• Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA) System 1
  • Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA) System 2
  • Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA) System 3
Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)

Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)

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Supply Capability:
100 unit/month

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Product Introduction of Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)
OMEGA series single-stage double-suction split volute centrifugal pump is produced by our company based on importing the advanced technology from Germany in accordance with the market demand. By using the original and modified impeller and cutting, the pump boasts a full and wide range of spectrum and high service efficiency. The water pump can provide the working points of any flow and lift head required by the user within the spectrum performance range. OMEGA pump adopts a hydraulic model with the self-balancing axial force and radial force, which is the best both at home and abroad currently. It boasts stable performance, high efficiency, compact structure, small vibration, strong resistance to pressure of pump body and being easy for installation and maintenance.

Main Purpose of Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)
OMEGA series of product is widely used for water plant, irrigation, drainage pumping station, power station, water circulation of air-conditioning, industrial water supply system, fire system and shipping industry as well as for the general purpose in the oil refining industry.

Hydraulic performance of Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)
It adopts the internantional advanced computer aided software and the modern design methods(namely optimum design and reliable design approach) for the hydraulic and structural design of the pump so that OMEGA double-suction pump boasts efficient and noticeable resistance to cavitation. Compared with home-made like products, this series of product has a 2-4% higher efficiency and noticeably stronger cavitation resistance, which will save a lot of capital for the user.

Structural Features of Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)
1. Compact structure, space effective and much shorter axial dimensions.

2. Small vibration and low noise, achieved mainly by means of the follow:

A. The pump casing adopts the double-volute structure;
B. The rotor part has short axial dimensions and a good rigidity.
C. The pump shaft adopts the imported high-precision bearing for the support.

Working Conditions of Split Casing Pump, Double Suction Pump, Double Volute Pump (OMEGA)
The maximum working pressure of OMEGA volute double-suction pump system is 2.5Mpa, namely pump inlet pressure +pump lift head≤ 2.5Mpa, and the test pressure of pump static pressure is 3.75Mpa. According to the maximum pressure that the pump body can bear, the materials for body and bonnet adopt the grey cast iron(1.6Mpa), spheroidal graphite cast iron(2.0Mpa)and cast steel (2.5Mpa). Please note the pump's bearing pressure or materials in the order. This series of pump can transport the clear water or other liquids with similar physical and chemical properties as clear water with temperture T≤ 105 deg C.

