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Reliable water drainage is essential for maintaining gardens, protecting outdoor spaces, and managing rainwater. When water contains leaves, soil, small stones, organic debris, or other suspended particles, an ordinary clear-water pump may quickly become blocked, damaged, or inefficient. The EGP-B2 Series Dirty Water Thickened Wire Garden Submersible Pump is designed specifically for these demanding conditions. It combines a robust submersible construction, a reinforced power cable, high flow capacity, and the ability to handle particles up to 35 mm in diameter.
The series is suitable for garden water transfer, rainwater tank drainage, flooded yards, construction-related water removal, agricultural drainage, and general outdoor dewatering. It is available in five power configurations from 400 W to 1100 W, allowing users to select a model according to the required flow rate, discharge height, and operating environment.
Manufactured by Taizhou Edwin Electric Co., Ltd., the pump benefits from an integrated company structure that includes product research and development, mass production, international export, procurement planning, order tracking, and cross-border delivery support. This structure enables the manufacturer to serve distributors, importers, contractors, agricultural users, and industrial customers with a consistent product supply and professional technical coordination.
Water drainage conditions vary considerably from one location to another. Water collected in a rainwater tank may contain sediment, plant fragments, insects, and small stones. Garden ponds and drainage pits can accumulate mud and organic matter. Construction sites may have water mixed with sand, soil, and debris. Flooded basements, yards, and low-lying areas can also contain particles that make pumping more difficult.
A conventional clean-water pump is generally designed for water with a low level of suspended solids. Its inlet passages, impeller clearances, and hydraulic components may not be suitable for larger particles. If unsuitable water enters such a pump, the result may be reduced flow, impeller obstruction, motor overload, seal wear, or premature failure.
A dirty water pump uses a design that provides greater tolerance for suspended particles. The EGP-B2 Series has a maximum grain-size capability of 35 mm. This does not mean that every type of solid material can be pumped without consideration. Long fibrous materials, hard metal objects, and oversized debris should still be removed before operation. However, the stated particle capacity gives the series a useful advantage in outdoor drainage applications where water is not perfectly clear.
Submersible operation provides another important benefit. Instead of requiring a separate priming process, the pump is placed directly into the water. Once properly connected and positioned, the motor and hydraulic assembly work below the water surface to transfer water through a connected hose or pipe. This arrangement can simplify installation and reduce the space required for the pumping system.
The EGP-B2 Series is a garden submersible pump for dirty water transfer and drainage. Its design focuses on practical outdoor use, where equipment may be exposed to moisture, intermittent operation, changing weather conditions, and less-than-ideal water quality.
The series includes the EGP400-B2, EGP550-B2, EGP750-B2, EGP900-B2, and EGP1100-B2 models. Rated power ranges from 400 W to 1100 W. Maximum pump rates range from 8,000 L/H to 15,000 L/H, while maximum pumping heights range from 5 m to 11 m.
All listed models can be adapted for 230 V or 115 V electrical systems and 50 Hz or 60 Hz frequency environments. This flexibility is valuable for international distributors and project purchasers serving different markets. Electrical compatibility must always be confirmed before installation, and the pump should be connected according to the applicable local electrical requirements.
The pump is supplied with a long cable suitable for practical placement in tanks, pits, gardens, and drainage areas. Depending on the model, the cable specification is H05RN-F or H07RN-F, with a length of 10 m. The use of a reinforced cable design supports safer and more durable outdoor operation than a lightweight cable that is not intended for demanding environments.
EGP-B2 Series Dirty Water Thickened Wire Garden Submersible Pump
The most distinctive feature of this series is its thickened wire construction. Outdoor pumps are exposed to movement, moisture, handling, storage, and possible contact with rough surfaces. A reinforced cable helps improve resistance to everyday mechanical stress and wear.
The cable is not merely a connection between the motor and the power supply. It is an important part of the complete pumping system. If the cable is too light for the application or is easily damaged during handling, the entire pump may become unreliable even if the motor and hydraulic components remain functional. The thickened wire configuration addresses this practical concern by providing a more robust electrical connection for garden and drainage work.
For contractors, distributors, and homeowners, cable durability can reduce the risk of interruptions caused by external cable damage. It can also simplify routine handling when the pump is moved between a rainwater tank, drainage pit, pond, or flooded area.
