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EGP-B1 Series Suitable for Sewage Thicken Base Automatic Garden Submersible Pump
Reliable water drainage is essential for gardens, rainwater collection systems, construction areas, utility spaces, and many other outdoor environments. Whenever water contains suspended dirt, leaves, small stones, or other solids, an ordinary clean-water pump may become inefficient or suffer premature wear. A purpose-designed dirty-water submersible pump provides a more dependable solution because it is built to operate while completely immersed and can move water containing relatively large particles.
The EGP-B1 Series Suitable for Sewage Thickened Base Automatic Garden Submersible Pump is designed for this type of demanding drainage work. It combines submersible operation, automatic garden-pump functionality, a reinforced thickened-wire construction, and a specially designed base for dirty-water handling. The series includes five power options from 400 W to 1100 W, allowing users to select an appropriate balance between flow rate, lifting height, electrical consumption, and application requirements.
With maximum pumping rates from 8,000 L/h to 15,000 L/h, maximum lifting heights from 5 m to 11 m, and a maximum grain size of 35 mm, the EGP-B1 Series is suitable for a broad range of household, agricultural, and light commercial drainage applications. Its maximum submersion depth reaches 5 m for most models, while the EGP1100-B1 can operate at a maximum depth of 7 m.
A garden submersible pump is different from a conventional surface pump because the motor and hydraulic section are placed directly in the water. This configuration eliminates the need for long suction pipes and helps the pump move water from low-lying areas, tanks, pits, ponds, and collection points. Because the pump is submerged, it can operate efficiently even when the water source is below the level of the discharge outlet.
The EGP-B1 Series is intended for dirty water rather than clean drinking water. Typical applications include transferring rainwater, draining garden ponds, emptying rainwater tanks, removing accumulated water from low areas, and pumping water from drainage pits. It is also suitable for situations where the water contains particles that would be unsuitable for a standard clean-water garden pump.
The pump is described as automatic, which makes it practical for users who require convenient operation and reduced manual supervision. In an automatic drainage arrangement, the pump can respond to changing water levels through the appropriate automatic control configuration. This is particularly useful in rainwater tanks, garden drainage points, and areas where water may accumulate unexpectedly.
The product is not positioned as a municipal sewage pump for heavily contaminated wastewater or highly abrasive industrial slurry. Instead, it is a versatile dirty-water garden and drainage pump for applications where water may contain suspended solids and particles up to 35 mm. Selecting the correct pump for the actual fluid remains essential for safe, efficient, and long-term operation.
One of the most important advantages of the EGP-B1 Series is its ability to handle dirty water containing particles up to 35 mm in diameter. This provides a substantial practical benefit over many clean-water pumps, which may clog when exposed to leaves, small stones, mud, or other debris.
The enlarged particle-handling capability makes the pump suitable for drainage conditions that are not perfectly clean. Garden ponds, rainwater tanks, and outdoor collection areas often contain natural debris. A pump intended for this environment must provide a wider and more practical passage for solids. The EGP-B1 Series is designed around this requirement, helping reduce the risk of blockage during ordinary dirty-water operation.
Users should still remove unusually large objects, ropes, textiles, and hard materials that may exceed the specified grain size. However, within its stated operating range, the pump offers greater flexibility than a narrow-passage clean-water pump.
The thickened wire is a defining feature of the series. A pump used outdoors may be exposed to movement, repeated installation, contact with damp surfaces, storage, transportation, and changing weather conditions. A reinforced cable design helps improve mechanical durability and resistance to everyday wear.
The cable specifications vary according to motor power. The EGP400-B1 uses H05RN-F 3G0.75 mm² cable with a 10 m length. The EGP550-B1 uses H05RN-F 3G1.0 mm² cable with a 10 m length. The EGP750-B1, EGP900-B1, and EGP1100-B1 use H07RN-F 3G1.0 mm² cable with a 10 m length.
