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Reliable water movement is essential in gardens, greenhouses, ponds, fountains, small agricultural areas, and many other outdoor environments. A pump used in these applications must do more than move water from one location to another. It must operate consistently in changing weather conditions, tolerate extended running periods, handle small suspended particles, and remain easy to install and maintain. The EGP-1 Series Full-Feature Thick-Wire Long-Life Garden Submersible Pump is designed around these practical requirements.
The EGP-1 Series is a garden submersible pump family developed for water drawing, garden irrigation, greenhouse applications, ponds, fountains, and other general outdoor water-management tasks. Its construction combines a durable motor cable, a balanced high-speed rotor, corrosion-resistant components, several output options, and multiple power configurations. The result is a flexible range that can serve small household gardens as well as larger landscaping and irrigation installations.
Unlike a basic low-cost water pump designed only for occasional use, this series is built with durability and operating stability in mind. The thickened wire construction helps protect the electrical system during outdoor operation, while the balanced rotor helps reduce vibration and improve running smoothness. Its submersible design also allows the pump to work directly in a water source, reducing the need for complicated suction arrangements and making installation more convenient.
The EGP-1 Series is a submersible garden pump intended to be placed underwater during operation. It is suitable for relatively clean water containing particles up to 5 millimeters in size. Depending on the selected model, the pump delivers a maximum flow rate from 4,000 to 15,000 liters per hour and a maximum head from 5 to 9.5 meters.
The model range includes eight configurations: EGP200-1, EGP250-1, EGP350-1, EGP400-1, EGP500-1, EGP550-1, EGP750-1, and EGP900-1. Rated motor power ranges from 200 watts to 900 watts. This broad range allows users, distributors, installers, and project planners to select a pump according to required flow, lifting height, water depth, and available electrical capacity.
Every model has a maximum operating depth of 5 or 7 meters, depending on the configuration. The lower-powered models are designed for smaller water movement tasks, while the higher-powered versions provide greater flow and lifting capability. All versions use compatible pipe outlet sizes of 1 inch, 1.25 inches, and 1.5 inches, giving users flexibility when connecting hoses, pipes, valves, or adapters.
The pump is not intended to replace a deep-well pump, a high-pressure booster pump, or a heavy-duty sewage pump. Its strength lies in general-purpose outdoor water transfer and irrigation. It is especially appropriate where the water source is shallow or open, the required head is moderate, and direct submersion offers a practical installation advantage.
EGP-1 Series Full-festures Thickened Wire Long-life Garden Submersible Pump
The EGP-1 Series is designed as a multipurpose garden water pump rather than a single-use device. It can draw water from suitable tanks, ponds, reservoirs, and other open water sources. It can also support garden irrigation, greenhouse watering, fountain circulation, and general outdoor water transfer.
This versatility is important for homeowners and professional installers. A single pump platform can be used across different projects, reducing the number of product types that need to be stocked or specified. Distributors can offer multiple performance levels within one recognizable series, while end users can select a model that matches their current needs without changing to an entirely different pump design.
In garden irrigation, the pump can supply water to hoses, sprinklers, drip systems, or simple distribution lines, provided the required pressure and flow remain within the pump’s performance range. In greenhouse applications, it can move water from a storage tank to a watering system. In decorative landscaping, it can support fountains, cascades, and pond circulation systems.
Its full-feature positioning also refers to the combination of practical performance characteristics found in one product family. These include multiple power ratings, a long cable, several pipe outlet options, moderate particle tolerance, submersible installation, and a design intended for repeated outdoor use.
Outdoor pumps are exposed to conditions that can be more demanding than indoor equipment environments. Moisture, movement, temperature changes, contact with equipment edges, and repeated handling can all affect a power cable. The EGP-1 Series uses thickened cable construction to improve durability and help the pump withstand demanding garden and outdoor conditions.
The cable specifications vary according to model. The EGP200-1 through EGP400-1 versions use H05RN-F 3G0.75mm² cable with a 10-meter length. The EGP500-1 and EGP550-1 versions use H05RN-F 3G1.0mm² cable with a 10-meter length. The EGP750-1 and EGP900-1 versions use H07RN-F 3G1.0mm² cable with a 10-meter length.