The EGP-B2 Series is designed for dirty water rather than only clean water. Its ability to handle particles up to 35 mm gives it a broader range of use than a basic garden pump designed for filtered or relatively clear water.
Typical examples include the removal of water containing mud, leaves, small stones, and other non-hazardous debris. This makes the pump suitable for emergency drainage after heavy rainfall, seasonal water management, garden maintenance, and the transfer of stored rainwater.
Different drainage tasks require different hydraulic performance. A small garden tank may not require the same output as a flooded yard or agricultural drainage pit. Offering five power levels allows users to match the pump to the task instead of selecting one oversized or undersized unit for every application.
The 400 W model provides a practical option for smaller-scale drainage and water transfer. The 550 W and 750 W models offer increased flow or lifting capability for medium-duty applications. The 900 W and 1100 W models are suitable when a higher pumping height or greater water removal rate is required.
This range also supports professional product distribution. Importers and wholesalers can offer customers a complete family of models rather than a single general-purpose pump. A complete range improves product selection, simplifies replacement planning, and allows dealers to serve residential, agricultural, and light commercial users with one product platform.
Each model supports pipe diameters of 1 inch, 1.25 inches, and 1.5 inches. This flexibility allows users to select a suitable hose or pipe according to the application and required water flow.
A larger discharge line can help reduce flow resistance in suitable installations, while a smaller connection may be useful when the existing drainage system has a compact outlet. The correct pipe size should be selected according to the desired flow rate, total pumping height, pipe length, bends, and local installation conditions.
The EGP-B2 Series uses a base configuration that distinguishes it from the EGP-B2 reference described in the product materials. The base is an important structural component because it helps support the pump, maintain clearance around the intake area, and position the equipment on the bottom of a tank or drainage pit.
Users should place the pump on a stable surface and avoid positioning it directly in deep mud or loose material that could restrict the inlet. Although the pump is designed for dirty water, basic positioning remains important for maintaining steady water entry and minimizing unnecessary blockage.
The performance range of the EGP-B2 Series is summarized below. Actual flow at a particular installation will depend on discharge height, pipe diameter, hose length, bends, valves, water conditions, and other hydraulic resistance.
| Model | Rated Power | Maximum Pump Rate | Maximum Height | Maximum Depth | Maximum Grain Size | Pipe Diameter |
| EGP400-B2 | 400 W | 8,000 L/H | 5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP550-B2 | 550 W | 10,000 L/H | 6.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP750-B2 | 750 W | 13,000 L/H | 7.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP900-B2 | 900 W | 14,000 L/H | 8.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP1100-B2 | 1100 W | 15,000 L/H | 11 m | 7 m | 35 mm | 1 in, 1.25 in, 1.5 in |
The maximum pump rate represents the stated upper capacity under suitable conditions. It should not be interpreted as the guaranteed flow at the maximum pumping height. As the discharge height increases, the available flow normally decreases. For accurate selection, the buyer should evaluate the complete operating point rather than relying only on the maximum flow figure.
The maximum depth is 5 m for the EGP400-B2, EGP550-B2, EGP750-B2, and EGP900-B2 models. The EGP1100-B2 supports a maximum depth of 7 m according to the supplied technical information. Operation beyond these limits should be avoided unless the manufacturer provides specific written approval and technical guidance.
The EGP400-B2 is the entry model of the series, with a rated power of 400 W, a maximum pump rate of 8,000 L/H, and a maximum height of 5 m. It is suitable for smaller rainwater tanks, garden drainage tasks, shallow pits, and general water transfer where the required lift is modest.
Its lower rated power can be beneficial when the application does not require the higher capacity of the larger models. It may also be a practical choice for users seeking a compact and economical pump for routine garden maintenance.
The EGP550-B2 increases the stated maximum pump rate to 10,000 L/H and the maximum height to 6.5 m. This makes it appropriate for medium-duty drainage where the 400 W model may not provide sufficient lifting performance.
It can serve residential drainage, rainwater transfer, garden ponds, and small agricultural applications. The model uses an H05RN-F 3G1.0 mm² cable with a 10 m length, according to the supplied specifications.
The EGP750-B2 offers a maximum pump rate of 13,000 L/H and a maximum height of 7.5 m. It is a suitable middle-to-upper range option for customers who need faster water removal and a stronger lift than the smaller models provide.
