Grundfos KPG

Grundfos KPG pumps, like the KPL series, are designed for high-capacity water handling but are tailored to different applications and operational requirements. The KPG series is primarily used in vertical pumping applications, particularly suited for deep-well water extraction and similar high-lift scenarios. Here's a detailed engineering overview of Grundfos KPG pumps:

1. Design and Construction:

1.1. Vertical Turbine Design:

• Impeller: The KPG pumps feature a multi-stage centrifugal impeller design. Each stage adds pressure to the fluid, allowing the pump to lift water from deep wells efficiently. The impellers are designed to handle large volumes of water at high heads.
• Casing: The pump casing is designed to handle high pressures and provide efficient flow dynamics. Typically made from materials like cast iron or stainless steel, the casing ensures durability and resistance to corrosion.

1.2. Column and Bowl Assembly:

• Column Pipe: The vertical column pipe houses the shaft that connects the motor to the impellers. This pipe is designed to withstand the pressure and weight of the water column and the rotating shaft.
• Bowl Assembly: Each stage of the pump consists of a bowl assembly where the impeller is housed. The bowl diffuses the water from the impeller and directs it to the next stage with minimal hydraulic losses.

1.3. Drive System:

• Motor: Grundfos KPG pumps are typically driven by vertical electric motors mounted at the surface. These motors are designed for high efficiency and reliability, often featuring Variable Frequency Drives (VFDs) for optimized performance.
• Shaft: The vertical shaft transmits power from the motor to the impellers. It is designed to handle high rotational speeds and torque, with intermediate bearings for support and stability.

2. Performance Characteristics:

2.1. Flow Rates and Heads:

• Flow Rates: KPG pumps can handle a wide range of flow rates, from moderate to very high, depending on the number of stages and specific impeller design.
• Head: These pumps are designed for high-head applications, capable of lifting water from depths exceeding 200 meters. The multi-stage design allows for customizable head configurations.

2.2. Efficiency:

• Hydraulic Efficiency: The multi-stage design and optimized impeller geometry contribute to high hydraulic efficiency, reducing energy consumption.
• Motor Efficiency: High-efficiency motors further enhance overall system efficiency, ensuring reliable and cost-effective operation.

3. Application Areas:

3.1. Water Supply:

• KPG pumps are widely used in municipal and industrial water supply systems to lift water from deep wells or underground reservoirs.

3.2. Irrigation:

• These pumps are used in agricultural applications to provide water from deep sources for large-scale irrigation projects.

3.3. Industrial Processes:

• In various industries, KPG pumps are used to extract groundwater for process water, cooling, and other applications requiring a reliable high-head pump.

4. Material Selection:

4.1. Corrosion Resistance:

• Materials like cast iron, stainless steel, and specialized coatings are used to enhance corrosion resistance, crucial for applications involving aggressive water chemistry.

4.2. Wear Resistance:

• For applications involving abrasive particles, wear-resistant materials and coatings are applied to critical components to extend the pump's service life.

5. Control and Monitoring:

5.1. Variable Frequency Drives (VFDs):

• VFDs are often used with KPG pumps to control motor speed and optimize pump performance according to varying demand, improving energy efficiency and operational flexibility.

5.2. Monitoring Systems:

• Advanced monitoring systems can be integrated to track pump performance, detect anomalies, and schedule maintenance activities. Parameters such as flow rate, pressure, motor temperature, and vibration levels are commonly monitored.

6. Installation and Maintenance:

6.1. Installation:

• Vertical Installation: KPG pumps are installed vertically, typically with the motor and control systems located at the surface, making them accessible for maintenance and adjustments.
• Well Installation: These pumps are suitable for deep well installations, requiring precise alignment and secure mounting to ensure reliable operation.

6.2. Maintenance:

• Regular maintenance includes checking and replacing wear parts, monitoring seal integrity, and ensuring the motor and electrical systems are functioning correctly. Grundfos typically provides detailed maintenance schedules and guidelines.

7. Customization and Options:

7.1. Customization:

• Grundfos offers customization options to meet specific project requirements, such as different impeller designs, material choices, and special coatings for handling aggressive fluids.

7.2. Accessories:

• A range of accessories, including control panels, monitoring systems, and well accessories, can be provided to enhance the functionality and ease of operation.

Conclusion:

Grundfos KPG pumps are engineered to deliver high performance and reliability in demanding high-lift applications. Their design emphasizes efficiency, durability, and adaptability, making them a preferred choice for deep-well water extraction and other vertical pumping projects. Whether used in water supply, irrigation, or industrial processes, these pumps offer robust solutions to meet diverse operational needs.

Grundfos KWM

Grundfos KWM pumps are part of the Grundfos K-series pumps designed for large-scale water movement applications. The KWM series specifically caters to scenarios requiring efficient and reliable handling of large water volumes at low to medium heads, making them ideal for applications such as flood control, stormwater management, irrigation, and large-scale drainage systems. Here is a detailed engineering overview of the Grundfos KWM pumps:

1. Design and Construction:

1.1. Mixed Flow Design:

• Impeller: KWM pumps feature a mixed flow impeller that combines the characteristics of both axial and radial flow designs. This allows the pump to handle high volumes of water efficiently while generating moderate heads. The impellers are typically adjustable, allowing for customization to meet specific hydraulic requirements.
• Casing: The pump casing is designed to minimize hydraulic losses and ensure smooth flow characteristics. Made from robust materials like cast iron or stainless steel, the casing provides excellent durability and resistance to corrosion and wear.

1.2. Drive System:

• Motor: KWM pumps are typically driven by submersible or dry-installed motors designed for high efficiency and reliable performance under continuous operation. The motor's design ensures it can withstand the harsh conditions often encountered in water management applications.
• Coupling: The coupling system between the motor and the pump is robust, designed to ensure efficient power transmission with minimal vibration and noise.

2. Performance Characteristics:

2.1. Flow Rates and Heads:

• Flow Rates: KWM pumps are capable of handling very high flow rates, often in the range of several hundred to several thousand liters per second, depending on the specific model and application.
• Head: The pumps are designed for low to medium head applications, typically up to 30 meters. This makes them suitable for applications requiring the movement of large water volumes over relatively short vertical distances.

2.2. Efficiency:

• Hydraulic Efficiency: The mixed flow design and optimized impeller geometry contribute to high hydraulic efficiency, often exceeding 85%. This reduces energy consumption and operating costs.
• Motor Efficiency: High-efficiency motors further enhance the overall system efficiency, ensuring reliable and cost-effective operation.