A 10-meter cable provides useful installation freedom in gardens, ponds, tanks, and greenhouse environments. It can reduce the need for extensions, which helps simplify installation and minimize the number of electrical connection points near wet areas. Nevertheless, electrical connections should always be installed in accordance with local safety regulations and should be protected from direct exposure to water.
The thickened cable is a practical advantage over lightweight cables commonly found on entry-level pumps. A more robust cable can be better suited to repeated installation and removal, outdoor handling, and longer service use. It also complements the pump’s long-life design philosophy by supporting the reliability of the electrical connection between the motor and the power supply.
The rotor is one of the most important moving components in a pump motor. If it is not properly balanced, rotation can create unnecessary vibration, noise, and mechanical stress. The EGP-1 Series uses a high-speed balanced rotor to help the motor run more smoothly and steadily.
Stable rotor operation can provide several benefits. It can reduce vibration transmitted to the pump housing, support smoother operation in a pond or tank, and help limit stress on internal components. It can also improve the user experience in applications where excessive pump noise would be undesirable, such as residential gardens, decorative ponds, and greenhouse installations close to working areas.
Rotor balance is not a substitute for correct installation. The pump should still be positioned securely, kept clear of large obstructions, and operated at an appropriate water level. However, a balanced rotor provides a stronger mechanical foundation than a pump that relies only on basic motor assembly.
Long service life is a central feature of the EGP-1 Series. The pump uses high-quality components and materials selected to resist corrosion and degradation during normal use. Since submersible pumps operate in direct contact with water, the choice of materials and the protection of electrical and mechanical components are especially important.
A long-life pump can offer lower total ownership cost even when its initial purchase price is higher than that of a basic alternative. Frequent replacement involves more than the cost of a new pump. It can also involve labor, transportation, system downtime, water loss, and the need to reconnect pipes and cables. A durable pump designed for repeated use can help reduce these interruptions.
The expected service life of any pump depends on water quality, operating hours, installation conditions, voltage stability, and maintenance. The EGP-1 Series is designed to support long-term operation, but it should still be used within its specified depth, particle size, temperature, and performance limits.
A submersible pump is installed directly in the water source. This arrangement can be simpler than a surface pump installation because the pump does not need to lift water through a long suction line before beginning operation. When the pump is correctly submerged, the surrounding water helps provide the inlet condition required for pumping.
Submersible installation is particularly convenient in rainwater tanks, ponds, decorative water features, irrigation reservoirs, and greenhouse storage containers. It can save space because the pump is located inside the water source rather than on a nearby platform. It can also reduce visible equipment in landscape installations.
For best performance, the pump should not rest directly on mud, loose sediment, or a surface that could block its inlet. A suitable support, raised base, or clean installation area can help prevent sediment from entering the pump. The water source should also be checked regularly to ensure that leaves, algae, stones, and other debris do not restrict the inlet or outlet.
Garden pumping requirements vary widely. One user may need to circulate water through a small pond, while another may need to deliver irrigation water to a greenhouse or raise water several meters to a garden bed. The EGP-1 Series responds to this variation through eight motor and performance configurations.
The smallest EGP200-1 model is rated at 200 watts, with a maximum flow rate of 4,000 liters per hour and a maximum head of 5 meters. The EGP250-1 increases the rated power to 300 watts and the maximum flow rate to 6,000 liters per hour, with a maximum head of 5.5 meters. The EGP350-1 and EGP400-1 models provide maximum flow rates of 6,500 and 7,000 liters per hour, with maximum heads of 6.5 and 7.5 meters respectively.
For higher water movement requirements, the EGP500-1 and EGP550-1 models deliver maximum flow rates of 10,000 and 11,000 liters per hour. Both have a maximum head of 8 meters. The EGP750-1 reaches a maximum flow rate of 12,500 liters per hour and a maximum head of 8.5 meters, while the EGP900-1 reaches 15,000 liters per hour and a maximum head of 9.5 meters.
Maximum flow and maximum head are separate performance values. A pump’s actual flow decreases as the required lifting height, pipe length, fittings, valves, and system resistance increase. For this reason, users should select a model based on the required operating point rather than choosing only by the maximum flow figure.