This model uses an H07RN-F 3G1.0 mm² cable. It can be considered for larger gardens, drainage pits, rainwater management, and light-duty site dewatering where the particle and depth conditions remain within the stated limits.
The EGP900-B2 provides a maximum pump rate of 14,000 L/H and a maximum height of 8.5 m. It is designed for users who require a higher pumping head while retaining the dirty-water handling capability of the series.
This model can be used for deeper or more demanding drainage routes, provided that the total system resistance and water conditions are properly evaluated. It is particularly useful for distributors who need a strong general-purpose model between the 750 W and 1100 W configurations.
The EGP1100-B2 is the highest-capacity model in the listed range. It has a rated power of 1100 W, a maximum pump rate of 15,000 L/H, a maximum height of 11 m, and a maximum depth of 7 m.
It is suitable when the installation requires the greatest stated lifting capability in the series. Applications may include larger rainwater tanks, outdoor drainage areas, agricultural water transfer, and demanding garden or light commercial dewatering tasks.
Many basic garden pumps are intended for relatively clean water and occasional transfer. They may be adequate for moving water from one container to another, but they are not always suitable for water containing significant debris. The EGP-B2 Series offers several advantages in situations where ordinary equipment may be limited.
The maximum grain-size specification of 35 mm is a major distinction. A pump that cannot tolerate particles may require frequent cleaning or filtration. By contrast, a dirty-water model is designed around the reality that outdoor water often contains solids.
Users should still prevent very large objects, ropes, textiles, and long plant fibers from entering the pump. Nevertheless, the ability to accommodate smaller debris expands the practical operating range and reduces dependence on fine pre-filtration.
During heavy rainfall or unexpected flooding, users often need to remove water quickly. A submersible pump can be placed directly into the affected area, allowing a rapid response without constructing a complicated suction arrangement.
The EGP-B2 Series is therefore useful for temporary drainage in gardens, yards, pits, and tanks. Its long cable and multiple hose connection options support flexible positioning in changing outdoor conditions.
Competing low-cost products may use thinner cables that are more vulnerable to abrasion, bending, or rough handling. The thickened wire construction of the EGP-B2 Series is designed to improve durability and service confidence in outdoor use.
A stronger cable is especially valuable for pumps that are regularly removed, transported, installed, and stored. It supports a more durable overall product package and helps reduce one common source of field damage.
The five-model configuration gives the EGP-B2 Series a wider selection than a single-capacity garden pump. Dealers can recommend the appropriate model based on water volume, lift, depth, and expected frequency of use.
This reduces the risk of purchasing a pump that is too weak for the application. It also helps prevent unnecessary energy and equipment costs associated with selecting a much larger unit than required.
Rainwater tanks can accumulate sediment and organic matter over time. The EGP-B2 Series can be used to drain or transfer water from suitable tanks, provided that the tank depth and particle conditions remain within the stated specifications.
Routine tank drainage may be required before cleaning, maintenance, relocation, or seasonal storage. The pump can also transfer collected rainwater to a garden irrigation area or another storage container.
Ponds, ornamental pools, and garden water features often require partial or complete drainage during cleaning. Water in these areas may contain leaves, algae, soil, and small stones. A dirty-water submersible pump can simplify the removal process.
When used near fish or aquatic plants, the operator should consider animal safety, avoid unnecessary disturbance, and follow appropriate environmental procedures. The pump should not be treated as a filtration system, and debris that may cause obstruction should be removed before pumping.
Heavy rainfall can leave water standing in lawns, courtyards, driveways, and low-lying garden areas. Standing water can damage plants, weaken soil, create slippery surfaces, and encourage insects. The EGP-B2 Series provides a practical method for removing accumulated water through a suitable discharge route.
The selected model should match the required discharge height. If water must be lifted over a wall or transported over a long distance, the larger models may be more appropriate because long hoses and elevation changes increase system resistance.
Small farms, nurseries, and agricultural plots may need to move water from collection pits, irrigation reservoirs, or drainage channels. The pump’s particle-handling ability and model range can support many light agricultural duties.
For continuous irrigation, users should confirm that the pump’s duty cycle, water quality, and required flow are suitable. The EGP-B2 Series is primarily positioned as a garden and dirty-water drainage solution, so large-scale agricultural systems may require a dedicated agricultural pump with a different hydraulic design.
