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The JET-S Series is a self-priming shallow well water pump developed for reliable clean-water transfer in homes, gardens, farms, small commercial facilities, and civil water-supply systems. Combining a corrosion-resistant AISI 304 stainless steel shaft, brass impeller, self-priming hydraulic design, thermal protection, and durable motor construction, the series is designed to provide dependable operation in applications where conventional centrifugal pumps may require additional priming equipment or more frequent maintenance.
Available in three configurations, the JET-S Series covers power ratings from 0.6 kW to 1.1 kW, with maximum flow rates of 45 to 50 liters per minute and maximum heads from 40 to 55 meters. Each model uses one-inch inlet and outlet connections and can achieve a maximum suction height of eight meters under suitable installation conditions.
What distinguishes this pump family is its balance between practical performance, robust materials, simple installation, and broad application flexibility. The product is suitable for drawing water from tanks and shallow wells, supplying small pressure systems, irrigating gardens and allotments, and supporting automatic irrigation or domestic distribution networks.
JET-S Series No Rust AISI304 Shaft Shallow Well Water Pump
The JET-S Series belongs to the self-priming jet pump category. Unlike a basic centrifugal pump that may lose prime when air enters the suction line, a jet pump incorporates a nozzle, venturi, and diffuser arrangement to help create the suction effect required for lifting water. This design makes the pump especially useful in installations where the water source is below the pump or where small quantities of air may be present in the suction pipe.
A shallow well pump is generally selected when the vertical distance between the pump and the water level is within the practical suction range of the equipment. The JET-S Series has a stated maximum suction height of eight meters. Actual performance depends on atmospheric pressure, water temperature, pipe diameter, pipe length, fittings, suction-line tightness, and elevation above sea level. Correct installation is therefore important to achieve the advertised performance.
The pump is intended primarily for clean water and liquids with physical and chemical properties similar to water. It is not designed for abrasive slurry, heavily contaminated wastewater, corrosive chemicals, or liquids containing large quantities of suspended solids. Selecting the proper fluid is essential for protecting the impeller, mechanical seal, nozzle, diffuser, and internal hydraulic passages.
During operation, the motor rotates the brass impeller. The impeller transfers energy to the water, increasing its velocity and pressure. The jet assembly, consisting of the nozzle, venturi, and diffuser, supports the self-priming action. When the pump casing and suction line are correctly filled, the hydraulic system can evacuate air and establish a stable flow from the water source to the delivery pipe.
This self-priming function offers a practical advantage in domestic and light commercial installations. Users do not necessarily need to manually refill the suction line every time the pump starts, provided that the pump is correctly installed, the casing is filled initially, the foot valve or check valve functions properly, and the suction pipe remains airtight.
The pump should never be operated dry. Self-priming capability does not mean that a pump can run without water indefinitely. Dry running can overheat the mechanical seal, damage internal components, reduce lubrication, and shorten service life.
The JET-S Series includes three models. Their ratings provide a straightforward selection path based on the required flow, delivery head, and operating conditions.
| Model | Power | Power | Inlet/Outlet | Maximum Flow | Maximum Head | Maximum Suction |
|---|---|---|---|---|---|---|
| JET-550S | 0.6 kW | 0.8 HP | 1 inch × 1 inch | 45 L/min | 40 m | 8 m |
| JET-750S | 0.75 kW | 1 HP | 1 inch × 1 inch | 50 L/min | 45 m | 8 m |
| JET-1100S | 1.1 kW | 1.5 HP | 1 inch × 1 inch | 50 L/min | 55 m | 8 m |
The JET-550S is suited to smaller domestic water-transfer duties, garden irrigation, tank filling, and low-demand pressure applications. Its 0.6 kW motor offers a practical solution where the required head and flow are moderate and energy consumption needs to be controlled.
The JET-750S provides additional power and a higher maximum flow and head. It can be used for larger domestic systems, longer pipe runs, more demanding garden irrigation networks, and small pressure sets.
The JET-1100S is the highest-capacity version in the series. With a maximum head of 55 meters, it is appropriate for installations that require a greater delivery elevation or additional pressure allowance for friction losses. It may also be selected when several outlets are used intermittently or when the piping network is relatively long.
Maximum flow and maximum head are not normally achieved at the same operating point. Pump selection should be based on a performance curve and the actual system duty point whenever available. The installer should consider static lift, pipe friction, fittings, required outlet pressure, and simultaneous water demand rather than selecting a pump solely by its maximum rating.