Correct model selection is essential for efficient and reliable pump operation. The first step is to determine the required flow rate. This may be expressed in liters per hour, liters per minute, or another unit. The second step is to calculate the total pumping height, including the vertical distance from the water surface to the discharge point and the resistance created by pipes, bends, valves, filters, and spray equipment.
The maximum head figures in the technical data indicate the greatest height the pump can reach under the stated test conditions. They do not represent the flow available at that height. Similarly, the maximum pump rate is generally measured under low-resistance conditions. A system with long piping or a restrictive irrigation device will deliver less flow than the maximum listed value.
For open pond circulation, the primary requirement may be water volume and continuous movement rather than high discharge pressure. For greenhouse irrigation, the user should consider the number of outlets, the required pressure at each outlet, and the total length of the distribution line. For a fountain, the desired visual height and nozzle resistance are important factors.
| Model | Rated Power | Maximum Pump Rate | Maximum Head | Maximum Depth | Maximum Grain Size | Pipe Diameter |
| EGP200-1 | 200 W | 4,000 L/H | 5 m | 5 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP250-1 | 300 W | 6,000 L/H | 5.5 m | 5 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP350-1 | 350 W | 6,500 L/H | 6.5 m | 5 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP400-1 | 400 W | 7,000 L/H | 7.5 m | 5 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP500-1 | 500 W | 10,000 L/H | 8 m | 7 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP550-1 | 550 W | 11,000 L/H | 8 m | 7 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP750-1 | 750 W | 12,500 L/H | 8.5 m | 8 m | 5 mm | 1 in, 1.25 in, 1.5 in |
| EGP900-1 | 900 W | 15,000 L/H | 9.5 m | 8 m | 5 mm | 1 in, 1.25 in, 1.5 in |
The model range demonstrates a practical progression in capacity. The EGP200-1 is appropriate where moderate water movement is sufficient and lower power consumption is desirable. The middle models provide a balance between flow and lifting capability. The EGP750-1 and EGP900-1 are more suitable for larger garden areas, higher-volume circulation, or applications requiring a greater discharge elevation.
Users should avoid selecting an oversized pump simply because it has a higher maximum flow rate. An oversized pump may require unnecessary energy, create excessive circulation in a small water feature, or overwhelm a delicate irrigation system. Conversely, an undersized pump may operate continuously without delivering the required water volume. Matching the pump to the actual system requirements is the best way to achieve efficient performance.
The EGP-1 Series can support garden irrigation by transferring water from a tank, pond, rainwater collection system, or other suitable source to a hose or distribution network. The correct model depends on the distance, elevation, pipe size, and type of irrigation equipment being used.
For short hose runs and low-level watering, a lower-powered model may provide adequate performance. Larger gardens or systems with several distribution points may require one of the higher-capacity versions. The 1-inch, 1.25-inch, and 1.5-inch outlet options allow the installer to select a pipe connection that matches the planned system.
When used with sprinklers, the installer should consider the pressure needed to produce the required spray pattern. When used with drip irrigation, filtration and pressure regulation may be necessary to protect the emitters and ensure uniform water distribution. The pump itself is suitable for water containing particles up to 5 millimeters, but small drip emitters may require cleaner water than the pump can handle without additional filtration.
Greenhouses often use storage tanks and controlled irrigation systems to supply plants at regular intervals. A submersible pump can be placed in the storage tank, helping save floor space and simplifying the route between the water source and the irrigation lines.
The EGP-1 Series can be used for manual watering, hose distribution, and selected automated irrigation arrangements when combined with appropriate controls. A timer, float switch, pressure controller, or other control equipment may be added according to the system design. The pump should not be operated outside its intended electrical and hydraulic conditions.
Greenhouse operators should inspect the tank regularly. Plant material, fertilizer residue, sediment, and algae can accumulate in stored water. Cleaning the tank and using a suitable inlet screen or filter can help protect the pump and improve irrigation reliability.
In ponds and decorative water features, circulation helps maintain movement and can improve the appearance of the installation. The pump may supply a fountain nozzle, waterfall, stream, or return line. The required model depends on the visual effect, the height of the discharge, and the resistance of the water feature components.
