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Diesel engine water pump set

Diesel engine driven water pump set

As a reliable supplier of diesel engine driven water pumps, We track customer's requirements and provide valuable technical support. We’re confident our diesel water pumps delivers exactly what our customers expect, but there’s much more we can offer.


From receipt of order through to delivery, our team is working for you, to meet deadlines and deliver a quality experience.


For a great return on your investment, and low cost of ownership, you can’t beat the performance, durability and easy maintenance of our diesel driven water pumps.


Diesel engine driven end suction pump set

• Flow upto: 1000 m³/h

• Head upto: 80 m

• Maximum RPM: 3500

• Maximum Liquid Temperature: -10℃~+85℃

• Diesel Engine Brand: Cummins, Deutz, Perkins, Yanmar and Weichai.

Diesel engine driven multistage pump set

• Flow upto: 800 m³/h

• Head upto: 600 m

• Maximum RPM: 3500

• Maximum Liquid Temperature: -10℃~+85℃

• Diesel Engine Brand: Cummins, Deutz, Perkins, Yanmar and Weichai.

Diesel engine driven split case pump set

• Flow upto: 6000 m³/h

• Head upto: 200 m

• Maximum RPM: 3500

• Maximum Liquid Temperature: -10℃~+85℃

• Diesel Engine Brand: Cummins, Deutz, Perkins, Yanmar and Weichai.

Diesel engine water pump set features and benefits

10 hours oil tank

Each Guzu's dewatering pump set have at least 10 hours oil tank to handle the daily work.

Skid, trailer and sound proofing canopy

Guzu's dewatering pump have skid, trailer-mounted and canopy pumps with integrated lifting bail, tie downs and fuel tank, easy transport and flexibility.

Affordable spare parts

Maintaince use afforadable spare parts are are readily available.

Quick delivery

Guzu's dewatering pump sets can be delivery within 15-30 days.

Fuel saving

Guzu's dewatering pump have lower fuel consumption to save your running cost.

Easy to operate

User manual and video to operate the pumps send along with the dewatering pump.

Your Reliable Dewatering Pump Supplier

Application

Water Transfer

Agriculture Water Pumping
Pump Station
Flood Control


0% Quality Complaint


Manufacture Test Certification

Guzu Machinery has advanced performance test station, QC inspection team, 100% inspected dewatering pump before shipment, guarantee the product quality and eliminate your concerns.

Guzu Machinery issue a testing certificate each order before shipment. Make sure the self priming trash pump set to meet the working point and all the requirements.



Genuine diesel engine power pack



1 Year Guarantee

Guzu Machinery guarantte each diesel engine of the dewatering pump are genuine, it have after-sale support provided by the diesel engine manufacture, it is easy to find a after sale service locally.

Each self priming trach pump set have 1 year guarantee, if you have any problems just give us a call. If a problem falls within the manufacture's warranty conditions then we will send a new spare part to you with no cost.




About Guzu Machinery

Guzu Machinery is your trusted supplier for water pumping and fluid management. Guzu Machinery serves the Industrial, Agricultural, Construction, Mining, Petroleum and Municipal Markets around the world. We are focused on supplying high quality, reliable, cost-effective pumping solutions, maximizing efficiency in order to satisfy customers’ needs.


Guzu Machinery has engineers with 10 years of diesel pump working experience. They will help you design solutions base on your idea. We welcome custom diesel powered water pump sets. We have a variety of pumps including self priming trash pump, split case pump, EN733/DIN24255 end suction water pump, close-coupled centrifugal pump, submersible sewage pump, multistage pump etc. Guzu Machinery also supply diesel engines and spare parts with reasonable price and genuine quality. Including Cummins, Deutz Technology, Yanmar, Perkins, Weichai. Which will reduce your purchase costs and improve efficiency, to help you explore local markets and win more customers.


Whatever custom diesel driven dewatering pumps or standard diesel driven water pumps, our engineers can help you create from idea to final manufacturing. Let Guzu Machinery become your trust-worthy diesel pump sets suppliers. You will receive a stable delivery time: 30 days Or less, 24H supplied standard loading & product report after delivery, 24 hours fast quote from Guzu Machinery sales engineers. Guzu will help you control cost and get more work done.