Construction and maintenance projects may encounter water in excavated areas, service pits, or temporary drainage zones. Water can contain soil and small stones, making a dirty-water pump more suitable than a clean-water transfer pump.
Before using the equipment on a construction site, the operator should assess the water for hazardous chemicals, flammable liquids, sharp metal fragments, and other materials that may be unsuitable for the pump. Electrical safety and site protection are particularly important in wet construction environments.
Product performance depends not only on the design visible to the user but also on how consistently the pump is manufactured. Taizhou Edwin Electric Co., Ltd. was founded in 2008 and operates as an integrated manufacturing enterprise specializing in independent research and development, mass production, and global export.
This integrated structure provides several advantages. Product development can be connected more closely with manufacturing feedback. Production planning can respond to market demand. Export teams can coordinate specifications, packaging, documentation, and delivery requirements. For international buyers, these capabilities can be as important as the pump itself.
Independent research and development supports the continuous improvement of pump structures, electrical configurations, cable arrangements, packaging, and product families. The EGP-B2 Series reflects a practical development focus: it addresses dirty-water drainage, improves cable robustness, provides multiple power options, and accommodates different international electrical environments.
Research and development should be evaluated not only by complex technology but also by how effectively a product solves everyday operating problems. A thickened cable, accessible pipe connections, suitable particle clearance, and a broad model range can create significant value for users even when the pump is used for straightforward drainage work.
Mass production enables the manufacturer to serve wholesale orders, project requirements, and recurring distributor demand. Consistent production is particularly important for a series product because customers expect the same model to maintain comparable dimensions, cable specifications, performance data, and packaging from one order to the next.
A stable production system can also support replacement planning. Distributors may stock several power configurations, while commercial users may purchase additional pumps for different locations. A manufacturer with established mass-production capabilities is better positioned to coordinate these requirements than a small workshop focused only on occasional assembly.
The company’s products are exported to customers around the world and are used across applications including new energy projects, agricultural irrigation, municipal engineering, mining, construction, HVAC systems, and household water supply. This international experience helps the manufacturer understand the importance of voltage, frequency, cable standards, packaging, documentation, and shipment coordination.
The EGP-B2 Series supports 230 V and 115 V systems as well as 50 Hz and 60 Hz environments. This adaptability is valuable for overseas customers, although the exact electrical version must be confirmed during the purchasing process.
International buyers also benefit from communication with a supplier familiar with foreign trade procedures. Product selection, order tracking, packaging requirements, loading plans, and delivery arrangements can be coordinated through a professional export team.
To meet diverse purchasing requirements, the company established Taizhou Haipai Import & Export Co., Ltd. and Golden Falcon Industrial Co., Ltd. in 2012. These affiliated operations provide support in procurement planning, order tracking, cross-border delivery, and foreign trade services.
For a buyer sourcing several pump categories, this structure may reduce the administrative burden of working with multiple suppliers. The company’s product portfolio includes deep well pumps, submersible pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, and other water pump products and accessories.
A one-stop procurement approach can be particularly useful for wholesalers, engineering contractors, and project integrators that need to coordinate different water supply and drainage products. It may also support private-label, repeat-order, and mixed-model purchasing discussions, subject to commercial confirmation.
Correct installation is essential for achieving reliable pump performance. Even a well-designed pump may perform poorly if the discharge route is too restrictive, the inlet is blocked, or the electrical supply is unsuitable.
Before connection, verify the rated voltage and frequency of the selected model. The EGP-B2 Series can be adapted to 230 V or 115 V and 50 Hz or 60 Hz, but the buyer must specify and confirm the required configuration. Do not connect a pump to a supply that does not match its rating.
All electrical connections should be protected from water and completed in accordance with local regulations. The pump should be connected through appropriate protective equipment, and installation should be performed by a qualified professional when required by local law or site conditions.
Place the pump on a stable base rather than directly into loose mud. The base should permit water to enter the intake while preventing the pump from sinking into sediment. A stable position also reduces vibration and helps prevent accidental tipping.
Do not lift or lower the pump by pulling on the power cable. Use a suitable rope or lifting arrangement if the pump must be positioned or removed from a tank. Protect the cable from sharp edges, vehicle traffic, excessive heat, and abrasion.