The balanced rotor is especially useful in applications where stable operation and reduced vibration are valued. A securely positioned pump can operate more quietly and reduce movement within the pond. The pump should be installed so that it is not buried in sediment and so that maintenance access remains available.
For ornamental fountains, the pump should be connected to a nozzle that is compatible with the available flow and head. The maximum values listed for the pump should not be treated as the expected fountain height, because the nozzle and pipe system will reduce the available performance.
The pump can be used to move water between tanks or from a storage container to a garden area. Its compact submersible arrangement is helpful where a surface-mounted pump would take up too much space or require a complicated suction line.
During water transfer, the user should confirm that the discharge line is securely connected and that the receiving tank has sufficient capacity. A float switch or other shutoff device may be used to help prevent overflow. The pump should never be allowed to run without sufficient water coverage, as dry operation can cause damage to internal components.
The EGP-1 Series offers several practical advantages over basic garden pumps that use lighter construction or provide only one fixed configuration. The most notable difference is the attention given to durability. Thickened cable construction, long-life components, and a balanced rotor create a more complete design for repeated outdoor use.
A second advantage is the range of available models. Some competing entry-level products are offered in only one or two power levels, forcing the user to accept a compromise between insufficient performance and unnecessary energy use. The EGP-1 Series provides eight models, allowing a more precise match between pump capacity and application requirements.
A third advantage is installation flexibility. The 10-meter cable can simplify placement in tanks, ponds, and garden reservoirs. The three available pipe diameter options provide additional connection flexibility. These details may appear minor, but they can reduce installation time and help distributors support a wider variety of customer projects.
The series also provides a useful balance between flow and head. High-flow pumps are not always capable of lifting water effectively, while high-head pumps may not move enough water for irrigation or circulation. The EGP-1 configurations offer progressively higher maximum flow and head values, giving users more options for moderate-height outdoor pumping.
Another advantage is particle tolerance up to 5 millimeters. This does not make the pump a sewage or solids-handling pump, but it provides a degree of practical tolerance for suitable pond, tank, and irrigation water. Proper screening and cleaning remain important, especially in systems exposed to leaves, algae, sand, or organic material.
It is important to compare pumps according to complete operating requirements rather than one headline specification. A pump with a larger advertised flow rate may not perform better in an actual installation if its head is insufficient, its cable is too short, or its construction is not suited to repeated outdoor handling. The EGP-1 Series is competitive because its overall design addresses performance, durability, installation, and product-range flexibility together.
The pump is manufactured by Taizhou Edwin Electric Co., Ltd., an integrated manufacturing enterprise established in 2008. The company specializes in independent research and development, mass production, and global export. This combination is important because pump quality depends not only on product design but also on repeatable manufacturing, process control, supply coordination, and after-sales support.
Independent research and development gives a manufacturer greater control over product improvement. It allows engineering teams to evaluate motor performance, rotor balance, housing design, cable selection, hydraulic structures, and application requirements as part of one product-development process. For a garden pump such as the EGP-1 Series, this can support improvements in running stability, service life, usability, and production consistency.
Mass production capability is another important strength. A product intended for international distribution must be available in consistent quantities and with stable specifications. Organized mass production helps manufacturers manage material purchasing, assembly scheduling, testing, packaging, and shipment planning. It also enables distributors and project buyers to plan repeat orders with greater confidence.
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-related equipment. This broad product knowledge supports the development of application-specific solutions. It also allows customers to source different pump categories from one experienced supplier when a project requires multiple water-handling products.
Since 2018, the company has invested in new energy and intelligent technology, expanding into solar water pumps and intelligent booster pumps. Although the EGP-1 Series is a conventional garden submersible pump, this broader investment demonstrates a manufacturing organization that is responding to changing market requirements, including energy efficiency, automation, remote operation, and more intelligent water management.
The company also established related import and export service organizations to support procurement planning, order tracking, cross-border delivery, and foreign-trade services. For international buyers, this is significant. A successful pump supply relationship requires more than manufacturing. It also requires clear communication, reliable documentation, coordinated logistics, and the ability to manage repeat orders across different markets.
A quality-oriented production approach begins with selecting suitable materials and components for the intended use. The EGP-1 Series uses thickened cable construction and components intended to resist corrosion and degradation. These features reflect an effort to address the actual environmental stresses associated with submersible garden pumping.