The first step is to determine the required flow rate. A small household supply system may need only a modest flow, while garden sprinklers or several open taps may require a larger volume. The second step is to calculate the total dynamic head. This includes the vertical distance from the water level to the discharge point, the pressure required at the outlet, and losses caused by pipes, elbows, filters, valves, and other fittings.
For example, a pump drawing water from a tank and delivering it to a garden located several meters above the tank may need to overcome both elevation and pipe friction. If the system also requires stable pressure at a sprinkler or tap, that pressure must be included in the calculation. Choosing the smallest pump that meets the duty point can reduce unnecessary energy consumption, while choosing a larger model may be appropriate when future expansion or higher demand is expected.
The eight-meter maximum suction specification should not be treated as a guaranteed operating condition for every installation. Suction performance is affected by air leaks and vapor pressure. A long horizontal suction pipe, narrow pipe diameter, numerous elbows, or a high water temperature can significantly reduce practical suction capability. Keeping the pump as close as possible to the water source generally improves reliability.
The JET-S Series has several advantages when compared with ordinary low-cost centrifugal pumps or shallow well pumps that use less durable materials and simpler motor protection systems. These advantages are especially relevant to users seeking a pump for repeated daily operation rather than occasional emergency use.
The pump uses an AISI 304 stainless steel shaft in the water-contact area. Stainless steel is valued for its corrosion resistance, mechanical strength, and suitability for clean-water applications. A shaft made from this material is less vulnerable to rust than a standard untreated steel shaft, particularly when the pump is exposed to moisture, condensation, or intermittent operation.
Rust on a shaft can damage the mechanical seal, interfere with smooth rotation, and contaminate the pumped water. It can also make later servicing more difficult. The AISI 304 shaft helps reduce these risks and provides a more durable foundation for the rotating assembly.
Compared with basic pumps that rely on conventional carbon steel components throughout the wet area, the stainless-shaft design offers a stronger long-term value proposition. It is particularly useful in domestic and agricultural installations where the pump may stand idle for periods and then be restarted during high-demand seasons.
The JET-S Series uses a brass impeller. Brass provides a useful combination of strength, corrosion resistance, dimensional stability, and resistance to deformation under normal clean-water operating conditions. It also supports reliable starting after periods of inactivity when compared with some lower-cost materials that may be more susceptible to deterioration or distortion.
A brass impeller can contribute to stable hydraulic performance over time. The impeller is one of the most important components in a centrifugal or jet pump because it determines how efficiently motor energy is converted into water velocity and pressure. A well-made impeller also reduces the likelihood of imbalance, vibration, and premature bearing wear.
Self-priming is a major benefit for shallow well and domestic water systems. With a conventional non-self-priming pump, air entering the suction line can interrupt water delivery and require manual refilling. The JET-S hydraulic system is designed to assist with air evacuation and restart, making it more forgiving in practical installations.
This feature is beneficial for tank systems, rainwater-transfer arrangements, irrigation networks, and household supply applications in which the water level or operating conditions may vary. It can also simplify routine use for homeowners who need a pump that starts with minimal intervention.
The single-phase motor incorporates a built-in thermal protector. This device helps protect the motor against excessive temperature caused by overload, restricted ventilation, abnormal operating conditions, or prolonged operation near the motor’s limit. Thermal protection is a valuable safety feature because it reduces the chance of permanent winding damage during certain fault conditions.
Thermal protection does not replace correct sizing, proper electrical installation, or external circuit protection. It should be viewed as one layer of protection within a complete electrical safety system. The pump should still be connected by a qualified person using suitable wiring, earthing, fusing, and a correctly rated isolator.
The motor uses C&U bearings designed for smooth and stable operation. Bearings support the rotor and maintain alignment between the rotating and stationary components. High-quality bearings can reduce vibration, mechanical noise, and friction, while also helping the motor maintain efficient rotation during extended service.
Bearing quality is especially important in pumps because the motor and hydraulic assembly operate together. Excessive vibration can affect the mechanical seal, loosen connections, increase noise, and place additional stress on the pump base. Stable bearing performance therefore supports both motor reliability and overall pump durability.
The pump body and support are manufactured from HT200 cast iron and receive special anti-rust treatment. Cast iron provides rigidity and strength, helping the pump withstand internal pressure, mounting stress, and the vibration associated with normal operation.