The use of H07RN-F cable on the larger models reflects the need for a more robust cable configuration as power and operating demands increase. A properly selected flexible rubber cable is valuable for outdoor equipment because it supports repeated handling and installation while providing suitable flexibility for practical use.
Compared with pumps that use lighter, less durable cable assemblies, the thickened-wire configuration gives the EGP-B1 Series a clear advantage in outdoor reliability. It also supports the product’s positioning as a pump for gardens, drainage points, tanks, and other locations where equipment may be moved or installed in changing conditions.
The series uses a base design that distinguishes it from the referenced EGP-B1 configuration in the supplied product description. The base is an important part of a dirty-water submersible pump because it affects stability, intake clearance, and the distance between the pump inlet and the ground or tank floor.
A suitable base can help keep the pump stable during operation. It can also support the intake area and help prevent the unit from sitting directly on soft mud or uneven sediment. This is especially useful in garden drainage and rainwater applications, where the bottom of a tank or pit may not be perfectly clean.
The base design should be considered together with installation conditions. The pump should be placed on a stable surface whenever possible, and the intake should not be buried in mud, blocked by leaves, or pressed against a wall. A well-positioned pump can use its base more effectively and maintain better hydraulic performance.
The EGP-B1 Series provides five models: EGP400-B1, EGP550-B1, EGP750-B1, EGP900-B1, and EGP1100-B1. This range allows distributors, installers, and end users to select a pump according to the size of the drainage task.
The 400 W model is appropriate for smaller garden drainage tasks and moderate water transfer. The 550 W model increases flow and lifting capability while remaining suitable for general outdoor use. The 750 W and 900 W models provide higher performance for larger tanks, longer discharge routes, or greater elevation differences. The 1100 W model provides the highest rated output in the series, with a maximum pump rate of 15,000 L/h and a maximum height of 11 m.
A broad model range is an advantage over manufacturers that offer only one or two power ratings. It allows a purchasing company to standardize on one product family while still matching different application requirements. Retailers can also present customers with clear performance choices rather than forcing every application into the same pump size.
The EGP-B1 Series is adapted to 230 V or 115 V and 50 Hz or 60 Hz. This flexibility supports use in different regional markets and simplifies export planning for distributors serving multiple countries.
Voltage and frequency compatibility must always be confirmed before installation. The selected electrical configuration should match the product specification, local supply, protective devices, and applicable electrical requirements. When correctly configured, the dual-voltage and dual-frequency capability helps reduce barriers for international distribution.
Choosing a submersible pump requires more than comparing motor wattage. The user should evaluate the required flow rate, vertical lifting height, discharge-pipe length, pipe diameter, water quality, operating depth, and expected duty cycle. The EGP-B1 Series provides clear reference data for the main performance factors.
| Model | Rated Power | Maximum Pump Rate | Maximum Height | Maximum Depth | Maximum Grain Size | Pipe Diameter |
| EGP400-B1 | 400 W | 8,000 L/h | 5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP550-B1 | 550 W | 10,000 L/h | 6.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP750-B1 | 750 W | 13,000 L/h | 7.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP900-B1 | 900 W | 14,000 L/h | 8.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP1100-B1 | 1100 W | 15,000 L/h | 11 m | 7 m | 35 mm | 1 in, 1.25 in, 1.5 in |
The maximum pump rate indicates the greatest stated water movement under suitable test conditions. Actual flow in an installation will depend on lift, pipe length, elbows, valves, outlet restrictions, water condition, and power supply. As the discharge height increases, the practical flow rate generally decreases.
The EGP400-B1 can reach up to 8,000 L/h, making it suitable for smaller tanks and routine garden drainage. The EGP550-B1 increases the stated capacity to 10,000 L/h. The EGP750-B1 reaches 13,000 L/h, while the EGP900-B1 reaches 14,000 L/h. The EGP1100-B1 provides the highest stated flow at 15,000 L/h.