3. Application Areas:

3.1. Flood Control:

• KWM pumps are extensively used in flood control systems to quickly and efficiently move large volumes of floodwater away from vulnerable areas, protecting infrastructure and communities.

3.2. Irrigation:

• In agricultural settings, KWM pumps are used for large-scale irrigation projects, ensuring efficient and reliable water distribution over extensive areas.

3.3. Stormwater Management:

• Urban areas prone to heavy rainfall and stormwater runoff benefit from KWM pumps in managing and directing excess water, preventing flooding and waterlogging.

3.4. Drainage:

• KWM pumps are also used in large-scale drainage systems, particularly in regions with high water tables or frequent heavy rainfall.

4. Material Selection:

4.1. Corrosion Resistance:

• Materials like cast iron, stainless steel, and specialized coatings are used to enhance corrosion resistance, which is crucial for applications involving aggressive or saline water environments.

4.2. Wear Resistance:

• For applications involving abrasive particles, wear-resistant materials and coatings are applied to critical components to extend the pump's service life.

5. Control and Monitoring:

5.1. Variable Frequency Drives (VFDs):

• VFDs are often used with KWM pumps to control motor speed and optimize pump performance according to varying demand, further improving energy efficiency and operational flexibility.

5.2. Monitoring Systems:

• Advanced monitoring systems can be integrated to track pump performance, detect anomalies, and schedule maintenance activities. Parameters such as flow rate, pressure, motor temperature, and vibration levels are commonly monitored.

6. Installation and Maintenance:

6.1. Installation:

• Submersible Installation: KWM pumps can be installed as submersible units, which are placed directly in the fluid to be pumped. This installation type saves space and reduces the need for extensive civil engineering works.
• Dry Installation: Alternatively, the pumps can be installed in a dry configuration with the motor and pump unit accessible for maintenance.

6.2. Maintenance:

• Regular maintenance includes checking and replacing wear parts, monitoring seal integrity, and ensuring the motor and electrical systems are functioning correctly. Grundfos typically provides detailed maintenance schedules and guidelines.

7. Customization and Options:

7.1. Customization:

• Grundfos offers customization options to meet specific project requirements, such as different impeller designs, material choices, and special coatings for handling aggressive fluids.

7.2. Accessories:

• A range of accessories, including guide rails, lifting chains, and control panels, can be provided to enhance the functionality and ease of operation.

Conclusion:

Grundfos KWM pumps are engineered to deliver high performance and reliability in demanding applications that require the efficient movement of large water volumes. Their design emphasizes efficiency, durability, and adaptability, making them a preferred choice for flood control, irrigation, stormwater management, and drainage systems. With their robust construction, high efficiency, and customizable features, KWM pumps offer versatile and reliable solutions to meet diverse operational needs.

Grundfos KPL

Grundfos KPL pumps are large-scale, highly efficient, and reliable axial flow pumps primarily used in flood control, irrigation, and other applications requiring the movement of large volumes of water at relatively low heads. These pumps are known for their robust design, high efficiency, and versatility in handling various fluid types, including clean water, wastewater, and stormwater. Here's a detailed engineering overview of the Grundfos KPL pumps:

1. Design and Construction:

1.1. Axial Flow Design:

• Impeller: The KPL pump features an axial flow impeller designed to move water efficiently with low energy consumption. The impeller blades are optimized for high efficiency and can be customized to match specific hydraulic requirements.
• Casing: The pump casing is designed to minimize hydraulic losses and ensure smooth flow characteristics. It is usually made from durable materials like cast iron or stainless steel, which provide excellent corrosion resistance.

1.2. Drive System:

• Motor: Grundfos KPL pumps are typically driven by submersible or dry-installed motors. These motors are designed for continuous operation, high efficiency, and reliable performance in submerged conditions.
• Coupling: The pump and motor are often connected via a robust coupling system that ensures reliable power transmission and minimizes vibration and noise.

2. Performance Characteristics:

2.1. Flow Rates and Heads:

• Flow Rates: KPL pumps are capable of handling very high flow rates, often ranging from a few hundred to several thousand liters per second, depending on the model and application.
• Head: The pumps are designed for low to medium head applications, typically up to 20 meters. This makes them ideal for applications where large volumes of water need to be moved over short vertical distances.

2.2. Efficiency:

• Hydraulic Efficiency: The axial flow design and optimized impeller geometry contribute to high hydraulic efficiency, often exceeding 85%. This reduces energy consumption and operating costs.
• Motor Efficiency: High-efficiency motors further enhance the overall system efficiency, ensuring reliable and cost-effective operation.

3. Application Areas:

3.1. Flood Control:

• KPL pumps are extensively used in flood control systems to quickly and efficiently move large volumes of floodwater away from vulnerable areas.

3.2. Irrigation:

• In agricultural settings, these pumps are used for large-scale irrigation projects, ensuring that water is distributed evenly and efficiently across large tracts of land.

3.3. Stormwater Management:

• Urban areas prone to heavy rainfall and stormwater runoff benefit from KPL pumps in managing and directing excess water to prevent flooding and waterlogging.

4. Material Selection:

4.1. Corrosion Resistance:

• Materials like cast iron, stainless steel, and specialized coatings are used to enhance corrosion resistance, especially important in applications involving seawater or aggressive industrial effluents.

4.2. Wear Resistance:

• For applications involving abrasive particles, wear-resistant materials and coatings are applied to critical components to extend the pump's service life.

5. Control and Monitoring:

5.1. Variable Frequency Drives (VFDs):

• VFDs are often used with KPL pumps to control motor speed and optimize pump performance according to varying demand, further improving energy efficiency and operational flexibility.

5.2. Monitoring Systems:

• Advanced monitoring systems can be integrated to track pump performance, detect anomalies, and schedule maintenance activities. Parameters such as flow rate, pressure, motor temperature, and vibration levels are commonly monitored.

6. Installation and Maintenance:

6.1. Installation:

• Submersible Installation: KPL pumps can be installed as submersible units, which are placed directly in the fluid to be pumped. This installation type saves space and reduces the need for extensive civil engineering works.
• Dry Installation: Alternatively, the pumps can be installed in a dry configuration with the motor and pump unit accessible for maintenance.