What are the advantages of diesel dewatering pumps?


The application of Diesel Driven dewatering pump for industrial and commercial use now a days is increased due their sturdy structure and better productivity. They are capable of handling huge amount of water in shorter span of time with higher efficiency as compared to electric-operated pumps. Their productivity ranges from 30m3/h to 5000m3/h which makes these machines more compatible for industrial and mining projects.

The primary and crucial advantage of diesel engine driven dewatering pumps is their Ease-of-doing-business property. They are easy to operate and comfortable to relocate from one place to another. They do not require pre-work settlements, like electric availability, complex fittings, stand-by source of power supply etc. Dewatering pump are ready to work on demand with low during and post operation servicing requirements. Just install them in a position and they are ready to operate with single operator.

Diesel trash pump are equally suitable for clean as well as contaminated fluid. They are also capable of handling acidic, fibrous and sludgy material. Rather their productivity is proven many time for handling trash and sludge in flood due to easy carriage and prompt response from them. These pumps are capable of handling acidic material far better than their counterparts thanks to their sturdy mechanism. The ratio of efficiency is 1:1.5 when they are compared with electric dewatering pumps especially to handle abrasive materials. Their utilization for transferring or raising fluid with comparatively heavy contaminants such as debris and rocks from mines and quarries, abrasive and corrosive stuff from construction and industrial diggings is found more effective than any other application for dewatering.


Diesel dewatering pump are capable of working efficiently in tough weather conditions and unpredictable. They are reliable for uninterrupted long hour operations with a noticeable fuel economy. They can provide smooth operations up to 40 hours with no fluctuation in the flow during the drainage process.

As discussed in the previous articles that diesel engine water pump are more economical and robust, they can operate far beyond than the recommended schedule maintenance in tough working conditions. Moreover, they are easy to maintain on the site in case of servicing or rectification requirements. Modern diesel engines have their components located on accessible and easy to replace positions so no complex tools are required to keep these machines running on the site for extended period of time. They are proven best fit for rental organizations for their rigid structure, best performance and less maintenance cost.


There are certain physical and potential dynamics involved in right decision making. All of them need to be addressed prior opening the project. Keeping all the above stated in facts view it is evident that diesel dewatering pump are more reliable for heavy duty projects. A right decision before going for a project in a dewatering system where you have less options to revisit your decisions is imperative. It can save you a huge amount of capital in the long run but, a wrong decision can linger on to the breaking point of the project.



Why the dewatering pumps is important for consctuction site?

 

Introduction

Dewatering in construction site is the process of water removal from of the groundwater and surface water. It is necessary for the land to prepare for construction well before the project is started. The process of dewatering is imperative to maintain an efficient construction work. It is also important to establish a secure working environment for workers and for  building safety in the long run.


Dewatering on a construction site is done before carrying out construction activities such as drilling and excavation for foundations, basements and shoring. Being the primary task for a construction project dewatering requires efficient equipment capable of remove water from ground and surface. Types of pumps for dewatering may vary in operation. Typical pumps are submersible, trash pump and well-point pumps. Power source for pumps can be electric motors or diesel engines. The suitability depends upon intensity of working situation as stated before.

 

For heavy duty operations both machines (electric-operated and engine-driven) have been evaluated for their performance, fuel economy and efficiency. The results came out in favor of diesel-powered machines to be more effective to handle tough circumstances.


Performance

Once established that the diesel dewatering pumps are more compatible with construction works, choosing the right pump for dewatering purpose involves many factors. Type of pump, brand of diesel engine, dewatering pump capacity, head, suction and discharge pipe need to be examined before opting for a suitable pump.


Convenience

In urban or remote settlements where municipal or water resource projects are planned, diesel pumps become more relevant due to less infrastructure requirements for installation, transportation and relocation. Fuel economy as compared to the cost required to operate electric pumps of the same caliber is another upper edge to diesel pumps. They are built rigid to stand all types of environmental conditions, work intensity, longer operational hours and convenient handling.