For fast emptying of a rainwater tank, a larger model may reduce drainage time. For occasional transfer over a short distance, a smaller model may provide an economical and practical choice. Oversizing a pump is not always beneficial, particularly if the discharge system cannot handle the additional flow.
Maximum height refers to the greatest stated vertical lifting capability. The EGP400-B1 offers a maximum height of 5 m, while the EGP550-B1 provides 6.5 m. The EGP750-B1 reaches 7.5 m, the EGP900-B1 reaches 8.5 m, and the EGP1100-B1 reaches 11 m.
Installers should distinguish between vertical height and total system head. Total head may include vertical elevation, friction losses in the pipe, resistance from fittings, and restrictions at the discharge point. A pump operating close to its maximum height may deliver a much lower flow than its maximum pump-rate figure.
For reliable selection, measure the vertical distance from the water surface or pump position to the discharge outlet. Then consider the length and diameter of the pipe. Larger pipe diameters generally reduce friction losses, while narrow or excessively long pipes may reduce practical flow.
The EGP400-B1, EGP550-B1, EGP750-B1, and EGP900-B1 have a maximum depth of 5 m. The EGP1100-B1 has a maximum depth of 7 m. The pump should not be placed deeper than the specified limit.
Operating depth affects pressure on the pump housing, cable, seals, and internal components. Correct installation within the rated depth helps preserve equipment reliability and supports safe operation. The pump should also be fully immersed as required for the specific operating arrangement, while the motor should never be allowed to run dry.
Rainwater tanks can collect leaves, soil, and natural sediment over time. When a tank needs to be emptied for cleaning, relocation, inspection, or maintenance, a dirty-water submersible pump can provide a practical solution. The EGP-B1 Series can transfer collected water through a suitable discharge hose or pipe while tolerating particles up to the specified 35 mm size.
The pump should be positioned away from heavy sediment whenever possible. If the tank contains a thick layer of settled mud, removing the heaviest material manually before pumping can reduce strain on the hydraulic system. A screen or suitable pre-filter may also be used if it does not restrict the inlet or create frequent blockage.
Garden ponds and decorative water features often require partial or complete drainage. Water may contain leaves, algae, small stones, and organic matter. The EGP-B1 Series can support maintenance by moving dirty water from the pond to a designated drainage or reuse area.
Before pumping, users should remove fish, aquatic plants, large branches, and decorative objects that could obstruct the intake. The discharge outlet should be directed to a safe location that will not erode soil or damage nearby plants. If the water is being reused for irrigation, local rules and plant sensitivity should be considered.
Heavy rain can create standing water in garden depressions, driveways, basements, utility areas, and low-lying outdoor spaces. A submersible pump can be placed directly in the accumulated water, allowing drainage without priming a long suction line.
The EGP-B1 Series is useful in these conditions because its immersed configuration allows it to begin transferring water from a low position. The user must ensure that the electrical supply, extension arrangement, and protective equipment are suitable for wet-area operation. Electrical connections must remain dry and protected from direct contact with water.
Small farms, nurseries, and garden centers may need to transfer water between collection pits, storage tanks, irrigation areas, and drainage channels. The model range provides choices for different distances and elevations. The pump can be used for non-potable water transfer where the fluid remains within the stated dirty-water application limits.
For irrigation systems, the user should evaluate whether the water contains particles that may affect sprinklers, drip emitters, or valves. The pump may handle larger solids, but the irrigation equipment may require additional filtration. Pump compatibility does not eliminate the need to protect downstream components.
The product is manufactured by Taizhou Edwin Electric Co., Ltd., an integrated enterprise founded in 2008. The company specializes in independent research and development, mass production, and global export. This combination is important for buyers seeking a stable supply of water pumps rather than a one-time custom product.