Assembly quality is equally important. The motor, rotor, pump body, cable entry, and hydraulic parts must be assembled consistently to achieve stable performance. Rotor balance must be maintained, cable connections must be protected, and the finished pump must be checked for functional operation before packaging.
Testing and inspection are essential parts of a reliable pump manufacturing process. Typical production checks for this type of equipment may include electrical safety inspection, operating current verification, rotation and noise observation, water leakage checks, and functional pumping tests. Specific inspection procedures and acceptance standards should be confirmed with the manufacturer for a particular order or market.
Consistent packaging also supports product quality. The EGP-1 Series is supplied in individual packages with multi-unit carton measurements and approximate gross and net weights provided for logistics planning. Proper packaging helps protect the pump, cable, and connection parts during handling, warehousing, and international transportation.
Before installation, inspect the water source. Remove large debris, stones, branches, and excessive sediment. The pump should be positioned in a way that allows water to enter freely while preventing the inlet from being blocked by mud or plant material.
If the source contains leaves, algae, sand, or other suspended matter, a suitable screen or pre-filter can improve reliability. The maximum grain size is listed as 5 millimeters, but the actual water quality should be evaluated according to the application. Fine irrigation equipment may need additional filtration even when the pump can tolerate larger particles.
The pump should be fully submerged to the required operating level before it is energized. It should not be suspended by the power cable, and the cable should not be used as a lifting rope. A separate rope, bracket, or support should be used when the pump must be lowered into or removed from a deep tank or pond.
The pump should remain stable during operation. Excessive movement can place stress on the outlet connection or cause the pump to contact the bottom of the water source. A raised support can be helpful in areas where sediment accumulates.
Select a suitable outlet adapter for the required pipe diameter. The series supports 1-inch, 1.25-inch, and 1.5-inch pipe connections. The discharge hose or pipe should be secured to prevent movement and should be routed without sharp bends or unnecessary restrictions.
Long pipe runs and small-diameter hoses increase resistance and reduce flow. Where a high flow rate is required, using an appropriately sized pipe can help preserve system performance. Valves should be selected and installed so that they do not create unnecessary restriction.
Electrical installation must comply with local laws, codes, and safety practices. The pump should be connected to a properly protected power supply by a qualified person where required. Residual-current protection and suitable circuit protection may be necessary, especially in wet outdoor environments.
Inspect the cable before every installation. Do not use the pump if the cable, plug, seal, or housing is damaged. Extension connections should be avoided where possible. Any unavoidable connection must be designed for outdoor wet conditions and kept away from standing water.
Although the EGP-1 Series is designed for long-life operation, routine maintenance helps preserve performance. The pump should be switched off and disconnected from the power supply before inspection or cleaning. Users should periodically check the inlet, outlet, cable, pipe connection, and surrounding water source.
If flow decreases, the first checks should include inlet blockage, clogged filters, a kinked discharge hose, a closed valve, low water level, or excessive sediment. A reduction in flow does not always indicate a motor problem. Hydraulic restrictions are common causes of reduced performance.
Cleaning frequency depends on water quality. Pumps used in clean storage tanks may require little attention, while pumps used in ponds or rainwater reservoirs may need more frequent cleaning. Algae, leaves, and sediment should be removed carefully. Abrasive tools or harsh chemicals that could damage the pump housing or seals should be avoided.
The cable should be inspected for cuts, abrasion, hardening, or other damage. The cable should be stored without tight bends and should be protected from sharp edges. If damage is found, the pump should be removed from service until it has been assessed and repaired by a qualified professional or replaced.
Seasonal storage requires additional care. In regions where outdoor water systems may freeze, the pump should be removed before freezing conditions occur, cleaned, dried, and stored in a protected location. Water left inside the pump or discharge line can expand during freezing and cause damage.
The EGP-1 Series is suitable for wholesale distribution because it includes multiple models within one product family. Retailers and distributors can stock a selection based on local demand, while project buyers can request a consistent series across different installation sizes.
