Fire fighting pump XBD-ISG Series

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Introduction

Type ISG vertical centrifugal pump is a high-efficient, energy-saving product successfully designed by means of adopting the property data of IS model centrifugal pump and the unique merits of vertical pump and strictly in accordance with ISO2858 world standard and the latest national standard JB/T53058-93 and an ideal product to replace IS horizontal pump, DL model pump and other ordinary pumps.

Features

1. Easy to mount. Because the inlet and outlet is located on the same central line, the pump can be directly mounted on any part of the pipeline just as a valve. Covered with a rain-proof cap, it can be operated outdoors.

2. Impeller mounted directly on the long axis of the motor, pump and motor bearing arrangement is reasonable, pump operation can effectively balance the radial and axial loads, thus ensuring the smooth operation of the pump, small vibration and low noise.  

3. Mechanical shaft seal, use of imported titanium alloy seal ring, medium and high temperature mechanical seal with carbide materials, anti-wearing no leakage.

4. Easy installation and maintenance, no need to open pipeline system, the rotation parts of the pump can be pulled out by removing the screws on the pump.  

5. According to the needs of flow and head, the pump can be used in series or parallel operation mode.

Application

ISG vertical pipeline centrifugal pump for conveying water or other liquids that physical and chemical properties similar to water, like industrial and urban water supply and drainage, high-rise building pressurized water, garden irrigation, fire boost, long-distance transport, HVAC refrigeration cycle, bathroom and heating equipment for pressurized water circulation, temperature < 80 degrees.  

Working Conditions

1. Suction pressure ≤ 1.0MPa, the maximum pump system working pressure≤ 1.6MPa, the pump hydrostatic test pressure ≤ 2.5MPa.  

2. Ambient temperature < 40 degrees, relative humidity≤ 40%.

3. Content of solid particles in the medium per unit volume does not exceed 0.1%, particle size < 0.2mm

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Q:Suppose the liquid temperature range for the water pump is -20 .. 90 °C.?
(edited) The physical size of the pumping arrangement was not described. I assume that the pump has all metallic components because of the high (194 F) 90degC design operating temperature. There may be some problem with an elastomeric bellows in a mechanical seal at the 180degC (356F) temperature. Other than that, there should be no problem with the temperatures as far as the pump is concerned. There may be a need for shaft cooling to protect the standard electric motor and possibly the flexible drive coupling arrangement. (edit) Depending on the physical size, rotating speed and drive arrangement, a special coupling set-up may be needed to accommodate any potentially wide swing in operating temperatures. From ambient to 180degC there will be about a 160C (288F) variation. The liquid will be either a salt or a glycol brine solution for freeze protection at the lower temperatures. (edit) That same concentration will provide some elevation of the boiling temperature and therefore a reduction of the pressure of the water solution needed to prevent boiling. ( 130 psig is the saturation pressure of plain water at that elevated temperature.) This can be found on the charts provided by the glycol suppliers for the various glycol and salt solution characteristics. To prevent cavitation you may need to pressurize the suction. If the proposed pressure of the system is already above the vapor pressure of the solution at that maximum temperature, you may already be OK. A motor with high temperature windings may be considered.
Q:Water pump that cools water?
You okorder.com/
Q:Is my cars water pump broken? Squealing noise..?
Coolant from water pump can leak on the belts and cause a squeal. So get some belt dressing to stop that. All things can be fixed with cans from auto stores. Fix a flat is good stuff too.
Q:Relationship between power and flow of sewage pump
If you simply want a formula that satisfies your everyday application, the following will meet the requirement:N= y QH/1000,The severe gamma liquid, cattle - ETA / m3; efficiency; N- kW; H- head, power meters;Q- volume flow per cubic meter / second; divided by 1000 is the change of power W to kW;Attachment: gravity is the density of an object multiplied by gravity. Acceleration is expressed as a force in terms of the weight of a unit;The formula is applicable to situations where the calculation is not high and applicable to any liquid known or known to be heavy;The formula is reduced to three simplifications:1, ignoring the pump impeller, shaft and other friction losses;2, ignore the pump flow loss;3, ignore the pump pipe, as well as mechanical heat loss;As a result of the above three loss in the process, material, liquid delivery the same condition can be simplified as a coefficient, then adjust the ETA - efficiency coefficient, can satisfy the application value.The deduction principle of this formula is relatively simple, and the mechanical work of the pump is considered to be transferred to the mechanical energy of the liquid completely;That is, N= gamma QH, at this time, all the mechanical energy that water possesses;Electrical and mechanical energy conversion efficiency exists, then divided by the conversion efficiency ETA is obtained;N= y QH/1000;Special attention is needed. - though the efficiency represents the input electric energy and water energy ratio; but the relationship between the two have many effects, the structure of pump, pump body, liquid material feeding. If the above formula is used to estimate, it should be revised according to the actual situation.
Q:Why does the water pump in the tank pull out the power supply and then plug it in?
What kind of filter pump? If you don't pump water, there may be a blockage in the foreign body. You can either take a look or fail to reach the level of water it needs
Q:2001 Intrepid 2.7, water pump & timing chain?
I also own a 2001 Intrepid and recently had a water pump go bad which also broke my timing chain. The pieces of aluminum you found are probably valves or valve springs from the head. Mine broke every vavle and spring on one head when my engine jumped time and a few more on the other head that is probably what your seeing. Also you don't want to check for compression by turning the crank manually. It is an expensive job to fix but the cars are great but I wouldn't spend too much on them because they only go for about $3000-3700 in great condition nowadays. Good Luck
Q:QDX is a submersible pump. What does "X" mean?
Q submersible pumpsD single-phase motorX downdraft
Q:sump pump, no water.?
yes the ground water in your area is draining back into the ground away from you which is what you want
Q:Bad water pump?
What ever it was it has the engine knocking. Its a little too late to wonder now. Sounds like it lost water and then kept running until she ruined the engine.
Q:How to replace a water pump on a 1996 mercury 200 hp?
Remove the lower unit. Place the lower unit in a stand if available. unbolt the waterpump housing and lift off and over the shaft. Place new water pump lower piece on lower unit. slide the new impeller down the shaft and line up with shaft key and slide into place. place water pump upper housing on shaft and slide down over impeller, turning shaft a bit to bend impeller blades. Bolt down housing, grease shaft splines and put lower unit back on. You may find it easier to change the lower unit oil while you have it off.

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