• Vertical multistage fire pump System 1
Vertical multistage fire pump

Vertical multistage fire pump

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Vertical Multistage Fire Pump


1.Introduction:

CDL/CDLF high pressure water pump is special in high pressure, made of stainless steel 304 or 316, all parts touch with liquid are of stainless steel. The pump is vertical non-self priming multistage centrifugal pump, which drived by a standard electric motor.The motor output shaft directly connects with the pump shaft through a coupling. The pressure resistant cylingder and flow passagecomponets are fixed between pump head and inlet and outlet section with tie-bar bolts. The inlet and outlet are located at the pump bottom at the same plane. This kind of pump can be equipped with an intelligent protector to effectively prevent it from dry-running, out-of-phase and overload.


2.Applications:

·        Urban water supply and pressure boosting

·        Industrial circulating system and processing system

·        Water supply for boiler, condensing system, high-rise building or fire fighting system.

·        Water treatment and RO system

·        Cooling water system

3.Electric motor:

·       TEFC  motor,

·       50HZ or 60HZ  220V or 380V

·       Protection class: IP55, Insulation class: F

4. Operation conditions:

Thin, clean, non-flammable and non-explosive liquid containing no solid granules and fibers

medium temperature: -15°c~+120°c

Capacity range: 1~180 m3/h

Head range: 6~305 m


50HZ Pump Performance Scope    

Model

CDLF2

CDLF4

CDLF8

CDLF12

CDLF16

CDLF20

CDLF32

CDLF42

CDLF65

CDLF120

CDLF150

Rated flow[m3/h]

2

4

8

12

16

20

32

42

65

120

150

Flow range[m3/h]

1-3.5

1.5-8

5-12

7-16

8-22

10-28

16-40

25-55

30-80

60-150

80-180

Max.Pressure[bar]

23

22

21

22

22

23

26

30

22

16

16

Motor power[Kw]

0.37-3

0.37-4

0.75-7.5

1.5-11

2.2-15

1.1-18.5

1.5-30

3-45

4-45

11-75

11-75

Head range[m]

8-231

6-209

13-201

14-217

16-222

6-234

4-255

11-305

8-215

15-162.5

8.5-157

Temperature range[°C]

-15 -+120

Max.Efficiency[%]