6.2. Maintenance:

• Regular maintenance includes checking and replacing wear parts, monitoring seal integrity, and ensuring the motor and electrical systems are functioning correctly. Grundfos typically provides detailed maintenance schedules and guidelines.

7. Customization and Options:

7.1. Customization:

• Grundfos offers customization options to meet specific project requirements, such as different impeller designs, material choices, and special coatings for handling aggressive fluids.

7.2. Accessories:

• A range of accessories, including guide rails, lifting chains, and control panels, can be provided to enhance the functionality and ease of operation.

Conclusion:

Grundfos KPL pumps are engineered to deliver high performance and reliability in demanding applications. Their design emphasizes efficiency, durability, and adaptability, making them a preferred choice for large-scale water handling projects. Whether used in flood control, irrigation, or stormwater management, these pumps offer robust solutions to meet diverse operational needs.

The differences between Grundfos KPL, KPG and KWM

Grundfos KPL, KPG, and KWM pumps are all designed for large-scale water movement applications but differ in their design, performance characteristics, and typical applications. Here is a detailed comparison of these three pump series:

Grundfos KPL Pumps

Design:

• Type: Axial flow pumps.
• Impeller: Axial flow impeller designed to move large volumes of water at low heads.
• Casing: Designed to minimize hydraulic losses and ensure smooth flow characteristics.

Performance Characteristics:

• Flow Rates: High flow rates, often ranging from several hundred to several thousand liters per second.
• Head: Low to medium heads, typically up to 20 meters.
• Efficiency: High hydraulic efficiency, often exceeding 85%.

Typical Applications:

• Flood control.
• Large-scale irrigation.
• Stormwater management.

Installation:

• Can be installed as submersible units or in dry configurations.

Material Selection:

• Durable materials like cast iron or stainless steel, with corrosion-resistant coatings.

Grundfos KPG Pumps

Design:

• Type: Vertical turbine pumps.
• Impeller: Multi-stage centrifugal impeller for high-head applications.
• Casing: Designed to handle high pressures and provide efficient flow dynamics.
• Column and Bowl Assembly: Includes a vertical column pipe and bowl assembly for each stage.

Performance Characteristics:

• Flow Rates: Moderate to high flow rates, depending on the number of stages and specific impeller design.
• Head: High heads, capable of lifting water from depths exceeding 200 meters.
• Efficiency: High hydraulic and motor efficiency.

Typical Applications:

• Deep-well water extraction.
• Municipal and industrial water supply.
• Large-scale irrigation.

Installation:

• Vertical installation, typically with the motor and control systems at the surface.
• Suitable for deep well installations.

Material Selection:

• Corrosion-resistant materials like cast iron or stainless steel, with wear-resistant coatings for handling abrasive particles.

Grundfos KWM Pumps

Design:

• Type: Mixed flow pumps.
• Impeller: Mixed flow impeller combining axial and radial flow characteristics.
• Casing: Designed to minimize hydraulic losses and ensure smooth flow characteristics.

Performance Characteristics:

• Flow Rates: High flow rates, often in the range of several hundred to several thousand liters per second.
• Head: Low to medium heads, typically up to 30 meters.
• Efficiency: High hydraulic efficiency, often exceeding 85%.

Typical Applications:

• Flood control.
• Large-scale irrigation.
• Stormwater management.
• Large-scale drainage systems.

Installation:

• Can be installed as submersible units or in dry configurations.

Material Selection:

• Durable materials like cast iron or stainless steel, with corrosion-resistant coatings.

Key Differences:

1. Design and Impeller Type:

   • KPL: Axial flow design, ideal for high flow rates at low heads.
   • KPG: Vertical turbine design with multi-stage centrifugal impellers, ideal for high-head applications.
   • KWM: Mixed flow design, combining axial and radial characteristics for high flow rates at medium heads.

2. Performance Characteristics:

   • Flow Rates: All three handle high flow rates, but KPL and KWM are more focused on high volumes at low to medium heads, whereas KPG is designed for high-head applications.
   • Head: KPL and KWM handle low to medium heads, while KPG is designed for high-head applications, often exceeding 200 meters.

3. Typical Applications:

   • KPL: Primarily used for flood control, large-scale irrigation, and stormwater management.
   • KPG: Suited for deep-well water extraction, municipal and industrial water supply, and large-scale irrigation.
   • KWM: Used for flood control, large-scale irrigation, stormwater management, and large-scale drainage systems.

4. Installation:

   • KPL and KWM: Can be installed as submersible units or in dry configurations.
   • KPG: Vertical installation, typically with the motor and control systems at the surface, suitable for deep well installations.

5. Material Selection:

   • All three series use durable materials like cast iron or stainless steel, with various coatings for corrosion and wear resistance, tailored to their specific applications and operational environments.

Conclusion:

While Grundfos KPL, KPG, and KWM pumps all excel in handling large-scale water movement, their design, performance characteristics, and typical applications differ to suit specific operational needs. KPL pumps are optimized for high flow rates at low heads, KPG pumps for high-head applications with deep-well installations, and KWM pumps for high flow rates at medium heads, combining axial and radial flow characteristics for versatile water management solutions.

Introduction

KPL, KPG and KWM pumps

This page describes Grundfos submersible axial- flow KPL propeller pumps, KPG gate pumps and mixed- flow KWM pumps.
The KPL, KPG and KWM pumps are fitted with 11-700 kW motors. The motors are either 4-, 6-, 8-, 10-, 12-, 14-, 16-, 18- or 20-pole motors, depending on the motor size.
The pumps are made of resistant materials, such as cast iron and stainless steel. These materials ensure high durability in storm- and wastewater applications.
KPL and KWM pumps are designed for vertical and submerged installation. KPG pumps are designed for vertical and horizontal submerged installation.

Applications
KPL, KPG and KWM pumps are designed for pumping storm- and wastewater in a wide range of municipal and industrial applications, such as:

• flood and stormwater control
• drainage and irrigation of large quantities of water
• raw-water intake
• transfer of liquids in large-scale municipal sewage treatment plants
• circulation of large quantities of water, for example in water theme parks
• fish farming.