Independent research and development enables the manufacturer to develop product families for different applications, including deep well pumps, submersible pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, and other water-treatment peripheral products. Experience across several pump categories can support a broader understanding of motor design, hydraulic performance, electrical configurations, and application requirements.
Mass production provides another advantage. Repeated production of a standardized series can improve process consistency, simplify spare-parts planning, and support dependable delivery for distributors. The EGP-B1 Series uses common performance logic across five models, making it easier for customers to compare specifications and organize inventory.
The company’s manufacturing strength is also connected to its export orientation. Since its early development, the business has served customers in international markets and has built supporting companies for procurement planning, order tracking, cross-border delivery, and foreign-trade services. These capabilities are valuable to importers because product quality is only one part of a successful international supply relationship.
The EGP-B1 Series demonstrates a product-development approach focused on real operating conditions. The thickened-wire construction responds to outdoor durability requirements. The dirty-water design responds to particle-handling needs. The different base responds to stability and intake-clearance considerations. Multiple voltage and frequency options respond to international market requirements.
Rather than offering only a general-purpose pump, the manufacturer has organized the product around specific use conditions. This application-based approach can help customers select equipment more accurately and can reduce the risk of using a clean-water pump in dirty-water service.
Standardized model design is beneficial for procurement departments and distributors. The five models share important characteristics, including a 35 mm maximum grain size and compatible pipe diameter options of 1 inch, 1.25 inches, and 1.5 inches. This commonality simplifies product training and allows sales teams to explain the series consistently.
At the same time, the models provide meaningful performance differences. Customers can move from 400 W to 1100 W according to required flow and height. This combination of shared features and graduated performance supports efficient stock management without sacrificing application flexibility.
The supplied packaging data shows that each model is packed in an individual package measuring approximately 22 × 16 × 35 cm for the EGP400-B1 and EGP550-B1, and approximately 22 × 16 × 37 cm for the EGP750-B1, EGP900-B1, and EGP1100-B1. Four units are listed per outer measurement package.
The listed approximate weights range from 15.0 kg net and 16.42 kg gross for the EGP400-B1 to 22.3 kg net and 24.32 kg gross for the EGP1100-B1. These details help importers estimate shipping requirements, warehouse capacity, pallet planning, and handling procedures.
Export-oriented packaging is particularly important for pumps because products may experience repeated loading, unloading, and long-distance transport. Consistent package dimensions and clearly documented weights support more predictable logistics planning. Buyers should nevertheless confirm the final packing configuration, labeling, and shipping documentation for each order.
A clean-water pump is often designed with smaller internal passages and may deliver efficient performance in relatively clear water. However, it may not be appropriate for rainwater tanks, ponds, or drainage pits containing debris. The EGP-B1 Series has an advantage in these conditions because it is designed for dirty-water transfer and supports a maximum grain size of 35 mm.
The practical benefit is not simply a larger number in a specification table. It is the ability to work in environments where water quality changes. Outdoor water can become dirty quickly after rainfall or maintenance activity. A purpose-designed dirty-water pump provides a more suitable margin for these normal conditions.
Some low-cost drainage pumps use lightweight cable, limited model choices, or a basic housing intended for occasional use. These products may be attractive when initial purchase price is the only consideration, but they may offer fewer options for professional distributors and demanding users.
The EGP-B1 Series competes through its thickened-wire construction, graduated power range, flexible electrical compatibility, and documented technical data. These features support better application matching and may help reduce the cost of unsuitable replacement equipment. A distributor can offer the same series for small, medium, and larger drainage tasks rather than purchasing unrelated products from multiple sources.
Surface pumps must generally be positioned above the water source and rely on suction piping. Suction systems can require priming, airtight connections, and careful control of suction lift. They may also be less convenient when the water level is below the pump or when the source is located in a narrow pit.
A submersible pump operates at the water source and pushes water through the discharge line. This arrangement can simplify installation and reduce priming issues. The EGP-B1 Series is therefore advantageous for pits, tanks, ponds, and low areas where placing a surface pump nearby would be inconvenient.