Efficiency

The accumulation of sludge and other materials on the ground is apparent whenever digging or drilling executed. Diesel pumps can handle sludgy water way better than its counterparts. The crucial difference which matters a lot in this scenario is the difference of operating power which can remove the unwanted material (water, sludge, debris, swamp) more efficiently.

The subsequent and equally essential consideration in a row during construction dewatering process is the disposal of extracted fluid at suitable place. The more the length of the discharge duct the more the power required to travel the fluid. It shows that the power required at suction phase is equal to the power required at discharge, if both suction and discharge ducts are of the same length.


Conclusion

Comfort handling, Low servicing cost, less tool requirements for maintenance, invariable power source, and reliability to different work situations and strength against unpredictable situations while executing different phases of construction are the characteristics of diesel-powered dewatering pumps. They are responsive even if the servicing schedule is not followed as per servicing manual’s instruction. The diesel dewatering pumps have capability to offer best performance in a cost-effective manner. It is very important for construction dewatering.



Storm Water Flooding? Emergency Dewatering Pumps!


Since July 17th, heavy rains have occurred in many parts of Henan. Due to the rare and continuous heavy rainfall, many dangerous situations have appeared in Zhengzhou City. The urban area has shown serious waterlogging, which has seriously affected Zhengzhou's railways, highways and civil aviation traffic. All stations of Zhengzhou Metro have suspended operation services. 


The British capital London suffered continuous thunderstorms, roads were flooded, and buses and other vehicles were trapped in the flood.


With the further intensification of global warming, sudden and disastrous weather and climate such as heavy rainfall, heavy rains, tropical storms, and typhoons have become more frequent. Not only has it added impact to people’s lives and travel, the heavy rainfall in some areas threatens people’s lives and property.

Municipal departments are in urgent need of mobile flood control pumps to protect their homes.

 

Mobile dewatering pumps play an important role in urban flood prevention and drainage. It can quickly respond to flooding and save people's lives and property. Traditional flood dewatering pumps have poor self-priming and poor anti-clogging capabilities. 

 

Guzu Machinery focuses on design and manufacturing high quality, non-clogging diesel dewatering pumps to help you control cost and get more work done, maximizing efficiency in order to satisfy your needs.

 

Guzu diesel dewatering pumps have strong self-priming ability, strong anti-clogging ability, simple maintenance and high pumping capacity. They are very suitable for the complex and changeable environment in municipal emergency applications. Guzu diesel dewatering pumps have been tested by the market and recognized by a lot of customers around the world.



What's diesel engine driven fire fighting pump?

 

When emergencies occur, it’s better to be prepared. The fire fighting pump delivers the water via the pipe system to the fire sprinklers to suppress the fire. We have diesel/electric fire fighting pumps that fit for your purpose. We can help you control cost and minimize maintenance and downtime. Guzu Machinery supplies end-suction fire fighting pump, split-case fire fighting pump, vertical in-line and vertical multistage fire fighting pumps for industrial and commercial fire protection. Our fire systems meet fire protection standards and fire component standards.

 

Specifications:

Capacity: 1500-6000 gpm

Head: 5-12 bar

Power: 220-710kw

Drives: Diesel engine, Electric motors

Material: Cast iron, bronze, stainless steel. (Optional materials available for sea water applications.)

 

Benefits:

1. Trusted diesel power system. (Cummins,Deutz,Perkins,Yanmar, Weichai diesel engine optional)

2. Automatic alarm: automatic alarm protection for low oil pressure, high water temperature and other faults of diesel engine, alarm and stop when over speed.

3. High efficiency, low noise, long service life.

4. Safe and stable operation.

5. Easy installation and maintenance.

 

Applications:

Guzu diesel engine driven fire fighting pumps can fully meet the fire fighting requirements of commercial buildings, factories, warehouses, docks, airports, petrochemical plants, power plants, liquefied gas stations, textile and other industrial and mining enterprises. The advantage is that when the electric fire pump cannot be started after the sudden power failure of the building's electrical system, the diesel fire pump will be automatically started for emergency water supply.



Why good dewatering pumps are critical to your project?