Features

• Compact design for easy handling and installation
• High flow at low head for high versatility
• Easy maintenance
• KPL and KPG: the propeller is designed for the duty point of the pump
• KPG EB: the propellers for bi-directional KPG pumps are designed for operation in both directions
• KWM: the mixed-flow impeller is designed for the duty point of the pump
• Double mechanical shaft seal system for reliable sealing between the pumped liquid and the motor
• Watertight cable entry with dual sealing system (two- component epoxy casting and double rubber grommets)
• Two moisture switches for continuous monitoring of stator housing and terminal box. They ensure automatic disconnection of power in case of leakage
• Self-cleaning hydraulics reduce the risk of jamming and clogging
• Motor insulation class F (155 °C) as standard:
  • temperature rise class F (as standard) or B (optional), service factor 1.10
  • enclosure class IP68
  • stator windings have 3 bimetallic thermal sensors.
  • Pt100 sensor in each winding (one connected, as standard).
• Monitoring of shaft-seal condition by water-in- oil (WIO) sensor (optional)
• Pt100 sensors in upper and lower bearings.

Product Range  
KPL 500 series
KPL 600 series
KPL 650 series
KPL 700 series
KPL 800 series
KPL 900 series
KPL 1000 series
KPL 1200 series
KPL 1400 series
KPL 1500 series
KPL 1600 series

KPG 500 series
KPG 600 series
KPG 700 series
KPG 800 series
KPG 900 series
KPG 1000 series
KPG 1200 series
KPG 1400 series

KWM 600 series
KWM 700 series
KWM 800 series
KWM 900 series
KWM 1000 series
KWM 1200 series
KWM 1400 series
KWM 1600 series