Heavy industrial sewage pumps are designed for larger systems, higher duty cycles, and more severe wastewater conditions. They are often more expensive, heavier, and more complex than needed for garden drainage. The EGP-B1 Series provides a more practical solution for small and medium outdoor applications where the required flow and head fall within its published range.
The advantage is application proportionality. Users do not need to purchase an industrial pump for ordinary rainwater, pond, or garden drainage. At the same time, the pump should not be used for fluids beyond its intended service, such as concentrated chemicals, hot liquids, flammable liquids, or abrasive industrial slurry without confirmation from the manufacturer.
Before installation, inspect the water source and remove large objects that could obstruct the inlet. Confirm that the maximum particle size is within 35 mm and that the liquid is compatible with the pump’s intended dirty-water service.
Do not place the pump directly into water containing cables, cloth, ropes, plastic sheets, or long fibrous materials. These materials may wrap around rotating parts or block the intake even when their thickness appears small. A clean installation area improves reliability.
Place the pump on a stable base or firm surface. Avoid deep mud, loose sediment, or locations where the pump can fall onto its side. The intake area must remain clear, and the pump should not be pressed tightly against the bottom or wall of a tank.
Use the pump handle or a suitable lifting rope for installation and removal. Never lift or suspend the pump by its electrical cable. Pulling the cable can damage the insulation, cable entry, or internal connections.
The compatible pipe diameters are 1 inch, 1.25 inches, and 1.5 inches. The correct choice depends on the required flow, pipe length, discharge height, and connection arrangement. A larger pipe may help reduce friction over long distances, while a smaller pipe may be convenient for short transfers.
Keep the discharge route as direct as practical. Avoid unnecessary bends, sharp restrictions, and undersized fittings. Secure the hose or pipe so that it cannot whip, shift, or disconnect when the pump starts.
All electrical work should comply with local regulations and be completed by a qualified person where required. The voltage and frequency must match the selected pump configuration. The power supply should include suitable protection for wet-area equipment.
Electrical plugs, sockets, switches, extension connections, and control devices must be kept dry. Do not handle the plug or electrical connection with wet hands. Disconnect the power before moving the pump, clearing a blockage, inspecting the inlet, or performing maintenance.
Routine maintenance helps preserve hydraulic performance and extend service life. After use, inspect the inlet, base, discharge connection, cable, and housing. Remove leaves, mud, and deposits before they harden.
If the pump has been used in dirty water, rinse the external surfaces with clean water where appropriate. Do not use methods that force water into electrical compartments or damage seals. The pump should be stored in a dry, protected location when it is not required for extended periods.
Check the cable for cuts, abrasion, swelling, exposed conductors, or damage near the cable entry. A damaged cable should not be repaired casually with tape. It should be inspected and replaced or repaired by a qualified technician using suitable parts and procedures.
Pay attention to changes in noise, vibration, flow rate, starting behavior, and operating temperature. Reduced flow may indicate a blocked inlet, restricted discharge hose, excessive lifting height, or internal wear. Unusual noise or vibration may indicate debris, mechanical damage, or an unstable installation.
When servicing the unit, disconnect it from the power source and prevent accidental reconnection. If the pump has been used in contaminated water, wear suitable protective equipment and follow appropriate cleaning and disposal procedures.
For international buyers, the EGP-B1 Series offers more than an individual pump. It provides a structured product family that can support a complete garden and drainage category. Five power levels allow distributors to serve customers with different requirements while maintaining a recognizable series format.
The documented technical data assists product listing, quotation preparation, customer consultation, and technical support. Information regarding cable type, cable length, package size, approximate weight, maximum grain size, pipe diameters, and performance limits can be incorporated into catalogues and purchasing systems.