The motor case is made from aluminum, which offers a favorable balance between strength, weight, and heat dissipation. The motor cover is made from cast iron, while the fan is made from PP. Together, these materials create a practical structure that combines mechanical stability with manageable equipment weight.
Compared with very lightweight pumps that prioritize minimum material use, the cast-iron body and support can provide a more solid installation platform. This is useful in systems where the pump operates frequently or where stable alignment is important.
The materials table illustrates how the JET-S Series is assembled from components selected for specific mechanical, hydraulic, and electrical roles.
| No. | Component | Material or Description |
|---|---|---|
| 1 | Pump Body | HT200 cast iron |
| 2 | Nozzle | PPO |
| 3 | Venturi | PPO |
| 4 | Diffuser | PPO |
| 5 | Impeller | Brass |
| 6 | Mechanical Seal | Carbon and ceramic |
| 7 | Support | HT200 cast iron |
| 8 | Shaft and Rotor | Rotating motor assembly with AISI 304 shaft |
| 9 | Stator | Motor magnetic assembly |
| 10 | Motor Case | Aluminum |
| 11 | Motor Cover | Cast iron |
| 12 | Fan | PP |
| 13 | Fan Cover | Protective motor ventilation cover |
| 14 | Capacitor Holding Box | Electrical enclosure |
| 15 | Capacitor | Motor starting and running component |
| 16 | Terminal Cover | Electrical terminal protection |
The PPO nozzle, venturi, and diffuser components are important to the jet-pump hydraulic system. Engineering polymers such as PPO can provide dimensional stability, low weight, and resistance to water exposure. Their use also permits precise formation of the hydraulic passages required for effective jet action.
The carbon-and-ceramic mechanical seal is designed to control water leakage along the rotating shaft. Mechanical seals must operate under demanding conditions because they separate the wet pump chamber from the motor area while allowing the shaft to rotate. Correct water quality, adequate priming, and avoidance of dry running are essential for protecting this component.
The motor is designed for dependable operation in domestic and light commercial environments. It includes durable copper wiring, C&U bearings, a built-in thermal protector, Class F insulation, and an IP44 protection rating.
Copper wiring offers excellent electrical conductivity and supports efficient energy transfer within the motor. Durable copper windings can also withstand the repeated starting and stopping common in household water systems when the motor is correctly sized and operated.
Good winding quality is important because the motor’s electrical performance directly affects pump output. A motor that operates with excessive electrical resistance may generate more heat and consume more power. Copper winding construction supports reliable operation, although actual energy consumption will always depend on load, voltage, frequency, duty cycle, and installation conditions.
Class F insulation provides a suitable level of thermal resistance for a wide range of pump applications. It helps protect the motor windings from heat generated during operation. The insulation system works together with the thermal protector and ventilation design to support safe operation within the stated conditions.
The motor has an IP44 protection rating. This indicates protection against solid objects above a specified size and against water splashing from various directions. IP44 is suitable for many sheltered pump-room, utility-room, agricultural, and outdoor installations when the pump is protected from direct heavy rain, flooding, and high-pressure water jets.
IP44 does not mean that the motor is waterproof or suitable for submersion. The pump should be installed on a stable, dry foundation with adequate drainage and ventilation. Electrical connections should be protected from moisture, and the terminal cover should remain correctly fitted.
The specified maximum liquid temperature is +60°C, while the maximum ambient temperature is +40°C. These limits make the pump suitable for clean-water transfer and selected warm-water applications, but they should not be exceeded.
Higher liquid temperatures can increase vapor pressure and reduce suction performance. They can also place additional stress on seals, plastics, bearings, and motor insulation. When pumping warm water, the installer should confirm that the entire system—including pipes, valves, seals, and control equipment—is suitable for the operating temperature.
Taizhou Edwin Electric Co., Ltd., operating under the Edwin Pump name, was founded in 2008 as an integrated manufacturing enterprise specializing in independent research and development, mass production, and global export. This combination is significant for buyers seeking more than a standard catalog pump because it allows product design, production organization, quality control, and export support to be coordinated within a broader manufacturing system.
Independent research and development supports continuous improvement in hydraulic design, motor construction, materials selection, and product usability. For a self-priming pump, development work may involve optimizing nozzle geometry, venturi dimensions, diffuser passages, impeller design, casing volume, sealing arrangements, and motor matching.