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Pilah District • Port Dickson District • Rembau District • Seremban District • Tampin District • Ayer Kuning • Air Kuning Selatan • Ampangan • Bahau • Bandar Seri Jempol • Batang Benar • Batu Kikir • Chembong • Chengkau • Dangi • Gemas • Gemencheh • Johol • Juasseh • Kota • Kuala Klawang • Kuala Pilah • Labu • Lenggeng • Linggi • Lukut • Mantin • Mambau • Nilai • Pajam • Paroi • Pantai • Pasir Panjang • Pedas • Pengkalan Kempas • Pertang • Port Dickson • Rantau • Rasah • Rembau • Rompin • Senawang • Sepang Road • Seremban 2 • Seremban 3 • Seri Menanti • Serting • Sikamat • Siliau • Simpang Durian • Simpang Pertang • Sungai Gadut • Sungai Muntoh • Tampin • Tanjung Ipoh • Teluk Kemang • Tiroi • Bandar Ainsdale • Bandar Baru Nilai • Bandar Enstek • Bandar Springhill • Bandar Sri Sendayan • Rasah Jaya • Seremban Forest Heights • Taman Seremban Jaya • Taman Tuanku Jaafar FELDA L.B. Johnson • Bukit Pelanduk Johor: Ayer Baloi, Ayer Hitam, Ayer Tawar, Bandar Penawar, Bandar Tenggara Batu Anam Batu Pahat Bekok Benut Bukit Gambir Bukit Pasir Chaah Endau Gelang Patah Gerisek Gugusan Taib Andak Jementah Johor Bahru Kahang Kluang Kota Tinggi Kukup Kulai Labis Layang-Layang Masai Mersing Mersing Muar Nusajaya Pagoh Paloh Panchor Parit Jawa Parit Raja Parit Sulong Pasir Gudang Pekan Nenas Pengerang Pontian Pulau Satu Rengam Rengit Segamat Semerah Senai Senggarang Seri Gading Seri Medan Simpang Rengam Sungai Mati Tangkak Ulu Tiram Yong Peng Perlis: Arau Kaki Bukit Kangar Kuala Perlis Padang Besar Simpang Ampat Pulau Pinang: George Town • Penang Island • Seberang Perai • Northeast Penang Island • Southwest Penang Island • North Seberang Perai • Central Seberang Perai • South Seberang Perai • Air Itam • Balik Pulau • Batu Ferringhi • Batu Kawan • Batu Lanchang • Bayan Lepas • Bukit Mertajam • Butterworth • Gelugor • Jelutong • Kepala Batas • Nibong Tebal • Paya Terubong • Perai • Permatang Pauh • Pulau Tikus • Simpang Ampat • Sungai Jawi • Tasek Gelugor • Tanjung Bungah • Tanjung Tokong • Teluk Bahang • Teluk Kumbar • Alma • Ayer Rajah • Bandar Baru Air Itam • Bagan Ajam • Bagan Dalam • Bagan Jermal • Bagan Luar • Bandar Cassia • Bandar Perda • Bandar Tasek Mutiara • Batu Maung • Batu Uban • Bayan Baru • Bukit Jambul • Bukit Minyak • Bukit Tambun • Bukit Tengah • Ceruk Tok Kun • Green Lane • Juru • Kampong Serani • Kampung Siam • Kota Permai • Mak Mandin • Minden Heights • Mount Erskine • Penaga • Penanti • Pinang Tunggal • Relau • Rifle Range • Seberang Jaya • Seri Tanjung Pinang • Sungai Ara • Sungai Dua • Sungai Dua • Sungai Nibong • Sungai Pinang • Taman Free School • Taman Tun Sardon • Teluk Air Tawar • Valdor • Berapit New Village • Gertak Sanggul • Jawi New Village • Kampung Buah Pala • Kampung Selamat • Kampung Seronok • Kubang Semang • Machang Bubok New Village • Mengkuang Titi • Pantai Acheh • Permatang Damar Laut • Permatang Pasir • Permatang Rambai • Permatang Tinggi • Sungai Acheh • Sungai Lembu • Sungai Udang • Teluk Tempoyak • Aman • Betong • Gedung • Jerejak • Kendi • Lovers' • Penang • Rimau • Tikus Sikalastic 841 ST, Sikalastic 8800, Sikalastic 851, Mapei Purtop 1000, Mapei Purtop 600, Fosroc polyurea WPE, Fosroc polyurea WH 200, Fosroc polyurea FLM, Fosroc polyurea WCS, Quickseal MP250, Quickseal MP500, Quickseal PP350, Quickseal Reflect Silver, Quickspray Industrial W, Quickspray Supreme AL, Quickspray Supreme W, Quickspray Supreme HE, Quickseal PP350, Quickspray Supreme HP, Quickfloor 400, Quickfloor 500, Quickfloor 500 V, Quickspray Supreme HP Kedah: Baling District • Bandar Baharu District • Kota Setar District • Kuala Muda District • Kubang Pasu District • Kulim District • Langkawi District • Padang Terap District • Pendang District • Pokok Sena District • Sik District • Yan District • Alor Tajar • Anak Bukit • Baling • Bedong • Bukit Kayu Hitam • Bukit Pinang • Bukit Selambau • Changlun • Durian Burung • Guar Chempedak • Gurun • Jeniang • Jitra • Kepala Batas • Kodiang • Kota Sarang Semut • Kuah • Kuala Kedah • Kuala Ketil • Kuala Nerang • Kuala Pegang • Kulim • Kupang, Kedah • Langgar • Lunas • Megat Dewa • Merbok • Padang Matsirat • Padang Serai • Pendang • Pokok Sena • Semeling • Serdang • Sik • Siong, Kedah • Sintok • Sungai Lalang • Sungai Limau • Sungai Petani • Sungai Seluang • Tanjung Dawai • Tawar, Baling • Tokai • Yan • Bandar Laguna Merbok • Bandar Puteri Jaya • Bandar Darulaman • Lagenda Height • Bandar Baru Mergong • Tandop Baru • Bandar Amanjaya • Bandar Stargate • Bandar Starcity • Bandar Sejahtera • Bandar Ambangan Sarawak: Betong Division • Bintulu Division • Kapit Division • Kuching Division • Limbang Division • Miri Division • Mukah Division • Samarahan Division • Sarikei Division • Serian Division • Sibu Division • Sri Aman Division • Asajaya District • Bau District • Belaga District • Beluru District • Betong District • Bintulu District • Bukit Mabong District • Dalat District • Daro District • Julau District • Kabong District • Kanowit District • Kapit District • Kuching District • Lawas District • Limbang District • Lubok Antu District • Lundu District • Marudi District • Matu District • Meradong District • Miri District • Mukah District • Pakan District • Pusa District • Samarahan District • Saratok District • Sarikei District • Sebauh District • Selangau District • Serian District • Sibu District • Simunjan District • Song District • Sri Aman District • Subis District • Tanjung Manis District • Tatau District • Tebedu District • Telang Usan District • Padawan municipality • Kuching • Miri • Asajaya • Ba'kelalan • Balingian • Bario • Batu Kawa • Batu Niah • Bau • Bekenu • Beladin • Belaga • Belawai • Betong • Biawak • Bintangor • Bintulu • Dalat • Daro • Debak • Engkilili • Julau • Kanowit • Kapit • Kota Samarahan • Lawas • Limbang • Lingga • Lubok Antu • Lundu • Maludam • Marudi • Matu • Mukah • Oya • Pakan • Pusa • Sadong Jaya • Saratok • Sarikei • Sebauh • Sebuyau • Selangau • Sematan • Serian • Serikin • Sibu • Siburan • Simunjan • Song • Spaoh • Sri Aman • Sungai Tujuh • Tanjung Kidurong • Tanjung Manis • Tatau • Tebedu Sabah: Interior Division • Kudat Division • Sandakan Division • Tawau Division • West Coast Division • Beaufort District • Beluran District • Keningau District • Kinabatangan District • Kota Belud District • Kota Kinabalu District • Kota Marudu District • Kuala Penyu District • Kudat District • Kunak District • Lahad Datu District • Nabawan District • Papar District • Penampang District • Putatan District • Pitas District • Ranau District • Sandakan District • Semporna District • Sipitang District • Tambunan District • Tawau District • Telupid District • Tenom District • Tongod District • Tuaran District • Beaufort • Beluran • Keningau • Kinabatangan • Kota Belud • Kota Marudu • Kuala Penyu • Kudat • Kunak • Lahad Datu • Nabawan • Papar • Pitas • Putatan • Ranau • Sandakan (Municipality) • Semporna • Sipitang • Tambunan • Tawau (Municipality) • Telupid • Tenom • Tongod • Tuaran • Banggi • Inanam • Kemabong • Kiulu • Likas • Membakut • Manggatal • Menumbok • Pagalungan • Paitan • Sepanggar • Tamparuli • Tanjung Aru • Tungku • Bingkor • Bongawan • Donggongon • Gum-Gum • Kimanis • Kalabakan • Kinarut • Kundasang • Lok Kawi • Long Pasia • Pensiangan • Sapulut • Sindumin • Sook • Telipok •  telaga air, perigi air, shimge, ebara, xylem, leo, tsunami,