The US Environmental Protection Agency’s (EPA) Clean Air Act sets out emission reduction standards for diesel engines. The standards demand a reduction in the six common criteria pollutants – particulate matter (PM), ozone, sulfur dioxide, nitrogen oxides (NOx), carbon monoxide and lead. Implementation of the standards has occurred in stages, or tiers, with the deadline for compliance under the final stage – Final Tier 4 (FT4) – now looming. Diesel engines in every industry, in every application, from large-scale marine engines to small landscape equipment engines, are subject to these regulations. While deadlines are contingent on engine size, FT4 engine requirements will be fully implemented for all off road diesel engines by the end of 2018. Whether you work in construction, mining, municipal wastewater or at an industrial plant, the emission reduction technologies on Final Tier 4 (FT4) diesel engines for portable pumps are no doubt on your mind.

 

One of the big changes that FT4 brings is how to approach operation procedures. When working with an FT4 engine, it is very important to size the horsepower of the pump to your application. When choosing a diesel pump with an FT4 engine, make sure to consider power requirements. FT4 engines with higher percentage loads will operate cleaner and require less emissions related maintenance than engines that operate with lower percentage loads.

 

Guzu Machinery recommends GZT Self Priming Trash Pump With A Final Tier 4 Engine. Guzu Machinery is a full-service provider of high quality pumps, pumping equipment and engineering expertise, displaying our GZT heavy duty, self priming trash pump with a Final Tier 4 Cummins diesel engine. We understand that the transition to FT4 demands change, and we have been working hard to make this as seamless as possible for you. We deliver pump packages with high performance while significantly reducing carbon emissions.

 

During the design process, the self priming trash pump with Final Tier 4 engines were thoroughly tested to ensure that the engines maintained the performance and efficiency that our customers have come to expect from our self priming sewage pump. We are very pleased with the final product we are offering to our customers.

 

GZT-6 self-priming trash pump provides fast, cost effective pumping solution for larger jobs. The 6 inch trash pump is built with heavy-duty cast-iron construction, has the ability to self-prime and re-prime automatically, The GZT-6 provides flow rates up to 1,480 gpm, heads to 109 feet and can handle solids up to 3”. Guzu Machinery diesel engine driven trash pumps outperform other centrifugal trash pumps on the market and cost less to operate. The quality and dependability engineered into each heavy duty trash pump provides the performance you need to get the job done quickly. These new final Tier 4 models are available as skid mounted or trailer mounted units.

 

Guzu Machinery is a full-service manufacturer and provider of high-quality dewatering and construction pumps, pumping equipment and engineering expertise for dewatering, bypass, and emergency pumping applications worldwide. Welcome to contact Guzu Machinery for pump options, accessories and applications assistance.



Do you have Tier 4F diesel engine pump package for US market?


The US Environmental Protection Agency’s (EPA) Clean Air Act sets out emission reduction standards for diesel engines. The standards demand a reduction in the six common criteria pollutants – particulate matter (PM), ozone, sulfur dioxide, nitrogen oxides (NOx), carbon monoxide and lead. Implementation of the standards has occurred in stages, or tiers, with the deadline for compliance under the final stage – Final Tier 4 (FT4) – now looming. Diesel engines in every industry, in every application, from large-scale marine engines to small landscape equipment engines, are subject to these regulations. While deadlines are contingent on engine size, FT4 engine requirements will be fully implemented for all off road diesel engines by the end of 2018. Whether you work in construction, mining, municipal wastewater or at an industrial plant, the emission reduction technologies on Final Tier 4 (FT4) diesel engines for portable pumps are no doubt on your mind.

 

One of the big changes that FT4 brings is how to approach operation procedures. When working with an FT4 engine, it is very important to size the horsepower of the pump to your application. When choosing a diesel pump with an FT4 engine, make sure to consider power requirements. FT4 engines with higher percentage loads will operate cleaner and require less emissions related maintenance than engines that operate with lower percentage loads.