For the EGP200-1 through EGP400-1 models, the listed individual package size is approximately 22 by 16 by 31 centimeters. The EGP500-1 and EGP550-1 models use package dimensions of approximately 22 by 16 by 35 or 31 centimeters depending on the packaging configuration. The EGP750-1 and EGP900-1 models use a listed package size of approximately 22 by 16 by 35 centimeters.
Multi-unit carton dimensions are listed as approximately 46 by 34 by 33 centimeters for the smaller configurations and approximately 46 by 34 by 37 centimeters for the larger configurations. Packing quantities vary by model, with listed loading quantities of approximately 2,040 or 2,300 pieces per 20-foot container, depending on the model and packaging arrangement.
Approximate package weights are also provided for logistics planning. Actual shipping weight may vary according to packaging configuration, accessories, documentation, and order requirements. Buyers should confirm final packing data before arranging freight or calculating container utilization.
| Model Group | Cable Specification | Individual Package | Multi-Unit Measurement | Approximate Packing Quantity |
| EGP200-1 to EGP400-1 | H05RN-F 3G0.75mm² x 10 m | 22 x 16 x 31 cm | 46 x 34 x 33 cm / 4 pcs | Approximately 2,300 pcs per 20-foot container |
| EGP500-1 and EGP550-1 | H05RN-F 3G1.0mm² x 10 m | 22 x 16 x 35 or 31 cm | 46 x 34 x 37 or 33 cm / 4 pcs | Approximately 2,040 or 2,300 pcs per 20-foot container |
| EGP750-1 and EGP900-1 | H07RN-F 3G1.0mm² x 10 m | 22 x 16 x 35 cm | 46 x 34 x 37 cm / 4 pcs | Approximately 2,040 pcs per 20-foot container |
These packaging characteristics can help importers plan warehouse space, palletization, container loading, and retail presentation. The relatively compact product format is useful for distributors that need to hold multiple power ratings without allocating excessive storage space.
International buyers often require more than a technically capable pump. They need dependable supply, clear model differentiation, practical packaging, and support throughout the order process. The manufacturer’s experience in global export and foreign-trade services is therefore an important part of the product’s commercial value.
The EGP-1 Series can be offered to different market segments, including garden equipment distributors, irrigation suppliers, pond and fountain retailers, greenhouse equipment dealers, hardware wholesalers, and outdoor water-system installers. Because the models cover several performance levels, a distributor can address entry-level, medium-capacity, and higher-capacity requirements with one product family.
For original equipment or private-label programs, buyers should discuss branding, packaging, electrical specifications, documentation, order quantities, and quality-control requirements with the manufacturer. The product information provided for the EGP-1 Series establishes the basic technical range, while project-specific details should be confirmed before production or shipment.
The company’s broader product portfolio may also provide opportunities for combined sourcing. A customer working on an agricultural project, for example, may need a garden or irrigation submersible pump for a small water source, a deep well pump for groundwater extraction, and a booster pump for distribution pressure. A manufacturer experienced in multiple pump categories can help simplify procurement and technical communication.
The EGP-1 Series should be presented as a durable, versatile garden submersible pump for moderate outdoor water applications. Clear product positioning helps customers select the pump correctly and prevents misuse. It is not a substitute for equipment designed specifically for deep wells, abrasive slurry, high-pressure industrial service, or untreated sewage.
Water quality should always be evaluated before installation. The listed maximum grain size is 5 millimeters, but heavy sand, fibrous materials, corrosive chemicals, or excessive biological matter may require different equipment. If the application involves aggressive liquids or unusual temperatures, the user should obtain a technical confirmation before ordering.
Performance should also be described using both flow and head. Promoting only the maximum flow rate may create unrealistic expectations. A professional quotation should include the approximate operating height, pipe length, outlet size, desired flow, and any valves or filters in the system. This approach improves customer satisfaction and reduces the risk of selecting an unsuitable model.
The EGP-1 Series is a garden submersible pump. It is designed to operate while placed in a suitable water source and is intended for water drawing, garden irrigation, greenhouse applications, ponds, fountains, and other general outdoor water-transfer tasks.
The maximum listed flow rate is 15,000 liters per hour for the EGP900-1 model. The smallest EGP200-1 model has a maximum listed flow rate of 4,000 liters per hour. Actual flow depends on lifting height, pipe length, fittings, valves, filters, and other system resistance.