The manufacturer’s broader product portfolio also supports one-stop procurement. A buyer who needs garden submersible pumps may also require deep well pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, pipes, valves, and pump accessories. Sourcing related products from an experienced pump manufacturer can simplify communication and order coordination.
Taizhou Edwin Electric Co., Ltd. has developed supporting companies for procurement planning, order tracking, cross-border delivery, and foreign-trade services. For global customers, these capabilities can help coordinate production and shipping requirements. Buyers should confirm commercial terms, lead times, warranty conditions, packaging details, and customization options during the order process.
The EGP-B1 Series occupies an important position between simple household drainage equipment and larger commercial sewage systems. It is suitable for users who require dependable dirty-water handling without the complexity of an industrial installation.
Within a complete pump portfolio, the product can serve gardens, rainwater collection, small agricultural drainage, ponds, and utility water transfer. Deep well pumps can address groundwater extraction, booster pumps can support domestic pressure systems, and circulation pumps can support heating or HVAC applications. A manufacturer capable of supplying several categories can help customers build more consistent purchasing relationships.
The company has also invested in new energy and intelligent technology since 2018, launching solar water pumps and intelligent booster pumps. This development indicates an effort to respond to changing market needs, including energy efficiency, automation, and modern water-management systems. Although the EGP-B1 Series is a conventional electric submersible pump, it can be considered part of a broader product strategy focused on practical and high-performance water-pumping solutions.
The EGP-B1 Series should be used only within its stated operating limits. Do not exceed the maximum immersion depth, maximum particle size, rated electrical conditions, or maximum lifting height. Do not operate the pump dry unless the specific design and instructions explicitly permit it.
The pump should not be used for flammable, explosive, highly corrosive, or unusually hot liquids without written confirmation of compatibility. Dirty water should not automatically be interpreted as chemical wastewater or industrial sewage. The composition, temperature, viscosity, and abrasiveness of the liquid all affect equipment suitability.
Keep people and animals away from open pits, tanks, and drainage areas during operation. Secure the discharge line and prevent discharged water from creating a slipping hazard or damaging nearby structures. When used in a garden, make sure the drainage destination does not cause erosion, flooding, or contamination.
Where automatic operation is used, the control system should be installed and tested correctly. Automatic equipment must not be treated as a substitute for inspection. Periodic checks remain important, especially before periods of heavy rainfall or after long storage.
The EGP-B1 Series combines several features that are often separated across competing products. It offers dirty-water particle handling, a thickened-wire design, a specialized base, five power ratings, 10 m cables, multiple pipe-size options, and 230 V or 115 V compatibility at 50 Hz or 60 Hz.
Its competitive value is particularly clear for distributors serving varied markets. A single product family can cover smaller garden tasks and higher-capacity drainage work. The clear specification range makes it easier to recommend the appropriate model. The 35 mm particle specification gives the series a meaningful advantage over clean-water products, while the compact package sizes support efficient storage and shipment.
The product is also backed by a manufacturer with experience in independent development, mass production, international export, and multiple pump categories. This combination can provide buyers with stronger supply continuity and technical coordination than a purely trading-based source.
Most importantly, the product is designed around practical use rather than specification alone. Outdoor pumps must tolerate dirty water, repeated handling, variable weather, and imperfect installation conditions. The thickened cable and dirty-water base address these everyday challenges directly.
The series is designed for dirty water, including water from gardens, rainwater tanks, ponds, and drainage areas. It can handle particles up to a maximum stated grain size of 35 mm. It should not be assumed suitable for concentrated chemicals, flammable liquids, hot liquids, or heavy industrial slurry.
The maximum stated pump rate is 8,000 L/h for the EGP400-B1, 10,000 L/h for the EGP550-B1, 13,000 L/h for the EGP750-B1, 14,000 L/h for the EGP900-B1, and 15,000 L/h for the EGP1100-B1. Actual flow depends on height, pipe size, pipe length, fittings, and water conditions.