 

Guzu Machinery recommends GZT Self Priming Trash Pump With A Final Tier 4 Engine. Guzu Machinery is a full-service provider of high quality pumps, pumping equipment and engineering expertise, displaying our GZT heavy duty, self priming trash pump with a Final Tier 4 Cummins diesel engine. We understand that the transition to FT4 demands change, and we have been working hard to make this as seamless as possible for you. We deliver pump packages with high performance while significantly reducing carbon emissions.

 

During the design process, the self priming trash pump with Final Tier 4 engines were thoroughly tested to ensure that the engines maintained the performance and efficiency that our customers have come to expect from our self priming sewage pump. We are very pleased with the final product we are offering to our customers.

 

GZT 6 self-priming trash pump provides fast, cost effective pumping solution for larger jobs. The 6 inch trash pump is built with heavy-duty cast-iron construction, has the ability to self-prime and re-prime automatically, The GZT-6 provides flow rates up to 1,480 gpm, heads to 109 feet and can handle solids up to 3”. Guzu Machinery diesel engine driven trash pumps outperform other centrifugal trash pumps on the market and cost less to operate. The quality and dependability engineered into each heavy duty trash pump provides the performance you need to get the job done quickly. These new final Tier 4 models are available as skid mounted or trailer mounted units.

 

Guzu Machinery is a full-service manufacturer and provider of high-quality dewatering and construction pumps, pumping equipment and engineering expertise for dewatering, bypass, and emergency pumping applications worldwide. Welcome to contact Guzu Machinery for pump options, accessories and applications assistance.


 

When emergencies occur, it’s better to be prepared. The fire fighting pump delivers the water via the pipe system to the fire sprinklers to suppress the fire. We have diesel/electric fire fighting pumps that fit for your purpose. We can help you control cost and minimize maintenance and downtime. Guzu Machinery supplies end-suction fire fighting pump, split-case fire fighting pump, vertical in-line and vertical multistage fire fighting pumps for industrial and commercial fire protection. Our fire systems meet fire protection standards and fire component standards.

 

Specifications:

Capacity: 1500-6000 gpm

Head: 5-12 bar

Power: 220-710kw

Drives: Diesel engine, Electric motors

Material: Cast iron, bronze, stainless steel. (Optional materials available for sea water applications.)

 

Benefits:

1. Trusted diesel power system. (Cummins, Deutz, Perkins, Yanmar, Weichai diesel engine optional)

2. Automatic alarm: automatic alarm protection for low oil pressure, high water temperature and other faults of diesel engine, alarm and stop when over speed.

3. High efficiency, low noise, long service life.

4. Safe and stable operation.

5. Easy installation and maintenance.

 

Applications:

Guzu diesel engine driven fire fighting pumps can fully meet the fire fighting requirements of commercial buildings, factories, warehouses, docks, airports, petrochemical plants, power plants, liquefied gas stations, textile and other industrial and mining enterprises. The advantage is that when the electric fire pump cannot be started after the sudden power failure of the building's electrical system, the diesel fire pump will be automatically started for emergency water supply.



Which pump has better performance for your project? End suction pump vs split case pump


What are the differences between end suction pump and split case pump? Let's compare and analyze them.


Different Features:

 

Split case pump

It is equivalent to two single-suction impellers of the same diameter working at the same time, and the flow can be doubled under the same outer diameter of the impeller; the pump casing is opened horizontally, which is convenient for inspection and maintenance.

 

End suction pump

End-suction pumps are actually single-suction pumps. The single-stage end-suction centrifugal pump is a simple type of centrifugal water pump. This kind of water pump generally has a small flow rate and is mostly a small pump.

 

End suction pumps can either be closed or flexible coupled. A closed coupled pump has the impeller directly mounted to the motor shaft without any coupling in between. The benefit of using a closed coupled pump is that the alignment of the motor shaft to the impeller is fixed. However a flexible coupled pump can become misaligned during maintenance. This can create issues if not properly reassembled by trained personnel. Closed coupled end suction pumps require less floor space and less expensive first cost.