Choose a hose or pipe compatible with the pump outlet and the expected water conditions. A pipe that is too narrow may increase resistance and reduce the delivered flow. Excessive bends, long horizontal runs, and restrictive fittings can also lower performance.
The available connection sizes are 1 inch, 1.25 inches, and 1.5 inches. The best choice depends on the required flow, discharge distance, pumping height, and existing drainage system.
Maximum height is a key selection factor. The EGP400-B2 has a stated maximum height of 5 m, while the EGP1100-B2 reaches a stated maximum height of 11 m. The actual operating height should include the vertical distance from the water surface to the discharge point and the resistance created by the pipe system.
Users should not assume that the maximum pump rate is available at the maximum height. For demanding installations, review the performance curve and consult the supplier for model selection. The pump should be selected based on the actual operating point rather than a single headline specification.
The pump is intended for dirty water containing particles within the stated maximum grain size. It is not intended for every liquid or every solid. Before operation, inspect the water for chemicals, fuels, solvents, abrasive industrial substances, long fibers, and sharp objects.
If the water contains materials outside the intended application, stop and obtain technical advice. Using the pump with unsuitable liquids can create safety risks and may damage seals, cables, hydraulic components, or the motor.
Routine maintenance helps preserve performance and extend service life. Disconnect the electrical supply before inspection, cleaning, or removal. Never place hands near the intake or impeller while the pump is connected to power.
After use, inspect the intake area and remove accumulated leaves, stones, mud, and other debris. If the pump has been used in particularly dirty water, rinse the exterior with clean water according to safe maintenance procedures. Do not direct high-pressure water into electrical connection points.
Check the cable for cuts, abrasion, swelling, exposed conductors, or other damage. The thickened wire construction improves durability, but no cable is immune to severe mechanical damage. A damaged cable should be removed from service and inspected by a qualified technician.
Inspect the discharge hose, connectors, and clamps. A loose connection can cause leakage, reduce water delivery, or allow the hose to detach during operation. Replace worn components before the next use.
During storage, clean and dry the pump as appropriate, coil the cable without sharp bends, and protect the equipment from freezing temperatures, direct sunlight, and impact. Proper storage is especially important for seasonal garden equipment that may remain unused for several months.
The supplied packaging information supports planning for distribution and shipment. Individual package dimensions are generally 22 × 16 × 35 cm for the EGP400-B2 and EGP550-B2 models, while the EGP750-B2, EGP900-B2, and EGP1100-B2 models use a package size of approximately 22 × 16 × 37 cm.
Outer carton measurements are listed as 46 × 34 × 37 cm for the first two models and 46 × 34 × 38.5 cm for the three higher-power models, with four pieces per outer carton. Approximate weights vary by model.
| Model | Cable Specification | Individual Package | Outer Carton | Approximate Weight | Stated Quantity per 20-Foot Container |
| EGP400-B2 | H05RN-F 3G0.75 mm² × 10 m | 22 × 16 × 35 cm | 46 × 34 × 37 cm, 4 pcs | 15.0/16.42 kg | 2040 pcs |
| EGP550-B2 | H05RN-F 3G1.0 mm² × 10 m | 22 × 16 × 35 cm | 46 × 34 × 37 cm, 4 pcs | 17.5/19.56 kg | 2020 pcs |
| EGP750-B2 | H07RN-F 3G1.0 mm² × 10 m | 22 × 16 × 37 cm | 46 × 34 × 38.5 cm, 4 pcs | 18.6/20.62 kg | 2020 pcs |
| EGP900-B2 | H07RN-F 3G1.0 mm² × 10 m | 22 × 16 × 37 cm | 46 × 34 × 38.5 cm, 4 pcs | 20.3/22.32 kg | 2020 pcs |
| EGP1100-B2 | H07RN-F 3G1.0 mm² × 10 m | 22 × 16 × 37 cm | 46 × 34 × 38.5 cm, 4 pcs | 22.3/24.32 kg | 2020 pcs |
The container quantities in the supplied information should be confirmed with the exporter before placing an order. Actual loading quantities may vary according to carton configuration, palletization, protective materials, mixed-model loading, and shipping requirements.
