stop and idle the coolant tank starts too over flow and spits the water out everywhere. Car still being at reg temperature the coolant reservoir is steaming/smoking? I can't tell which. But there doesn't seem to be water in the oil??? What's going on? If the water pump is replaced will this stop?
- Hi... There could be two problems here. First ,the thermostat is stuck open, second, a blown head gasket. Compression leaks out to the cooling system,increasing pressure ... So ,no it won't correct the situation.
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End Suction Diesel Engine Driven Fire Fighting Pump
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10000 set/month
OKorder Service Pledge
OKorder Financial Service
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