Q:Can the water from the fire pump enter the roof fire tank? Why?
Fire water pump water can not enter the roof, fire water tanks, "construction regulations" and "high regulations" clearly defined. The roof fire water tank acts as a temporary fire fighting water for 10 minutes, and the water in the fire pump is supplied directly to the indoor hydrant or sprinkler system. Roof water tank fire water can only be provided by the living pump.
Q:I have a 1995 Honda Civic LX 1.5L that needs the water pump and timing belt replaced. What all part do I need to order to replace all of that?
You should be able to buy a timing belt kit. The kit usually includes a timing belt, tensioner, idler, balancer shaft belt(if applicable). Some even include the cam and crank seals. Water pump is usually sold separate. You should also get a head cover gasket and the spark plug tube seals since you have to pull the valve cover. Last thing would be drive belts since they come off as well to do the job depending on their condition. 1 gallon of coolant. As far as tools you'll need a 10mm,12mm,14mm,17mm and a 19mm wrench and sockets, wratchet, extensions, screw drivers etc... If your doing the job yourself the hardest part will be removing the crank bolt. A powerfull impact gun is needed or a special crank bolt removal tool used for Honda's. A manual to line up the belt and a floor jack and jack stand.One last thing if you do the job yourself, Be sure the marks are aligned properly because if not BAD THINGS will happen$$$$ Good luck and hope this helps.
Q:i heard a water pump should not be able to move.is that correct? It is a 1995 RM250. there is no clogging in the pipes coming from the radiators with 2 fingers require force to move them but with the 1 finger it requires no force to move a couple Centimeters.
The water pump is turned by the primary gear on the crankshaft. When you were turning the water pump - the crankshaft was moving the piston up down in the cylinder. The couple of centimeters of movement is just the play between the gears - that's normal.
Q:I just posted another question a few minutes ago, but not really much help with the one answer I got. I'm now sure that what part I'm feeling on the back of the engine block is the water pump on my 97 Grand Am 2.4L twin cam POS car. I somehow got my hand back there enough to take pictures to see what I'm feeling. Noticed in one of them that there is a bolt missing! This area was very wet with coolant. Would this bolt missing cause the pump/cover to leak? Makes sense to me. If all the bolts aren't there, then there wouldn't be proper seal, right? Had this engine put in a few months ago. The guy who did it seemed to miss a lot of things.
Yes, a missing, or broken bolt on the water pump can cause a leak. Either way, if you are showing coolant from the bolt hole, or around the gasket area, it is most likely due to the seal not being tight with the missing, or broken bolt. You must check to see if possibly the bolt has broken off, and not merely been left, or worked out. Most times when a bolt appears to be missing, it is broken, and part still remains in the threaded part. If this is the case the water pump must be completely removed to get the broken bolt out, and then install a new gasket, and all the proper bolts. Tighten them to the proper specifications. It doesn't hurt to use a gasket sealer when you install the new gasket. It's messy, but I find the best to be Form-a-Gasket #2. This is a non-hardening gasket sealer, and very sticky. It is actually much better to use than silicone, but not easier. To check to see if you have a broken bolt just stick a pin, or toothpick into the hole to see if it will go deep into the threaded portion of the mount. In your pictures it appears that there is nothing behind the mount lug, so a pin, or toothpick should go completely through the hole. If the bolt is broken off with the threaded portion still in the mount you will feel it with what you use to probe the hole.
Q:Can I use Ultra Blue gasket maker on a water pump? The packaging is not labeled high heat.
i could replace the gasket now particularly of attempting to recollect on end leak. reckoning on the place you reside, it somewhat is gonna get chilly authentic quickly. Wrenching in chilly climate sucks. And if the unique water pump has by no skill been replaced, you're able to think of approximately doing that while you have it aside, no count if it is not too costly for a clean/rebuilt pump. i be responsive to it could be in simple terms my success to take all of it aside, replace the gaskets, then have the water pump crap out 2 months later. DOH!
Q:A total of three units, usually starting two units. After jumping the gate, it was like this. I haven't paid attention before. Is it a turn around?
The water pump with frequency conversion is set correctly and will not burn the motor. If there is a problem, the frequency converter will automatically stop running. The frequency converter can change the positive and negative (frequency changer without this function, change the phase sequence)
Q:I'm going to be purchasing a laboratory distillation kit here pretty soon, the kit includes everything I need for the setup but the condenser requires a water pump to circulate cold water around the coils. What kind of pump would you recommend for this purpose?
The only thing you might need a pump for is if you are distilling/refluxing something and it is not all condensing before it reaches the end/top of the tube, resulting in vapor escaping. In that case you would use a bucket of ice water with a submersible pump.
Q:Hi, my mechanic said that I need a new water pump. I have a 1994 Dodge Caravan SE. What is involved with the whole changing of a water pump? He said it would cost about $400 to $500 for the whole job. Is that correct? Were is a good place to go get one? I live in Staten Island New York. Is sears a good place for that job? What is installed when they do this job? Belts or what??? I thank you for your time and any help is greatly appreciated. I will be taking my car in this week and will leave a best answer based on the correct information. Thanks again :-)
does your van have a 3.0,3.3 or 3.8 litre engine? If it is a 3.0 liter engine then the job involves removing the timing belt. Book time is 4.5 hrs. The other two engine is much simpler, only 1.0 hr to replace the water pump. So since most garages charge about $100/hr it will cost you $450 and $100 respectively. Also it would be wise to change the thermostat and flush the system at the same time. That would be an extra 1.4 hrs or $140. Note: the serpentine belt has to be removed to do this job, so if it is worn replace it. There should be no extra labor, just parts cost.
Q:I've searched the net but cannot find exactly what I'm looking for and hoping someone out there can steer me in the right direction! Maybe I'm not looking in the right place....or do I have to fabricate my own? I'm up for the challenge!1) Trying to source a water pump that I'm going to power by HAND or a BICYCLE. 2) My choice of pump to give a continuous stream of water (very important) is a rotary (centrifugal) type or is there something else capable of a continuous output?3) This will NOT BE USED for potable water. SPECS:a) lightweight but durable, the smaller, the better. b) low RPM, high volume output and capable of producing/handling pressure. c) self-primingd) able to handle some small particulates in the water as I am using rain water. (from outside, NOT filtered, so the following may be present: bugs, dust, etc...) Thank you, in advance, for your help and would be nice to thank the individual(s) for a unique answer to my request at a later date so let me know you're preferred method of contact!
There are very small rotary water pumps designed to be driven with hand-held electric drills. These pumps may be purchased in some hardware stores or farm supply stores. One could be adapted to a bicycle- type drive. Small pumps have about a 50% efficiency so you would need to produce sustained muscle power applied at around 150-200 watts to achieve 75 -100 watts of effective hydraulics. Applied watts = (GPM) (PSI) / 1.277 million (eff.) Where eff. is as a decimal. Edit : A 3/8 drill will pull about 280 watts. I can do 200 watts on an exercise bike, but not for long. I am a 79 heart patient, so you can probably do better..
Q:We lost power during the hurricane, we have well water. the power went out and we lost water also, what are the procedures to bleed and restart a goulds pumps c48a93a06 water pump?
1. you are going to need at least a couple gallons of water in a bucket to re-prime. 2. look for a plug at the top of the pump and remove it. 3. pour water into the plug opening, filling up the pump as much as you can. 4. put plug back in so at least one thread is grabbing. by doing this it will allow air to escape and won't be spraying water everywhere. it is also a good idea to keep your hand on the plug. 5. turn on electricity to pump. 6. when you start to notice pressure re-gaining tighten up the plug so it does not drip. It is also a good idea to have an outside tap on to get air out of the lines. Another thing is, it is a good idea to shut off water to toilets and washing machines before re-starting pump because small debris have a habit of clogging them up. When your pressure is back, drain your toilet and cold water line to your washing machine, flushing all the stuff out until you see nice clear water. Hope I helped and good luck.

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