API 610 OH2 series Chemical Centrifugal Pump

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Quick Details

  • Place of Origin: China (Mainland)

  • Model Number: SLZA
  • Theory: Centrifugal Pump

  • Structure: Single-stage Pump

  • Usage: Oil

  • Power: Electric

  • Standard or Nonstandard: Standard

  • Pressure: Low Pressure

  • Application: Chemical industry, paper making,Heat supply and AC system

Packaging & Delivery

Packaging Details:woodencase
Delivery Detail:45 days

API 610 OH2 chemical centrifugal pump
 
Outlined
 
SLZA series pumps are horizontal, axial suction, single stage, single suction centrifugal pumps. The design is in accordance with 10TH version of ANSI/API 610-2004 (Industrial centrifugal pumps for petroleum, heavy chemical and natural gas)and national standard GB/T3215-2007 (Industrial centrifugal pumps for petroleum, heavy chemical and natural gas), among these, SLZA is OH1 type; SLZAE/F is OH2 type. The pumps mainly for transferring liquid like clean fluid, low or high temperature flammable, explosive and corrosive liquid with solid. Mainly used for refineny, petro-chemical power plant, nomal chemical processing and marine industry.
 
Characteristics
 
Design is according to 10th version API610. High efficiency, low noise, good performance of anti-cavitation; Axial thrust is balanced by wear ring and balance holes, others by thrust bearing. Diameter of outlet is over than DN80, the pumps are designed in double volute structure to balance radial force, to lower noise and prolong bearing life span.
According to pressure, temperature and impeller type, this series of pumps can be divided into four types
 
Applications
 
 Refinery plant, petro-chemical industry, coal-process industry and low temperature projects;
Chemical industry, paper making, pulp and sugar and such like normal process industries.
Water supply plant, Desalinator
 Heat supply and AC system
 Power plant
 Environment engineering
 Naval architecture and ocean engineering
 
Workconditions
 
Diameter 25~400mm
Capacity 2~2600m3/h
Head ~ 300m
Pressure SLZA ~2.5MPa; SLZAE ~5.0MPa SLZAF ~7.5MPa
Temperature SLZA ~177°C; SLZAE/F ~450°C
 

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Q:When did the pump start?
The promotion of water is very important to human life and production. There are various ancient water appliances, such as Egypt's chain pump (seventeenth Century BC), China shadoof (seventeenth Century BC), Burton (Eleventh Century BC) and water (first Century ad). The famous spiral rods invented by Archimedes in the third Century BC can lift water to a few meters in a steady and continuous way, and the principle is still used by modern screw pumps.In 200 BC, the ancient Greek fire pump craftsmen invented by Kurt Siby Lucius is a kind of piston pump has the most original, the main components of a typical piston pump piston pump, but only after the steam engine was developed rapidly.1840~1850 years, the United States invented Worthington pump cylinder and steam cylinder opposite, the direct impact of the piston pump, marking the formation of modern piston pumps. Nineteenth Century was the climax of the development of piston pumps, which were already used in a variety of machines, such as water presses. However, with the rapid increase in water demand, from 1920s, the piston pumps with low speed and large flow were gradually replaced by high-speed centrifugal pumps and rotary pumps. But in the field of high pressure and small flow, reciprocating pump still occupies the main position, especially diaphragm pump and plunger pump have their own advantages and are used more and more.
Q:Is there any problem with my water pump?
Jet pumps aren't particularly efficient, and at 10 years of age, it could be worn. However, the water table might be dropping, too (this is happening in a lot of places), and that alone could explain the longer time. Submersible pumps are much for efficient but more expensive to install.
Q:Can someone recommend a small water pump?
Sounds like you're in quite a predicament there.
Q:Under what circumstances should we set up fire pool and fire pump room? Is it necessary to have a building?
These facilities are available only in large public buildings.
Q:30kW what is the flow rate of the pump?
Estimated traffic: Q = nP/ (9.8H), =70%*30/ (9.8H), =2.14/H (m^3/s)It is estimated that the efficiency of the water pump unit n=70%, power P to kW as a unit, the head H to m as a unit, you go to check the head H is how many meters, into the formula can be considered the flow rate is how many cubic meters per second.
Q:radiator problems.....or a broken water pump?
Codes won't tell you anything and there's no such thing as a thermostat fuse. this can be several things, but it's not likely the water pump. what fails on a water pump is the bearings, a failure that would cause this type of problem would be a frozen water pump and if that were the case, the belt would squeal like crazy and break, as it move but the w/p didn't. a bad w/p will drip coolant from the bottom just back of the pulley, there is a hole there that leaks when the bearings are bad,, but that won't cause a overheat. If the coolant is low, top it off, with the car cold into the rad and the overflow bottle. Change the thermostat, it could be frozen shut, but it is unlikely. if you rad is that shot, you could change it, but the most common cause of this sort of problem is a warped head and/or a blown head gasket. A mechanic can check for this, but take it ot one you trust, as this is about a 1,500 dollar job either way, you have to pull the head to fix it. Running it with low coolant, unfortunately can cause this. if it's not this than the rad is plugged up, but if it just started happening, and it temp gauge maxes out all of a sudden with a full coolant tank, it is likely the head gasket/head. It can also be a cracked block. Sorry to be the one to give you the news..
Q:Pump impeller diameter plus assembly what changes? What's the effect on the motor?
1., the larger the diameter of the impeller, the greater the head, the greater the flow rate, because the flow of water depends on the speed of rotation of the impeller generated by the centrifugal force and the line speed on the tangent, the greater the diameter, the centrifugal force and the greater the speed of the line. The relationship between the centrifugal pump water delivery and the vacuum degree is that the centrifugal pump is the centrifugal force principle to complete pumping. Without water, the time and space turn will burn out the equipment.2., the head and impeller diameter is related, the larger the impeller, the greater the head, and vice versa. The flow rate has little to do with the impeller diameter. Under the rated conditions, the greater the head, the smaller the flow rate, inversely proportional.
Q:pulley on water pump has slight wobble. is it bearings going bad?
either the bearings are going out, or the pulley is bent. either way you should go ahead and change the water pump, they are cheap and if you wait it will be a problem later when you get stranded. good luck
Q:difference between a faulty water pump and head gasket?
a water pump will leak out on the ground and a head gasket will leak into the oil or in the combustion chamber and cause white smoke. a bad water pump will make your engine overheat but before it does that then it will leak or the bearing will go out.
Q:explain the operation of a water pump....?
There are a number of different types of water pumps that operate according to different principles. For lots of information, including pictures and diagrams, do an internet search on water pump.

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