The JET-S Series reflects a product-development approach that combines established pump principles with practical features required by users. The use of a stainless steel shaft, brass impeller, thermal protector, and selected engineering polymers demonstrates attention to corrosion resistance, restart reliability, safety, and hydraulic function.
Mass production can provide important advantages when supported by controlled processes. Repeated production of the same pump family allows manufacturing teams to standardize component dimensions, assembly procedures, inspection points, and packaging methods. Consistency is particularly important for pump performance because small variations in clearances, shaft alignment, seal installation, and hydraulic components can affect noise, efficiency, and reliability.
A manufacturer with established mass-production experience can also maintain a more stable supply of replacement parts and support repeat orders for distributors, contractors, and project buyers. This is valuable for customers who need consistent specifications across multiple installations.
An integrated enterprise can coordinate product design, component sourcing, assembly, testing, order tracking, and export documentation. Such coordination helps reduce communication gaps between technical and commercial teams. It also makes it easier to manage custom purchasing requirements, model combinations, packaging details, and delivery schedules.
The company has expanded its product portfolio to include deep well pumps, submersible pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, and other water-treatment peripheral products. This broader product capability enables customers to compare different pumping technologies within one supply network.
Through associated trading and industrial service companies, the business provides procurement planning, order tracking, cross-border delivery, and foreign-trade services. These capabilities can be useful to international buyers who need coordinated sourcing rather than a single isolated product purchase.
For distributors and engineering contractors, a supplier that understands export packaging, documentation, production schedules, and shipment coordination can help reduce administrative work. One-stop procurement is particularly useful when a project requires several pump categories, valves, pipes, controls, or accessories.
The company’s products are used in new-energy projects, agricultural irrigation, municipal engineering, mining, construction, HVAC systems, and household water supply. This range of applications provides a practical foundation for understanding different operating environments and customer requirements.
The JET-S Series is positioned toward domestic and civil water applications, but the manufacturer’s broader experience in demanding sectors can support a disciplined approach to materials, motor protection, hydraulic selection, and production management.
The pump can draw water from a shallow well, storage tank, or other clean-water source and distribute it to household outlets. It can support small pressure systems, utility sinks, outdoor taps, washing areas, and other applications where a stable supply is required.
When used for domestic water, the installer should confirm that the source water is clean and that all materials in contact with the water are appropriate for the intended use. A pressure tank and pressure switch may be added to reduce frequent motor cycling and maintain more consistent outlet pressure.
Garden irrigation is one of the most suitable applications for the JET-S Series. The pump can transfer water from a tank or shallow source to hoses, sprinklers, drip systems, and small irrigation networks. Its self-priming design is useful when the system may contain a small amount of air after standing idle.
Filters should be installed when the water source contains leaves, sand, or other debris. Blocked filters or undersized suction pipes can reduce flow and increase pump strain. Irrigation designers should also account for the pressure required by sprinklers and emitters.
The pump can transfer water between storage tanks, cisterns, and elevated reservoirs. The correct model depends on the required transfer rate and elevation. A float switch, level controller, or other control device may be used to prevent overflow or dry running.
In automatic irrigation systems, the pump may be connected to a pressure controller, timer, valve system, or irrigation control panel. The system should be designed to prevent excessive start-stop cycling. If several irrigation zones are operated separately, the pump should be matched to the zone with the highest demand or controlled with suitable regulation equipment.
Small workshops, service buildings, nurseries, guest facilities, and commercial premises may use the pump for clean-water transfer and moderate pressure boosting. It is appropriate where the duty does not require the specialized materials, high flow, or continuous-duty characteristics of a large industrial pump.
Correct installation is essential for achieving reliable performance. Before installation, inspect the pump, confirm the voltage and frequency, check that the inlet and outlet sizes match the piping, and ensure that the water source is suitable.
The suction pipe should be airtight and as short and direct as practical. All threaded connections should be properly sealed without allowing sealing material to enter the hydraulic passage. The suction pipe should generally be at least as large as the pump inlet and should avoid unnecessary elbows or sharp restrictions.
A foot valve or check valve can help retain water in the suction pipe after shutdown. The valve should be correctly sized and installed below the minimum water level while remaining clear of mud and sediment. If the foot valve leaks, the pump may lose prime and require repeated refilling.