tubewell drilling, telaga air, perigi air, water well driller, underground water exploration, 水井，地下水源，水井钻探，干净饮用水，灌溉
Ebara UCW, Ebara KS, Ebara DCS DCD, Ebara IFW, Ebara HSB HDB, Ebara VPCS VPCH, Ebara SP SPD, Ebara SPR SPRB, Ebara SS SSD, Ebara R2 R2D, Ebara LPW, Ebara VWS VWMS, Ebara VYB, Ebara double jet-E(P2) Compact booster set Ebara UE-MONO (I) Automatic variable speed booster system,  Ebara MHS AMPC Ebara automatic presscontrol, Ebara JET-E (P2) CDX Automatic variable speed booster unit, Ebara JET-E (P2) Matrix Automatic Variable Speed Booster Unit, Ebara JET-E (P2) Automatic Variable Speed Booster Pump, Ebara COMPACT BOOSTER AM-PC Automatic booster pump, Ebara JET-E Inverter booster pump system with LCD display PID controller, Ebara JET-E (P1) Inverter booster pump system with LCD display PID controller, Ebara MHS AM-PCT Automatic Presscontrol booster pump, MHSS AM-PC Automatic Presscontrol booster pump, Ebara MLS AM-PC Automatic Presscontrol booster pump, Ebara DWVG submersible pump, Ebara Optima Submersible for clear water, Ebara Best One Best One Vox Submersible pump for clear water with AISI 304, Ebara Best 2-3-4-5 Stainless steel submersible pump, Ebara DW DW VOX  Stainless steel submersible pump, Ebara Best Box Prefabricated, robust lifting stations, Ebara PCM Close-coupled centrifugal pump, Ebara PCM-PC Automatic Presscontrol single stage centrifugal pump, Ebara MHS Electric multistage self-priming pump, Ebara MHSS Electric multistage self-priming pump, Ebara MLH Multistage horizontal stainless steel centrifugal pump, Ebara MLH Multistage self priming stainless steel centrifugal pump, Ebara UE-MONO Variable speed booster system, Ebara E-tube booster pump Constant pressure inverter water supply unit, Ebara PRF Peripheral pump, Ebara EBT Automatic mini booster pump, Ebara RHS Rainwater Harvesting System, Ebara Compact Booster AM-PT Automatic booster pump, Ebara DL3-DML3 Wastewater submersible pump, Ebara DVS Submersible semi-vortex sewage pump, Ebara DSC3-DSCA3 Submersible motor pump, Ebara DV Submersible Sewage Pump (Vortex impeller), Ebara DVSL Stainless steel semi-vortex submersible pump, Ebara DDL Submersible dry-pit sewage pump, Ebara DDML Dry-pit type non clog pump, Ebara Right Submersible pump for waste water in AISI 304, Ebara DML Submersible sewage pump (Single channel impeller), Ebara DL Submersible sewage pump, Ebara Idrogo 5″ submersible multistage pump in AISI 304, Ebamix Submersible Mixer, Ebara Ebalev EBALEV Level Switch, Ebara DS Submersible pump with semi-open impeller, Ebara DRS Submersible electric pump for sewage with grinder type impeller, Ebara DL WITH CUTTER Submersible sewage pump (with cutter), Ebara 3TP 3″ Submersible Pump, Ebara 4BHS 4″ bore hole pump in AISI 304, Ebara 4BPS 4″ submersible pump, Ebara 4WP Encapsulated Submersible Motors, Ebara DRD Submersible sewage pump with multi-channel impeller, Ebara DSF Submersible sump pump with semi-open impeller, Ebara DN Submersible sewage pump, Ebara 6 & 8 BHE 6″ – 8″ Stainless Steel Submerged Centrifugal Pump, Ebara BHS Submersible pump for deep wells, Ebara BHSE Deep well submersible motor pump, Ebara BMS-BMSP Submersible pump for water pit, Ebara ONK 4″Peripheral Submersible Electropumps, Ebara OP3 3″High Speed Motor, Ebara OP3 SERIES Oil Filled Submersible Motor, Ebara OP4 SERIES 4″ Oil Filled Submersible Motor, Ebara OY6 SERIES 6″ Oil Filled Submersible Motor, Ebara BSM 4″ 4″ submersible motor, Ebara BSM 3S Full stainless steel submersible motor, Ebara BSM HT Submersible motor, Ebara BSP Stainless steel submersible pump, Ebara BSP 4″ 4″ submersible pump, Ebara P717 Stainless steel submersible pump, P727 Stainless steel submersible pump, Ebara DSC4 Submersible pump, Ebara DUMPER Dewatering Pumps, Ebara DSCA4 Submersible Dry-Pit Sewage Pump. Ebara DMLV Submersible pump with vortex impeller cast iron, Ebara DEMINY Submersible dewatering pump, Ebara EJECTOR EBARA Ejector System, Ebara EU HIGH CAPACITY Submersible Dewatering Pump, Ebara EU HIGH HEAD SERIES Submersible Dewatering Pump, Ebara EUA High-Head Submersible Dewatering Pump, Ebara EUC Submersible Dewatering Pump, Ebara EUK & EUKZ Submersible Dewatering Pump, Ebara EUL Submersible Dewatering Pump, Ebara EUX Automatic-Operated Submersible Dewatering Pump, Ebara ENH Submersible Powerful Sand Pump, Ebara ENZ2 Heavy duty submersible sand pump, Ebara ES Submersible dewatering pump, Ebara DMLF Non-clog sewage pump, Ebara DF Submersible sewage pump with cutter, Ebara DAR Submersible effluent pump, Ebara CONTROL BOX Control Boxes for Single Phase Submersible Electric Motors 3″-4″, Ebara DE Submersible aerator (for sewage water and contaminants), Ebara EHS Submersible Sand Pump, Ebara INT 6 6″ Water Filled Submersible Motors, Ebara CDX Single impeller centrifugal electric pumps with hydraulics in AISI 304, Ebara 3 SERIES Centrifugal pump in AISI 304-AISI 316, Ebara EVMS Vertical multi-stage stainless steel pump, Ebara GS Centrifugal pumps close coupled and standardized, Ebara GSD Cast iron end suction motor pump, Ebara CB Horizontal double suction pump, Ebara Fire Pump System EBARA Fire Pump System, Ebara LPDA Vertical in-line pump, Ebara EFQT.EFQU Self priming trash pump, Ebara 2CDX Twin impeller centrifugal pump-AISI 304, Ebara 3D SERIES Close coupled and standardized single-stage centrifugal pumps, Ebara EVM Vertical multi-stage stainless steel pump, Ebara FSA End suction volute pump, Ebara FSDA Mono-block end suction volute pump, Ebara CSA/CNA Horizontal split casing pump, Ebara FSPA & CNPA Fire fighting pump, Ebara LPDC Vertical in-line pump, Ebara COMPACT Horizontal multi-stage electric pump, Ebara SQPB Self-priming pump, Ebara EVMR Stainless steel vertical multi-stage centrifugal pump, Ebara FSC End suction volute pump, Ebara CSA-V / CNA-V Vertical pump, Ebara CNC Horizontal split casing pump, Ebara DWC Closed impeller centrifugal pump in AISI 304, Ebara