DIN Single Stage Single Suction End Suction Pump

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1 set
Supply Capability:
200 set/month

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Product Description:

Advantage of DIN Single Stage Single Suction End Suction Pump

Easy mantainance
Higher efficiency&saving energy
Low noise
Non-leakage
Stabel runing and longer operation life
Exellent Performance
Simple structure
Low NPSH

General description of DIN Single Stage Single Suction End Suction Pump
The pump meeting DIN24255,EN733 ;Design pressure up to 1.6MPa; Seal cavities construction is suitable for both mechanical seal and soft packing seal; All the chemical pump parts are stainless steel precision casting and good appearance. To match different liquid application, material can be Cast Iron, Stainless steel and bronze alloyetc.


Technical data of DIN Single Stage Single Suction End Suction Pump
Diameter of Discharge Flange: DN32 upto  DN250
Capacity:Q:8-1080m3/h
Head:H:5-100m
Max Working Pressure:1.6MPa
Max Operating Temperature: 120 degree
Rotation Direction : from the driven end, the pump rotating direction is CW

Solid Grainn: less than 80mg/L 

                                                                                                                 
Model meaning of DIN Single Stage Single Suction End Suction Pump
DIN 100/40A
DIN End Suction Centrifugal Pump
100 -Discharge diameter (mm)
40 Impeller Diameter divided by
10
A- Impeller Trimmed Code


Applications of DIN Single Stage Single Suction End Suction Pump
Civil, Chemical industry, Metallurgy, Light industry. Such as : Buildings, water works, irrigation, HVAC ; oil processing, Steel industry, silver-smelting, copper-smelting, iron-smelting, Tin-smelting, aluminium -smelting, zinc-smeltingetc non-ferrous metal smelting. Foodstuff, pharmacy, power plant,drink water, clean water, alcohol, desalination of sea water and water treatment.

FAQ of DIN Single Stage Single Suction End Suction Pump

1. Are CNBM pumps available in DIY stores?

Yes, currently, we’re available for DIY stores all over the world.

2. Where do I have to send pumps for service?

You must send them to the CNBM PUMP Service Point or, after contacting Customer Care, to the CNBM PUMP service center in China.

3. Are your pumps acid-proofed?

To choose the right pumps for chemical applications, we do need further details on hydraulic operations as well as on the type, concentration and temperature of the liquid.

4. Can your pumps mount Eff.1 motors

Currently, only on request though this will shortly be a CNBM standard.

5. Are your pumps protected against dry running?

No, unprotected centrifugal pumps are not generally designed for dry running. It is important to give us or your dealer as much information as possible about the system in which the pump is used. Inlet pressure, the type of liquid to be pumped, together with relative density, viscosity and temperature, for example, are required in order to allow CNBM to recommend the right pump with the right gaskets for a long operating lifetime.

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Q:is sump pump water clean?
Probably NOT safe. Any run-off residue or water coming through the ground will contain many chemicals and compounds you can't ingest.
Q:2002 ford ranger water pump is stuck?
if all the bolts are out then take a rubber hammer and tap on it. it,s probably stuck on the gasket.
Q:Think of several households sharing a pump
If you want to share the electricity bill, but also to pay their own, but it is difficult ~ but we can change the way ~!First of all, we use a pressure tank or a water tower to let it water automaticallyAn electric meter is installed on the water pump to measure its total power consumption ~!Then each household installed water meters independently and measured their water consumption ~!Then, according to the amount of water consumption, according to their respective proportion of electricity charges ~ but this cost is higher ~!
Q:Water pump for distillation unit?
A small centrifugal pump that has the flowrate designated by the condenser manufacturer. I assume it has a heat exchanger of some type to reject the heat to the air and that would need a designate flow. Anyway, look in any lab supply catalog or web site and they will have many small pumps. You do not need to carefully control the flowrate, so stay away from metering or peristaltic pumps. The pumps may even be made of plastic, that is fine for this application. In my lab, we would just run the water from the tap through the glass condenser and let it drain out to waste. It is wasteful of water, but it sure was much cheaper than buying a pump and heat exchanger.
Q:How do you build a water pump?
There are a number of different types of pumps (and some overlap between types, too). A suction pump basically sucks water up. This might be a piston pump, or a venturi pump (or some other types). This type of pump raises water up by lowering the air pressure above the water, and letting atmospheric pressure push the water up the tube. Suction pumps can't pull water up more than about 32 feet (because that's how high atmospheric pressure can lift a column of water) but they have the advantage that the pump can be located at the top of where you want the water (rather than down where tie water is). A Lift pump basically uses mechanical force to raise water upwards. This could be a chain of buckets, or an Archimedes screw, or a bubble-lift pump. All these pumps need to have at least part of the pump down at the water level (with the exception of the bubble lift, which is kind of a unique design). The most common water pumps are centrifugal pumps. These use a set of spinning vanes to pressurize the water. Water comes in at the center, and hit spinning vanes; these shove the water outward through centrifugal force, and the outlet pipe is at the outside edge of the circle. One other interesting type of pump is the hammer pump. It's sometimes used in remote farming areas, because you can use the energy of a running stream to pump water high up a cliff. In a hammer pump, you let water flow through a relatively long tube. The tube has a vertical pipe near it's end. You let the water run through, and then suddenly close off the end of the pipe. The momentum of the water (combined with the fact that water isn't very compressible) can force a shot of water very far up the vertical tube. Hope this gives you enough to search for on the web!
Q:How do I calculate water volume pumped?
Use the Bernoulli equation, aka mechanical energy balance.
Q:do i really need to replace my water pump?
Ohhh I used to do that. My radiator hose had a hole in it and it would leak. I'd refill my anti freeze once a week. One day 10 minutes before I got out of work I started my car to warm it up. When I get out of work I come to see that anti freeze is all over the ground and my engines smoking big time. I refilled it and drove a quarter mile to the mechanic and it all spilled out on my way their too lol. My hose ruptured is what happened(hole got bigger). I say don't press your luck and go replace it.
Q:need help on how to replace a water pump in a 1999 ford windstar3.8L?
drain cooling system, remove the fan belt. Remove the lower radiator hose, Remove nut from both front motor mounts. Remove alternator. Disconnect power steering pump pressure hose. Disconnect heater outlet tube from waterpump. Remove AC compressor front bracket, leaving compressor in place. jack up left side of motor about 5 inches. Remove waterpump bolts and nuts. Remove the drive belt tensioner pulley. remove the power steering pump with the hose still attached to it. and position it off to the side. Now remove the waterpump and gasket! reinstall in reverse order. This is taken from the Mitchell Repair Software.
Q:How to connect the household pump capacitor?
220V has two lines (lines 1, lines 2)There are two lines of capacitance (line 3, line 4)There are three lines on the motor (line 5, line 6, line 7)3 11 52 64 7That's plain enough. To change the turn, change any two of the 5, 6, 7, three lines
Q:Changed water pump and radiator now car does not run hot as it should?
I don't mean to be a cheak but did you put all the pipes back where they should be and did you put the thermostat back in?

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