The EGP1100-B1 provides the greatest stated maximum height at 11 m. The EGP900-B1 reaches 8.5 m, the EGP750-B1 reaches 7.5 m, the EGP550-B1 reaches 6.5 m, and the EGP400-B1 reaches 5 m.
The maximum depth is 5 m for the EGP400-B1, EGP550-B1, EGP750-B1, and EGP900-B1. The EGP1100-B1 has a maximum depth of 7 m. The pump should not be installed beyond the applicable rated depth.
Each model is supplied with a 10 m cable. The EGP400-B1 uses H05RN-F 3G0.75 mm². The EGP550-B1 uses H05RN-F 3G1.0 mm². The EGP750-B1, EGP900-B1, and EGP1100-B1 use H07RN-F 3G1.0 mm².
The stated pipe diameters are 1 inch, 1.25 inches, and 1.5 inches. The best option depends on the required flow, discharge distance, lifting height, and connection fittings.
The thickened-wire construction is intended to improve durability, strength, and resistance to wear during outdoor use. It is especially useful when a pump is repeatedly installed, removed, transported, or operated in demanding garden and drainage environments.
Yes. Rainwater-tank drainage is one of the intended applications. The user should remove large debris, keep the inlet clear, place the pump securely, and direct the discharge water to a safe location.
The maximum stated grain size is 35 mm, but large stones, ropes, fabric, plastic sheets, and fibrous materials may still block or damage the pump. These materials should be removed before operation.
Because it is a submersible pump, it is installed directly in the water and does not use the same suction-priming arrangement as a typical surface pump. It must nevertheless be installed correctly and operated according to the applicable instructions.
Use the designated handle or a suitable lifting rope. Never lift, lower, or suspend the pump by its electrical cable, because this can damage the cable and its connection to the pump.
The series supports 230 V or 115 V and 50 Hz or 60 Hz configurations. It also offers five power levels, standardized pipe options, documented packaging information, and a manufacturer with experience in global export and foreign-trade services.
Buyers should confirm the required model, voltage, frequency, cable specification, packaging, quantity, delivery schedule, warranty terms, product labeling, shipping documents, and any market-specific compliance requirements. The actual operating fluid and installation conditions should also be reviewed.
The EGP-B1 Series Suitable for Sewage Thickened Base Automatic Garden Submersible Pump is a practical solution for dirty-water drainage, rainwater transfer, garden maintenance, pond emptying, and small agricultural or utility applications. Its ability to handle particles up to 35 mm, combined with a reinforced thickened-wire construction and specialized base, gives it important advantages over ordinary clean-water pumps and basic drainage alternatives.
The five-model range provides flexibility from 400 W to 1100 W, with maximum pump rates from 8,000 L/h to 15,000 L/h and maximum heights from 5 m to 11 m. Multiple pipe diameters and dual-voltage, dual-frequency adaptability further improve its suitability for international markets.
Behind the product is Taizhou Edwin Electric Co., Ltd., an integrated manufacturer with experience in research and development, mass production, export, procurement coordination, and a broad portfolio of water-pumping technologies. For distributors and professional buyers, the combination of application-focused design, standardized model selection, export support, and manufacturing experience makes the series a strong candidate for dependable outdoor water-management solutions.
1. Manufacturer-provided EGP-B1 Series product description and technical data.
2. Manufacturer-provided model, cable, packaging, weight, and shipping information.
3. General principles of submersible pump selection, dirty-water drainage, total head, and discharge-pipe sizing.
4. General electrical and wet-area equipment safety practices for pump installation and maintenance.
5. General guidance for garden drainage, rainwater management, pond maintenance, and outdoor water transfer.
edwina@edwin-pump.com
+86-13586290903 (WhatsApp)
Xuri Gongliang Cutting Tool Entrepreneurship Park, Wenqiao Town, Wenling City, Taizhou City, Zhejiang Province, China
High Performance Smart Pump Factory
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