Jocky Pump with Water Pressure Tank for Fire Fighting System

Jocky Pump with Water Pressure Tank for Fire Fighting System System 1

Jocky Pump with Water Pressure Tank for Fire Fighting System

Ref Price:: $200.00 - 250.00 / set

Loading Port:: Shanghai

Payment Terms:: TT or LC

Min Order Qty:: 1 set

Supply Capability:: 1000 set/month

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

Vertical Stainless Steel Centrifugal Pump

WQ Series Sewage Submersible Pump

Vertical Turbine Pump

High Pressure Water Pump

Water Pump For Water Wells

Mobile water pump powered by diesel engine ( 15m lift)

IS Single Stage Suction Clean Water Centrifugal Pump

Single-suction Horizontal Boiler Feed Water Multistage Pump

Jocky Pump with Water Pressure System Tank for Fire Fighting System

1.Structure of Jocky Pump with Water Pressure System Tank for Fire Fighting System Description

Jocky Pump with Water Pressure Tank is one of part for fire fighting water supply system,It is vertical multistage centrifugal pump,It driven by electric motor,high pressure.The fire pumps are mainly used in the hydrant and automatic spray extinguishing systems etc. in the fixed fire fighting system in enterprises,institutions,project construction,high building etc,to deliver clean water and medium similar to water in physiochemical property,not containing solid grain and of temperature below 100°C. .

2.Main Features of Jocky Pump with Water Pressure System Tank for Fire Fighting System

• Highly efficient, Energy saving

• Good performance

•Anti-impact

•Full-automatic control

3.Jocky Pump with Jocky Pump with Water Pressure System Tank for Fire Fighting System Images

4.Jocky Pump with Water Pressure System Tank for Fire Fighting SystemSpecification

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

①Do you offer other kind of firefighting pumps？

Yes,we also offer splite casing,end suction firefighting pumps,just send inquiry to us.

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: I have a well water pump and the motor seems to just run but won't transfer water through the line, checked for leakage, etc but no signs. Even tried priming it but it does nothing. Any idea of what could be wrong or how to repair this problem?: If the captive air tank has failed you should still get some water flow. if you are not getting any flow and the pump is spinning then the pump may need to be replaced. There is also a pressure switch that may have failed but if that were the case you would have got flow unless the pump burned up. so, bottom line is this. 1) turn power off. let a tiny bit of air out of the Schroeder valve on the captive air tank. if water comes out, the tank is bad. make sure to fill the tank up to about 40psi. 2)turn power off. remove the cover of the pressure switch and clean with compressed air. move the switch back and forth. sand the contacts with emory cloth. 3) if the tank was good turn the power back on and make sure all the valves are open (even the ones you havent touched) if you are still not getting water you should probably call a plumber. most likely at this point you have a bad switch or tank and it has caused your pump to burn up. good luck

Q: How do the water pump work please till me water pump mechanism?: Water pumps can be positive displacement or impeller type. Either of these increases the pressure of the water and so can move or lift the water. Centrifugal is an impeller type where a sort of fan blows the water. If the fan stops the water can flow back. You'll need to prime these if they get dry. Fishtanks might use this. Positive displacement means that the water is pushed by some sort of piston. Diaphragm pumps are positive displacement and useful if you don't want the water to run back. Also you won't need to prime it because won't drop the water out when it stops. I'm not sure where hydraulic ram type pumps come into this scheme but they rely on the inertia of moving water to generate high pressure pulses to pump water.

Q: Why does the pump decay when connected in parallel?: Pump parallel mainly solves the problem of insufficient flow. After parallel, the flow is two and the sum of the pumps. When the flow rate increases, the pressure loss of the pipeline will increase, so the water pump flow in parallel will not be the sum of the two pump flow, but less than the sum of the flow rate. The solution is to increase the diameter of the water supply pipe, reduce the angle bend and shorten the distance.........