The pump should be installed on a firm, level foundation in a dry, ventilated location. The unit should be protected from flooding, direct weather exposure, excessive dust, and accidental impact. Adequate space should be left around the motor for ventilation and future service access.
Before the first start, fill the pump casing with clean water according to the installation instructions. Confirm that the suction line is full and that all connections are airtight. Open the appropriate discharge point or release trapped air where necessary. Start the pump and observe whether water delivery begins normally.
If the pump fails to prime, switch it off and investigate rather than allowing it to run continuously. Common causes include insufficient casing water, air leakage, a blocked foot valve, excessive suction height, incorrect rotation on applicable configurations, or an obstructed suction pipe.
Electrical installation should be completed by a qualified professional. The supply must match the pump’s rated voltage and frequency. Appropriate circuit protection, earthing, isolation, and cable sizing are required. The built-in thermal protector provides motor protection but does not eliminate the need for a correctly designed electrical circuit.
The discharge line should be selected according to the required flow and total head. Excessively narrow piping creates friction losses and may prevent the pump from reaching the desired pressure. A pressure gauge, isolation valve, and check valve may be installed where appropriate for system control and maintenance.
Routine maintenance helps preserve performance and extend service life. The pump should be inspected periodically for leakage, unusual noise, vibration, overheating, loose fasteners, damaged cables, and corrosion around external components.
Filters and foot valves should be cleaned when necessary. The suction line should be checked for air leakage, especially after maintenance or seasonal shutdown. If the pump becomes noisy or loses pressure, the cause may be a blocked inlet, worn mechanical seal, damaged impeller, bearing deterioration, air entry, or incorrect system conditions.
Before service, isolate the pump electrically and release system pressure. Do not open the pump while it is connected to power. Replacement seals, bearings, capacitors, and other components should be compatible with the specific model.
Where freezing temperatures are possible, drain the pump and exposed piping when the system is not in use. Frozen water can expand and damage the casing, seal, valves, and connected pipework.
Different pump types are designed for different conditions. The JET-S Series is not a replacement for every pump category, but it offers a strong solution for a specific combination of shallow suction, clean water, moderate flow, and self-priming requirements.
A basic centrifugal pump may offer a simpler hydraulic arrangement, but it often requires a fully flooded suction line and may be less tolerant of air. The JET-S Series offers self-priming support, making it more suitable for shallow wells and tank systems where air entry is possible.
A submersible pump is installed inside the water source and pushes water upward. It can be advantageous for deep wells because it avoids the suction limitations of surface pumps. However, a surface-mounted JET pump is easier to access for inspection and service and is more suitable where the source is shallow and the pump must remain outside the water.
Dedicated booster pumps are often used to increase pressure in an existing water network. The JET-S Series can support small pressure-boosting duties, especially when it must draw water from a tank or shallow source. For large multi-story buildings or high-demand commercial networks, a purpose-designed booster set may be more appropriate.
Some entry-level pumps use lighter construction and lower-cost materials. These products can be suitable for occasional use, but the JET-S Series offers additional durability through its cast-iron body and support, brass impeller, AISI 304 stainless shaft, copper windings, C&U bearings, and thermal protection. This material package is an important advantage for users who value repeated operation and service life.
Purchase price is only one part of pump value. A pump that starts reliably, resists corrosion, maintains stable hydraulic performance, and can be serviced efficiently may provide a lower total cost of ownership than a cheaper pump that requires frequent replacement.
The JET-S Series supports ownership value in several ways. The AISI 304 shaft helps protect the rotating assembly from rust. The brass impeller provides a durable hydraulic component. The self-priming design reduces the inconvenience of repeated manual priming. Thermal protection helps reduce the risk of motor damage in certain overload situations. The use of standard one-inch connections also makes the pump practical for common domestic and irrigation pipework.
Reliability still depends on correct installation and operation. No material or protective feature can compensate for continuous dry running, unsuitable fluid, blocked piping, excessive suction height, incorrect voltage, or inadequate ventilation. The best results are achieved when the product’s design strengths are matched with appropriate system engineering.
The JET-S Series is a self-priming surface-mounted jet pump for clean water and similar liquids. It is intended mainly for shallow well, tank-transfer, domestic supply, garden irrigation, and light commercial applications.
The maximum stated suction height is eight meters. This refers to the vertical distance from the water level to the pump under suitable conditions. Actual suction performance can be lower because of pipe friction, air leaks, water temperature, elevation, and the condition of the foot valve.