For distributors, the EGP-B2 Series offers a clear product story that is easy to communicate: dirty-water capability, thickened wire durability, five power options, flexible pipe connections, and international voltage and frequency adaptability.
The series can be presented to customers in a logical way. First, identify the type of water and the maximum particle size. Second, determine the required pumping height and approximate flow. Third, select the appropriate power model. Finally, verify the electrical configuration, cable requirements, packaging, and delivery schedule.
For project buyers, model standardization can simplify procurement and maintenance. A project may use the 400 W or 550 W models for smaller drainage points and the 900 W or 1100 W models for higher-lift areas. Using models from the same series can simplify operator training and spare-parts planning.
For wholesalers, the packaging dimensions and four-piece outer cartons support warehouse planning. The five-model range also provides opportunities to serve different price and performance segments without changing to an unrelated product platform.
For original equipment or private-label discussions, the buyer should communicate requirements early, including voltage, frequency, cable length, branding, packaging language, manuals, certifications, inspection standards, and target markets. The manufacturer’s integrated R&D, production, and export structure provides a foundation for discussing these requirements.
The manufacturer’s business extends beyond one garden drainage pump. Its core product lines include deep well pumps, submersible pumps, domestic booster pumps, and circulation pumps. The broader product category also includes solar pumps, surface pumps, booster pumps, garden pumps, pool and spa pumps, commercial multistage pumps, pump accessories, end suction pumps, pipes and valves, and intelligent booster pumps.
This product breadth is important because water systems often require more than one pump type. A deep well pump may supply water from an underground source. A booster pump may increase pressure in a building. A circulation pump may support HVAC or hot-water circulation. A submersible dirty-water pump may manage drainage and emergency water removal.
Since 2018, the company has invested in new energy and intelligent technology, including solar water pumps and intelligent booster pumps. This direction demonstrates an effort to expand beyond traditional motor-and-pump products and respond to changing market requirements in energy efficiency, automation, and modern water management.
Although the EGP-B2 Series is a straightforward drainage solution rather than an intelligent pump, it benefits from being part of a manufacturer with experience across multiple pump technologies. Knowledge gained from different product categories can support improvements in motor design, hydraulic development, product integration, supply chain organization, and application support.
A professional specification should begin with the water source and the purpose of pumping. Identify whether the pump will drain a rainwater tank, remove water from a flooded area, transfer pond water, or support an agricultural drainage task.
Next, estimate the volume of water and the required time for removal. A small tank with limited water may be handled effectively by the EGP400-B2, while a large flooded area may require the higher pump rate of the EGP750-B2, EGP900-B2, or EGP1100-B2.
Determine the vertical height between the water surface and the discharge point. If the water must be lifted 8 m, for example, a model with a stated maximum height of only 5 m would not be the correct choice. The EGP900-B2 or EGP1100-B2 may be considered, but the complete performance curve and pipe resistance must also be reviewed.
Measure the discharge distance and count the number of elbows, connectors, valves, and changes in direction. A long pipe route can significantly reduce the delivered flow. Selecting a suitable pipe diameter and minimizing unnecessary restrictions can improve system performance.
Finally, confirm the maximum immersion depth, particle size, cable length, voltage, frequency, and environmental conditions. This process helps avoid mismatches and provides a clear technical record for future maintenance or replacement.
Water and electricity create a potentially dangerous combination. The pump should be installed and operated only with suitable electrical protection. Keep plugs, sockets, switches, and extension connections away from standing water and rain unless they are specifically designed for such conditions.
Never enter a tank, pit, flooded basement, or confined space to install or retrieve the pump while the electrical supply is connected. If a drainage area may contain contaminated water, sewage, chemicals, or dangerous gases, use the appropriate protective procedures and equipment.
Do not operate the pump dry unless the manufacturer specifically states that dry running is permitted. The water surrounding the pump may assist with cooling and proper operation. Stop the pump when the water level reaches the minimum safe operating level.
Keep children and untrained persons away from the operating area. Secure the discharge hose so that it cannot whip, disconnect, or direct water toward electrical equipment, public pathways, or unstable ground.
The series is designed for dirty water drainage and transfer. It can handle water containing particles up to a stated maximum grain size of 35 mm. Suitable examples include rainwater, garden drainage water, pond water, and water containing moderate amounts of soil, leaves, or small stones.