46

59

64

63

66

69

76

78

80

74

73





Q:My dad wants to buy a salt water pump for a tiny pool.I'm not sure if it's pointless for the size that the pool is, but it is 12x12x3Is it too small of a pool or are there salt water pumps meant for tiny pools that I could look at?A link to any would be nice. :)Thanks!
If you live the ocean try the shipyard, or any ,were around dock...or online..
Q:I need to do a new water level indicator interface for an experimental rig. I'm going to have the buttons that will start and stop the pump. And a column that will show the percentage of the water level in the experimental rig. Please help. I'm so clueless. And this is my final project. :(
They're equal (VB and VB6 variations of VB, surely VBA is super high-degree) in the phrases of where they rank within the excessive-stage/low-stage programming language rankings. Java is extra priceless without problems for the reason that it results in other matters (and could be very marketable on it's own), particularly c/c++/c# and net languages like php/javascript which have c-like cyntax. VB.Web and VB6 don't particularly result in so much (although they each support comprehend object-orientation). you can do the identical matters with visual normal that you can do with Java or C++. You are not able to do the identical things in VB as c++. For C# that you would be able to make a small case because it does aid c++-like code (hazardous keyword) but absolutely not VB.Internet (or VB6 most likely). Just are trying doing a C# an identical of stackalloc in VB.
Q:My toilet has a water pump to deposit water to the toilet and a floatie that will stop the flow. But now it does not flow water through the hose, instead it looks like it's clogged and water drips from the floatie handle. Do i need to replace it? Or could it be something easy to fix?
You should call plumber and tell him what's your actual, problem. thanks
Q:What is the 10KV pump unit?
10KV should refer to the motor start voltage value, ultra high voltage start, the general pump more than 160KW of the motor, the voltage used in 6KV, you motor should be more than 300KW
Q:Sewage treatment plant design how many pumps should be selected, head how to calculate the maximum design flow is 833M3/h
Maximum design flow of sewage treatment plant is 833m^3/h, water pump can choose 2 or three units, the flow rate is 1000m^3/h. The amount of information in the head according to the problem can not be determined.Sewage treatment plants, water plants and other pumps are the key equipment, usually 1~2 units standby. Therefore, to choose 2 or three units of the same type of pump, each pump flow should be able to meet the use requirements. General pump selection, the pump rated flow should be 1.1 times the design flow of sewage treatment plants, that is, 833x1.1=916 (m^3/h), round 1000 (m^3/h).Pump head should be based on the actual work lift h determined. When calculating the actual lift, we should not only consider the actual geometric elevation difference of the pump installation, but also consider the factors such as pipe water loss and elbow water loss. The rated lift of water pump must have a certain margin, generally choose 1.1h, h for the actual required lift.
Q:Have a Toyota RAV4. About 156, 000 miles on it.Yesterday as I started driving, there was a sound coming from underthe hood that sounded similar to a stick in bicycle spokes. Got to theend of the block and stopped and noticed there was smoke comingfrom below the belts.Got back to the house and the temp was up really high. No fluid.Added fluid and water and it was leaking, but not from the radiatoritself, but from towards the back of the engine?Might this be the water pump?
Nope, could be a bad heater hose that burst. Could be an engine gasket but it will be more issues. I am more inclined if is like you described towards the back of the engine, is the water hose for the heater or the valve that controls the flow.
Q:new switch and new tank
Sounds like a bladder tank issue. The bladder gets potential energy when the pump fills the tank. When you open a faucet for water, the potential energy stored in the bladder will push the water out of the tank without the need of the pump coming on until the tank is almost empty. You should be able to rock the tank when the pump first comes on to see if it is light weight, as it would be when almost empty. If not then there's your problem. When the pump ends its cycle is when the tank will be at its heaviest. Again: The tank should be full when the pump is not running and almost empty just before the pump comes on. The water pressure would behave as you describe if the bladder tank is not functioning properly.
Q:here is the problem with my water pump control switch settings. the water is being used, runs dry and stays off for sometimes 3 minutes or so.i realize the springs control the cut in and cut out. do i need to make the spring more compressed to make the pump come on sooner? or do i need to make the spring looser to make the switch come on sooner?when i read/hear about adjusting the cut in. the answers seem vague because i do not know the perspecitve of the spring.does compressing the spring make the swith flip easier? or does compressing the spring make the switch harder to flip on?i installed a new 30/50 switch today. My air tank was at 50 or so PSI. but i dropped it to about 30. is the goeal to make the entire full system 50 pounds? because after my pump cycles i get about 70 psi!!!
with the switch set to operate at 30/50 the tank should have 27 or 28 pounds of air with no water in tank and a faucet open with pump turned off...once this is set the pump will come on at 30 and off at 50 if it goes higher than this the switch is bad or the adjustments have been changed....tightening the tall spring turns both cut in and cut off pressure higher...loosening the tall spring turns both cut in and cut off lower....the short spring sets the difference between the two...tightening the shorth spring raises cut off pressure only...loosening the short spring lowers cut off pressure only....
Q:my 2003 dodge durango broke down 6 weeks ago. the mechanic put it on the diagnostic machine, and it said i needed a fuel pump and a water pump. well i got the fuel pump changed and he told me if i kept water in the car it could hold out for a little while until i get the water pump fixed. so i kept water in it it's been 3 weeks. saturday night all of a sudden i watched the temperature gauge jump to HOT! I pulled over and it was smoking like hell. i'm lucky a friend of mine drove by at that instant and went to his house and got me antifreeze and water and put it in the car. so it was fine sunday. then last nightafter i got home it was smoking again. i let it cool down and then filled it up with water. this morning i took my daughter to school and then drove to my other daughter's daycare and it was smoking like crazy and there was antifreeze and water all over the ground where i parked. so i left it at the daycare and got a ride to work. should i fix the water pump? or is
Chances are if you had a reputable mechanic tell you it needed a water pump at the time, and he's sure it was leaking.... assuming you haven't overheated the engine that caused gaskets to blow (ie. head gaskets), then a water pump should fix the problem. A good quick check is: is there steam coming out of your tail pipe... if so, you've done more damage than what the water pump will take care of.
Q:I have a 1994 Plymoth Grand voyager and it is loosing anti freeze it was a little leak now I can't see it leaking but it is empty could it be the water pump? It does get hot now. what other things happen when your water pump is going out does the heater not get hot anymore?
If okorder /.. This site will help you determine if the pump is going out. Question: is there an intense sweet smell? If so, your head gasket(s)may be where the leak resides. Most of the leak would burn from the hot engine causing the sweet smell. Does your vehicle overheat? How fast does the coolant drain? Due to cramped space for a minivan, I can understand how you can't see it leaking.

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