DWO Open impeller centrifugal pump-AISI 304, Ebara FSSC Stainless steel end suction pump, Ebara CDX(L) Stainless steel centrifugal electric pump, Ebara SWS-SWT Self-priming centrifugal pump for pools, Ebara PRA Peripheral electric pump, Ebara MULTIGO Vertical multi-stage pump, Ebara MATRIX Horizontal multi-stage electric pump, Ebara JESX/JEX Self-priming electric pumps in AISI 304, Ebara LPS In-line centrifugal pump, Ebara MS SERIES Horizontal multi-stage pump, Ebara MPM Multistage centrifugal pump, Ebara GP Gear pump, Ebara SZ Mixed flow pump, Ebara AGA-AGC Self-priming electric pumps in cast iron, Ebara AGE-AGF Self-priming “JET” pump, Ebara EVDP Vertical turbine pump, Ebara CDA Twin impeller pump (cast iron), Ebara CMA-B-C-D/CMR Single impeller centrifugal electric pump in cast iron, Ebara ELINE/ELINE-D Vertical in-line pump, Ebara FHA End suction volute pump, Ebara FMQ Self-priming multi-stage pump, Ebara FQ-FQD Self-priming pump, Ebara FSQ Self-priming volute pump, Ebara FSSA Stainless steel end suction volute pump, Ebara IBL End suction volute pump, Ebara MD/MMD End suction close coupled cast iron monobloc centrifugal pumps, Ebara MDM Mono bloc pump, Ebara MSQ Self-priming multi-stage pump, Ebara SQ Self-priming volute pump, Ebara Solar Pump Solar water pump system, Ebara CN Horizontal double suction volute pump, Ebara VDM Vertical double suction volute pump, Ebara VY/VZ Vertical mixed flow pump, Ebara DSC3/DSCA3 Submersible motor pump, Ebara DSCA4 Submersible Dry-Pit Sewage Pump, Ebara Gate Pump Integrated gate pump system, Ebara DSEI Inclined submersible motor pump, Ebara DSZ4 Submersible propeller pump, Ebara DSZ Submersible propeller pump, Ebara VLY Vertical mixed-flow pump, Ebara VLZ Vertical mixed-flow pump, Ebara DSCF Submersible sewage pumps, Ebara DSMZ Submersible screw volute pump, Ebara C, SPD & SPW Pipelines pump, Ebara BMS Submersible motor pump, Ebara BMSS Submersible motor pump, Ebara VWS Vertical volute pump, Ebara VWMS Vertical pump, Ebara HS Horizontal Axial – Flow Pump, Ebara HZ Horizontal Mixed – Flow Pump, Ebara FSSC Stainless steel end suction pump, Ebara FSSA Stainless steel end suction volute pump, Ebara GSO Horizontal end suction volute process pump, Ebara GSS End suction volute pump, Ebara SAL EBARA slurry pump, Ebara TFS/TLS Single suction process pump (chemical / light slurry), Ebara ULP Pulp pump, Ebara NV/NVD EBARA water ring vacuum pump, Ebara IFW Single stage, end suction, foot support process pump, Ebara FPS Ebara PENTAM plastic pump, Ebara MS210/220/230/420 Horizontal multi-stage pump, Ebara GP/GPA Gear pump, Ebara VWS Vertical volute pump, Ebara VWMS Vertical pump, Ebara UCW Single Stage, Single Suction, Centerline Supported, Ebara KS Single Stage, Double Suction, Centerline Support, Ebara DCS DCD Horizontal Double Case Pumps, Ebara IFW Single stage, end suction, foot support process pump, Ebara HSB HDB High Pressure Double Case Pumps, Ebara VPCS VPCH Vertical Multistage Canned Pumps, Ebara SP SPD Horizontal Multistage Pumps, SPR SPRB Horizontal Multistage Pumps, Ebara SS SSD Horizontal Ring Section Pump, Ebara R2, R2D Two Stage, Centerline Support, Ebara LPW Vertical, In-Line, Centrifugal, Ebara VWS VWMS Vertical Volute Pumps, Ebara VYB Vertical Mixed-Flow Pumps, Ebara EJECTOR EBARA Ejector System, Ebara Double JET-E (P2) Compact booster set, Ebara UE-MONO (I) Automatic variable speed booster system, Ebara UE-MINI (P) Variable speed booster system, Ebara UE-MONO Variable speed booster system, Ebara UE-MINI Variable speed booster system, Ebara UE-PRO Variable speed booster system, Ebara UN Variable speed (VFD) booster system, Ebara UD Ebara flow switch controlled booster system, Ebara HP Ebara Hydro Pneumatic booster system, Ebara Cryogenic Pump Ebara cryogenic pumps and expanders, Ebara BSM 4″ 4″ submersible motor, Ebara BSM 3S Full stainless steel submersible motor, Ebara BSM HT Submersible motor, Ebara BSP Stainless steel submersible pump, Ebara BSP 4″ 4″ submersible pump, Ebara EVDP Vertical turbine pump, Wilo-Stratos PICO, Wilo-Yonos PICO, Wilo-Yonos PICO1.0, Wilo-Yonos PICO-D, Wilo-Varios PICO-STG, Wilo-Star-RS, Wilo-Star-STG, Wilo-Stratos MAXO, Wilo-Yonos MAXO, Voda Air Separators, Voda Air&Dirt Separators, Voda Dirt Separators, Voda Air separators V, Voda Dirt separators V, Voda Dirt Separators, Sinum Double, Sinum Mono, Wilo-Sub TWU 4 GT, Wilo-Plavis 011-C, Wilo-Plavis 013-C, Wilo-Plavis 015-C, Wilo-Sub TWI 5/TWI 5-SE, Wilo-Sub TWI 5-SE Plug & Pump, Wilo-Extract FIRST, Wilo-Sub TWU 3 Plug & Pump, Wilo-Sub TWU 4 Plug & Pump, Wilo-Sub TWI 5-SE Plug & Pump, Wilo-Sub TWU 4, Wilo-Sub TWU 3, Wilo-Actun FIRST-SPU4, Wilo-Sub TWI 4, Wilo-RAIN1, Wilo-RAIN3, Wilo-HiMulti 3, Wilo-Initial Jet, Wilo-Jet WJ, Wilo-Isar BOOST5, Wilo-HiMulti 3 C, Wilo-HiMulti 3 H, Wilo-Jet FWJ, Wilo-Jet HWJ, Wilo-Sub TWI 5/TWI 5-SE, Wilo-Sub TWI 4, Wilo-HiMulti 3, Wilo-HiPeri, Wilo-Initial Jet System, Wilo-Isar BOOST5, Wilo-PB, Wilo-Medana PE3, Wilo-Initial Drain, Wilo-Rexa MINI3, Wilo-Rexa MINI3-S, Wilo-Rexa UNI, Wilo-Rexa FIT, Wilo-Rexa PRO, Wilo-HiDrainlift 3, Wilo-HiSewlift 3, Wilo-Rexa UNI, Wilo-Rexa FIT, Wilo-Rexa PRO, Wilo-HiDrainlift 3, Wilo-HiSewlift 3, Wilo-DrainLift SANI-S, Wilo-DrainLift SANI CUT-S, Wilo-DrainLift SANI-M, Wilo-DrainLift SANI CUT-M, Wilo-DrainLift WS 40/50 Basic, Wilo-Initial Drain, Wilo-Padus MINI3, Wilo-Padus UNI, Wilo-Drain TM/TMW/TMR 32, Wilo-Drain TS/TSW 32, Wilo-Drain LP, Wilo-Initial Waste, Wilo-Rexa MINI3, Wilo-Rexa UNI, Wilo-Rexa FIT, Wilo-Plavis 011-C, Wilo-Plavis 013-C, Wilo-Plavis 015-C, Wilo-DrainLift BOX, Wilo-DrainLift WS 40/50 Basic, Wilo-EMU sprinkler pumps D..., K... and KM..., Wilo-FLA Compact-1 Helix V, Wilo-FLA Compact-2 Helix V, Wilo-FLA-1, Wilo-FLA-2, Wilo-FireSet UL FM, Wilo-SiFire EN, Wilo-SiFire Easy, Wilo-SiFire FIRST, Clazzen 3UP DC Submersible Pump, Clazzen 3US DC Submersible Pump, Clazzen 6″ Waste Water Pump, Clazzen ATTS Pool Pump, Clazzen Blower TSD-150, Clazzen Boiler Pump, Clazzen Booster Pump, Clazzen Booster Pump – CBI, Clazzen Booster Pump – CBS, Clazzen CA Pump, Clazzen CBI3-30 Water Booster Pump, Clazzen Industry Pump, Clazzen Koi / Series Pump / WQ / Sewage Pump, Clazzen RO / Sea Water, Clazzen Self-Priming Centrifugal Pump, Clazzen Sewage Pump, Clazzen Single Phase Automatic Controller – 0.75kw – 1.5kw (1hp – 2hp) 240v/1ph/50hz, Clazzen Solar System – Tube Well Pump, Clazzen SP Submersible Pump, Clazzen Stainless Steel Vertical Multistage Pump with Variable Speed Controller, Clazzen SUPB Swimming Pool Pump, Clazzen Three Phase Automatic Controller – 1.5kW – 15kw (2hp – 20hp) 415v/3ph/50hz, Clazzen UNI – E CBI, Clazzen Vertical Pump