The supplied product information does not specify sewage certification or chemical compatibility. Do not assume that the pump is suitable for sewage, corrosive chemicals, fuels, solvents, or hazardous liquids. Confirm the liquid composition and application with the manufacturer before use.
The stated maximum height depends on the model. It is 5 m for the EGP400-B2, 6.5 m for the EGP550-B2, 7.5 m for the EGP750-B2, 8.5 m for the EGP900-B2, and 11 m for the EGP1100-B2.
The EGP400-B2, EGP550-B2, EGP750-B2, and EGP900-B2 have a stated maximum depth of 5 m. The EGP1100-B2 has a stated maximum depth of 7 m.
The listed pipe diameter options are 1 inch, 1.25 inches, and 1.5 inches. The appropriate connection should be selected according to the required flow, total pumping height, hose length, and system resistance.
Yes. The EGP-B2 Series is described as a dirty-water pump with thickened wire. Cable specifications vary by model, including H05RN-F 3G0.75 mm² for the EGP400-B2 and H05RN-F 3G1.0 mm² for the EGP550-B2, while the higher-power models use H07RN-F 3G1.0 mm² cable. Each listed model has a 10 m cable.
The product information states that the series can be adapted to 230 V and 115 V, with 50 Hz and 60 Hz frequency compatibility. The exact electrical configuration must be confirmed before ordering and installation.
The EGP1100-B2 has the highest stated maximum pump rate at 15,000 L/H. The EGP900-B2 follows at 14,000 L/H, while the EGP750-B2 is rated at 13,000 L/H.
The EGP1100-B2 provides the highest stated maximum height at 11 m. However, model selection should consider the complete operating point, including pipe friction, discharge distance, fittings, water level changes, and required flow at the discharge point.
The supplied information does not define a universal continuous-duty schedule. Continuous operation depends on water temperature, immersion depth, electrical conditions, hydraulic load, debris levels, and the manufacturer’s operating instructions. Ask for duty-cycle guidance when the pump will be used for extended periods.
Disconnect the pump from the electrical supply before cleaning. Remove debris from the intake and rinse the exterior as appropriate. Inspect the hose and cable, and do not use a damaged pump until it has been checked by a qualified technician.
The principal differences are its dirty-water application, 35 mm maximum grain-size capability, thickened wire design, submersible construction, multiple power options, and flexible pipe connection sizes. These features make it more suitable for outdoor drainage conditions involving suspended solids.
The series is manufactured by Taizhou Edwin Electric Co., Ltd., an integrated pump manufacturer founded in 2008. The company focuses on research and development, mass production, and global export.
Yes. The company’s product portfolio includes deep well pumps, submersible pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, surface pumps, pool and spa pumps, commercial multistage pumps, pump accessories, end suction pumps, pipes, and valves.
The EGP-B2 Series Dirty Water Thickened Wire Garden Submersible Pump is a practical solution for outdoor drainage and water transfer where ordinary clean-water pumps may not be suitable. Its ability to handle particles up to 35 mm, reinforced cable construction, submersible operating method, five power configurations, and adaptable electrical options provide useful advantages for gardens, rainwater tanks, ponds, agricultural areas, maintenance work, and light construction drainage.
The series also offers value at the procurement level. Distributors can select from a complete range of capacities, while project buyers can standardize equipment across different drainage points. The manufacturer’s experience in research and development, mass production, international export, and one-stop procurement support further strengthens the product’s suitability for global customers.
Correct model selection remains essential. Buyers should evaluate maximum height, expected flow, immersion depth, pipe resistance, water quality, particle size, electrical supply, duty cycle, and installation safety. When these factors are properly considered, the EGP-B2 Series can provide dependable support for demanding garden and dirty-water drainage tasks.
1. Taizhou Edwin Electric Co., Ltd., EGP-B2 Series Dirty Water Thickened Wire Garden Submersible Pump Product Information.
2. Taizhou Edwin Electric Co., Ltd., EGP-B2 Series Technical Data and Packaging Specifications.
3. International Electrotechnical Commission, General Principles for Electrical Safety in Wet and Outdoor Installations.
4. Hydraulic Institute, Pump Application and System Selection Principles.
5. Manufacturer-provided guidance on submersible pump installation, operation, inspection, and maintenance.
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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