The JET-550S has a maximum flow of 45 liters per minute. The JET-750S and JET-1100S each have a maximum flow of 50 liters per minute. Actual flow depends on the operating head and the resistance of the connected piping system.
The JET-1100S provides the highest maximum head in the range, at 55 meters. It is the appropriate choice when the installation requires greater elevation or additional pressure allowance, subject to confirmation of the system duty point.
The pump is designed for clean water or liquids with similar physical and chemical properties. It should not be used for abrasive slurry, heavily contaminated water, sewage, or liquids containing large solid particles unless the manufacturer specifically approves the application.
No. The pump must be filled and primed before operation. Dry running can damage the mechanical seal, cause overheating, and reduce service life.
The AISI 304 stainless steel shaft provides improved resistance to rust and corrosion in the water-contact area. This supports longer-term reliability and helps protect the mechanical seal and rotating assembly, particularly in damp or intermittent-use environments.
The stated maximum liquid temperature is +60°C. The entire system must be suitable for the selected temperature, including pipes, valves, seals, and controls. Higher temperatures should not be used without technical confirmation.
The motor has an IP44 protection rating, which is suitable for protection against limited solid-object entry and water splashing. It is not designed for submersion or direct high-pressure water exposure. The pump should be installed in a dry, protected location.
Yes. The single-phase motor includes a built-in thermal protector. Proper electrical protection, grounding, and installation remain necessary.
Maintenance includes checking for leaks, inspecting the suction line, cleaning filters and foot valves, monitoring noise and vibration, verifying electrical connections, and protecting the pump from freezing. Service intervals depend on operating frequency, water quality, and installation conditions.
Hydraulic and electrical installation should be performed by qualified personnel. Correct pipe sizing, airtight suction connections, grounding, circuit protection, and priming are important for safe and reliable operation.
International buyers often need a combination of product consistency, technical clarity, supply capability, and export coordination. The JET-S Series provides a clearly defined model range with consistent one-inch connections, published performance values, and a common design platform.
The manufacturer’s experience in research and development, mass production, and global export supports the needs of distributors, contractors, and project purchasers. Customers can source the pump as part of a wider portfolio that includes deep well pumps, submersible pumps, booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, pipes, valves, and pump accessories.
This broad portfolio can simplify procurement for projects involving several water-handling functions. It also allows buyers to select different pump technologies according to well depth, pressure requirement, energy source, water quality, and control strategy.
For distributors, the JET-S Series can serve as a practical shallow-well and domestic water-pump product line. For contractors, its self-priming design and common connection size can simplify installation planning. For end users, its corrosion-resistant shaft, brass impeller, motor protection, and cast-iron structure provide a balanced combination of usability and durability.
The JET-S Series is a practical self-priming pump family for clean-water applications requiring dependable shallow suction, moderate flow, and useful delivery head. Its principal advantages include the AISI 304 stainless steel shaft, brass impeller, self-priming jet assembly, built-in thermal protector, C&U bearings, copper windings, Class F insulation, IP44 protection, and durable cast-iron pump body and support.
Compared with basic centrifugal pumps or low-cost shallow well pumps, the series offers a stronger feature set for regular domestic, garden, agricultural, and light commercial use. Its design addresses several common causes of pump inconvenience, including corrosion, difficult restarting, motor overheating, and sensitivity to air in the suction line.
The company behind the product adds value through independent research and development, mass-production experience, global export capability, and a broad product portfolio. Its manufacturing and procurement strengths make the JET-S Series suitable not only for individual installations but also for distributors, contractors, and international buyers seeking coordinated water-pump sourcing.
For the best results, the pump should be selected according to the actual system duty point and installed with an airtight suction line, suitable filtration, correct electrical protection, adequate ventilation, and proper initial priming. When these requirements are met, the JET-S Series provides a dependable and versatile solution for shallow well water supply and clean-water transfer.
1. Product technical data and materials information for the JET-S Series shallow well water pump.
2. Manufacturer-provided application, motor, temperature, and protection specifications.
3. General engineering principles for centrifugal and self-priming jet pump selection.
4. General guidance on pump suction design, total dynamic head, pipe friction, and system duty points.
5. General electrical safety principles for single-phase motor-driven water pumps.
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edwina@edwin-pump.com
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