Grundfos
Grundfos CMB, Grundfos CMBE, CMBE TWIN, CMBE TWIN, two-pump pressure boosting for constant pressure, including cascade control and pump alternation, CMBE, a variable-speed pump for constant pressure, CMB-SP PM 2, a self-priming pump with a pressure control unit, type Pressure Manager 2, CMB PM 2, pump with a pressure control unit, type Pressure Manager 2, CMB-SP PM 1, a self-priming pump with a pressure control unit, type Pressure Manager 1, CMB PM 1, a pump with a pressure control unit, type Pressure Manager 1, CMB PT, a CM pump with a vertical pressure tank, CMB PS, a CM pump with a pressure switch. Grundfos Alpha circulator pump, Grundfos Alpha Reader, Grundfos AP, Grundfos BM Encapsulated Pump, Grundfos BM hp Encapsulated Pump, Grundfos BMS horizontal multistage pump, Grundfos BMXS horizontal multistage pump, Grundfos CIM/CIU Communication Interface Module/Communication Interface module, Grundfos CM/CME end suction close coupled multistage, Grundfos Comfort circulator pump, Grundfos Conflict condensate removal pump, Grundfos Control CUE, Grundfos Control DC, Grundfos Control MP204, Grundfos Control MPC, Grundfos CU100, Grundfos CU200, Grundfos CU 202, Grundfos CU 241, Grundfos CU 242, Grundfos CU 362, Grundfos CU 300, Grundfos CU 301, Grundfos CUE, Grundfos DELTA HCU, Grundfos Demand driven distribution, Grundfos Disinfection Systems Chlorine, Chlorine Dioxide, Electrochlorination, Grundfos DP Submersible Drain Pump, Grundfos DPI, Grundfos DPK, Grundfos DPS, Grundfos DWK, Grundfos E-box, Grundfos EF, Grundfos FireSafe+ Domestic, Grundfos FireSafe+ Residential, Grundfos FS1, Grundfos Connect, Grundfos GO, Grundfos GO Link, Grundfos GO Solar, Grundfos iSolution Cloud, Grundfos iSolution Monitor, Grundfos GT Tank, Grundfos Hydro EN, Grundfos Hydro MPC, Grundfos Hydro Multi-E, Grundfos Multi-S, Grundfos Solo-E, Grundfos IO 50, Grundfos IO 101, Grundfos IO 101B on/off control, Grundfos IO 113, IO 241, IO 242, IO 351B, Grundfos ISP 40, Grundfos ISP 44, Grundfos Jet Booster, Grundfos Jet Pump, Grundfos KPC submersible wastewater pump, Grundfos laser alignment, Grundfos LC 231, Grundfos 232, Grundfos 241, Grundfos 242, Grundfos Liqtec, Grundfos LS, Grundfos LSV, Grundfos M2, Grundfos MAGNA, Grundfos MG, Grundfos ML, Grundfos MGE, Grundfos MLE, Grundfos MGFlex, Grundfos MIXIT, Grundfos MMG, Grundfos MMS, Grundfos MP 204, Grundfos MS, Grundfos MS 3, Grundfos MS1, Grundfos MSF 3, Grundfos Immersible MT tank mounted pump, Grundfos MTB, Grundfos MTBE, Grundfos Multilift, Grundfos NS End suction close coupled single stage, Grundfos P40 titanium, Grundfos PHT, Grundfos PowerAdapt, Grundfos PS.G, PS.R, PS.W, Grundfos RCME rainwater monitoring and control system, Grundfos RPI, Grundfos RPS, Grundfos RSI, Grundfos S submersible wastewater pump, Grundfos SB, Grundfos SBA, Grundfos SCALA booster pump, Grundfos SCALA1 System, Grundfos SCDS CIU smart digital CHEMPAIRING, Grundfos SE, Grundfos SE/SL 9-30 kW, Grundfos SE/SL, Grundfos SEG, Grundfos Shower pump, Grundfos SL, Grundfos SM113, Grundfos Solar Module, Grundfos Sololift2, Grundfos TP, Grundfos TPE inline single stage pump, Grundfos Unilift CC, Grundfos Unilift AP submersible wastewater pump, Grundfos Unilift KP, Grundfos UNO-/DUOLIFT Lifting Stations, Grundfos UP OEM, Grundfos UP UPS Series 100 circulator pump, Grundfos UPS Home booster circulator pump, Grundfos UPS series 200, Grundfos VFI, Grundfos VFS, Grundfos Wastewater Booster, Grundfos iGRID