The maximum listed head is 9.5 meters for the EGP900-1 model. The available head varies by model from 5 to 9.5 meters. Users should calculate the complete system resistance before selecting a pump.
The maximum listed depth is 5 meters for the EGP200-1 through EGP400-1 models, 7 meters for the EGP500-1 and EGP550-1 models, and 8 meters for the EGP750-1 and EGP900-1 models. The specified depth should not be exceeded.
The listed maximum grain size is 5 millimeters. The pump should still be protected from large debris, fibrous material, heavy sediment, and materials that could block the inlet or damage internal parts.
The listed cable length is 10 meters for all models. Cable type and cross-sectional area vary by model, from H05RN-F 3G0.75mm² on the smaller versions to H07RN-F 3G1.0mm² on the EGP750-1 and EGP900-1 versions.
It may be used as part of a drip irrigation system if the required flow and pressure are within the selected model’s capabilities. A suitable filter and pressure-control device may be necessary to protect drip emitters and provide uniform watering.
The pump should not be operated without adequate water coverage. Dry running can cause overheating, seal damage, or premature wear. A suitable water-level control may be considered for installations where the water level can fall unexpectedly.
The technical data lists compatible pipe diameters of 1 inch, 1.25 inches, and 1.5 inches. The installer should select the appropriate connection and confirm the supplied fittings for the specific order.
The thickened cable construction is intended to improve durability and resistance to wear during outdoor handling and repeated use. It also supports the long-life design of the pump by providing a more robust electrical connection than a lightweight cable.
A balanced high-speed rotor helps reduce vibration and supports smoother motor operation. This can improve operating stability and reduce mechanical stress, particularly in garden, pond, and greenhouse applications where steady running is desirable.
First determine the required flow rate, vertical lifting height, pipe length, outlet size, and system resistance. Then compare these requirements with the performance data for each model. Choosing the smallest model that reliably meets the actual duty can help avoid unnecessary energy consumption and excessive system flow.
The EGP-1 Series is designed for garden and outdoor submersible applications, not deep-well pumping. Deep wells require equipment designed for greater installation depths and different hydraulic conditions. A dedicated deep well pump should be selected for that application.
Routine maintenance includes checking the inlet for blockage, cleaning sediment and debris, inspecting the discharge connection, examining the cable for damage, and confirming that the pump remains securely positioned. Always disconnect the power before inspection or cleaning.
The product is manufactured by an integrated pump enterprise with experience in independent research and development, mass production, global export, and several water-pump categories. Its broader capabilities include deep well pumps, submersible pumps, booster pumps, circulation pumps, solar water pumps, and intelligent pumping products.
The EGP-1 Series Full-Feature Thick-Wire Long-Life Garden Submersible Pump is a practical solution for outdoor water movement where dependable submersible operation, flexible capacity, and durable construction are required. Its strongest advantages include a thickened 10-meter cable, balanced high-speed rotor, corrosion-resistant long-life components, multiple flow and head options, and compatibility with three common pipe outlet sizes.
The eight-model range allows users to select a suitable capacity from 4,000 to 15,000 liters per hour and from 5 to 9.5 meters of maximum head. This makes the series adaptable to garden irrigation, greenhouse watering, pond circulation, fountains, water transfer, and storage-tank applications.
Compared with basic garden pumps, the EGP-1 Series provides a more complete combination of durability, installation convenience, model flexibility, and operating stability. Its value is strengthened by the manufacturer’s experience in research and development, mass production, international export, and wider pump-system engineering.
For the best result, the pump should be selected according to the actual flow and head requirement rather than a single maximum specification. Correct submersion, clean water management, protected electrical installation, suitable pipe sizing, and regular inspection will help the pump deliver reliable service over an extended operating period.
Product technical data sheet for the EGP-1 Series Full-Feature Thick-Wire Long-Life Garden Submersible Pump.
Manufacturer-provided product description and application information for garden submersible pumps.
Manufacturer-provided model, cable, packaging, measurement, weight, and container-loading information.
General principles of centrifugal pump selection, total dynamic head calculation, and outdoor water-system installation.
General electrical safety practices for submersible pumping equipment used in wet and outdoor environments.
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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