 

Close coupled end suction pump               Flexible coupled end suction pump

  

Different Construction: 

Split case pump is more suitable for conveying large flow and requires stable operation. When the flow rate of the pump is very high, if it is an end suction pump, it must have a large inlet and outlet. At the same time, the speed should not be too large, and it should be stable at about 1450rmp. If a double suction split case pump is used, the size and weight can be relatively reduced, the speed can be increased, and the volumetric efficiency can be increased.

 

The anti-cavitation ability of the double-suction split case pump is stronger than that of the end suction pump. Since the medium is sucked in at both ends of the impeller, hydraulic symmetry will be formed, so that the balanced axial thrust effect of the double-suction split case pump is better than that of the single-suction end suction pump, and it runs more smoothly. Moreover, the flow rate of the medium is low, and the impeller is not prone to cavitation. Double-suction split case pump mainly sucks the medium at both ends of the impeller, and there is a sealed cavity on each side of the impeller. Rather than the pump has two suction ports. The anti-cavitation ability of the double-suction split case pump is stronger than that of the single-suction end suction pump. Since the medium is sucked in at both ends of the impeller, hydraulic symmetry will be formed, so that the balanced axial thrust effect of the double-suction split case pump is better than that of the end-suction pump, and it runs more smoothly. Moreover, the flow rate of the medium is low, and the impeller is not prone to cavitation. However, the double-suction split case pump has one more sealed cavity than the single-suction pump, so its cost is relatively high.

 

Different applications:

 

End suction pump is a kind of water pump that is widely used in agriculture. And capable of being used in hvac systems with capacities up to 4000 gpm and 150 feet of head.

 

Double suction split case pumps are mostly used for water supply and drainage in mines, cities, power stations, and various water conservancy projects. End suction pumps generally have a relatively small flow rate. The advantage is that the same flow rate, the end suction volume is small, but the axial force is large, and the bearing burden is large. Compared with double-suction pumps, there are many limitations.



Can I use clear water pumps for sewage?


Can clear water pumps be used for sewage? What are the differences between clean water pumps and sewage pumps? The obvious difference between clean water centrifugal pumps and sewage pumps is their structure, the design of impellers and flow channels, and the configuration of other parts. So the applications are also different.

 

The clean water pumps cannot be used to transport sewage and wastewater. Sewage pumps can transfer clean water.

 

The structure of the clean water pump is a combination of a motor and a water pump. The clean water pump is only used to transport clean water, so the gap between the impellers is very small. In this way, if debris is generated during the work, it will be easily blocked in the impeller and the fault occurs; when it is used in sewage, it is very likely that blocking, winding, abrasion, corrosion will occur, resulting in damage or scrapping of the pump.

 

Why can sewage pumps transport sewage?

 

1: In order to avoid debris from clogging the pipeline, the sewage pump generally designs a very wide flow channel. Therefore, the efficiency is naturally low, so the head is generally not high. The delivery pipe of the clean water pump is very narrow, the head is naturally very high, and the efficiency is higher.

 

2: To discharge impurities better, the impeller structure of the sewage pump will not be as complicated as the clean water pump. In addition, some saw teeth are specially set to break up the debris with large particles and prevent the debris from entangled on the impeller. , And can be discharged smoothly. But the impeller of the clean water pump is not so simple, so its work efficiency will be higher.

 

3: The sewage pump is used to remove solids and large particles, and there will be a certain amount of friction. These frictions will cause some damage to the sewage pump, so the wear resistance of the sewage pump is better than that of the clean water pump. The seals of the machine are all made of corrosion-resistant parts. This is caused by their different functions, the clean water pump does not need to consider these issues.

 

4: Self priming trash pumps (unclogged self priming sewage pumps) are special for demanding jobs, such as handling large volumes of rainwater, gray water and sewage operations in construction, infrastructure projects, mining dewatering and flood control.

Trailer or Skid mounted trash pumps optional. Available in 3 inch ~ 10 inch sizes, can be found on the small and large of jobsites. From clean water to sewage, our trash pumps can do it all.






Phone

+86 18603293463

Get in touch

Please contact us using the form below or send inquiry to [email protected]

Get in touch

Please contact us using the form below or send inquiry to [email protected]

Get in touch

Please contact us using the form below or send inquiry to [email protected]