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 have a 1 HP water pump that will pump water through a 1 and 1/2hose. What is the approx. GPM (just to have a reference) of a pump like this?: The capacity will be limited by the pressure drop. Assume 15-40 GPM depending on the length of the 1 hose. This is provided that the 1 is then split into four 1/2 hoses. Otherwise the flow will be highly restricted by the smaller diameter. The efficiency of a small centrifugal pump is around 50%. The general water pump equation at 50% eff. is HP = GPM psi / 860. So for one horsepower the GPM = 860 / psi Therefore for 20 psi the flow is 43 GPM, at 40 psi it is 21 GPM , at 60 psi it is 15 GPM

Q: i have changed water pump,radiator and thermotast and it still overheat: head gasket bad? engine timming off?

Q: i have a 2000 chevy malibu (i know it sucks) i fixed the intake manifold gaskets (upper and lower) thermostat and its still leaking and sometimes overheating. my next thought is its the water pump. there's no crack in the radiator or hoses is there anything else that can cause it to overheat besides these. what about vacuum leakage? o2 sensors?: If you carefully squeeze or even feel some of the coolant hoses while the car is running then you will find out if the water pump is working. You should feel the coolant in the hose surging through the hose. You said it's still leaking coolant, but can't you see where it's coming from - then go from there? Are you getting any white smoke out the tailpipe - this would be a possible blown head gasket, a crack somewhere in the engine block or coolant water jackets. All of these would cause the coolant to seep into the combustion chamber and burn off, usually causing unmistakable white smoke (you see these cars on the road sometimes). I also agree with having a mechanic do a cooling system pressure check - this is the best way to tell where or if the coolant is leaking somewhere. They should also be able to diagnose the problem if its something else, and can easily tell if its the water pump too. Instead of wasting your own time and money, maybe its time to see a mechanic. I also like doing my own work, but sometimes you have to throw in the towel and let a reliable mechanic check it out. BTW, a vacuum leak would not cause overheating, but would cause bad idling, surging, bogging, etc. O2 sensors could cause similar problems, but again not an overheat. I hope I'm wrong, but you may have a blown head gasket.

Q: I have a quot;Rainbow Lifeguard Quiet One 6000external pump that I would like to use on a new chiller for my tank. The pump is rated at a little over 1500 gallons per hour. I'm debating between a couple of chillers, one that has a max flow rate of 1300 gph and another that has a max of 960.I know that you are only supposed to put any valves on the outflow side of the pump and lessening the flow to 1300 from 1500 doesn't seem like it would be that big of a problem, but I was curious it cutting it back to 960 would be hard on the pump in the long run. (I'm leaning towards the bigger chiller as although it may be overkill for my tank, it would let me have a little more water circulation.): ditto to magic

Q: 97 izusu rodeo has constant squeal after timing belt, water pump and all belts being replaced what could be the cause. It sounds pretty bad.: If the timing belt is slipping the car wouldn't run. Chances are it's either the one that drives the AC or power steering unit. Make sure there's no oil on them they're the right size and properly tensioned.

Q: It hasnt rain in quite a while, but I havent had any problems with the water or pressure, but it seems like the pump is always quot;onquot;. I purchased this house almost a year ago, never had a well, so I now very little about it. I moved in December, rain season here in NC, and remember the pump going on and off, now its constantly running, Is it normal for the pump to be running that much? any websites to read up on how a water well works?thanks: In the first place the pump should be able to run constantly without a problem, they're made to do this. In the second place go check your tank, see what the pressure is. You must have a water logged tank First: unplug the electric to the pump and then drain the tank completely. Once this is done make sure the tank is drained, plug it back in, wait and see where it stops at, the pressure. It should be about 55 to 65 pounds. When it stops have someone flush the toilet, it should slowly go down, it may settle without turning on, some do. If so, flush it again. Watch it again. When it starts up, keep your eye on it, it should go back to where it was to start with. If it doesn't then the volume control on the end of the tank, with the small tubing coming from it to the switch is out and should be replaced. You have to turn it all off again, drain the tank and replace the volume control. If the switch doesn't stop but, it comes to the end and doesn't open to stop and keeps running, then your switch control is shot and you'll have to replace that. If you have a bladder tank, it should say on the side, then you should empty the tank, as in the upper questions and then using an air pump put in about 38 pounds or whatever the tank says to put in the bladder, then fill it with water again. See if that's the problem.

Send your message to us

*Email

*TEL

*Quantity

*Unit