This machine is more suitable for industrial power areas in factory grounds and around equipment, where electric operation facilitates centralized rinsing at fixed points, and the arrangement of water supply and drainage is designed to remove loose dirt.
For industrial power areas, the electric operation is convenient for centralized scheduling at ground washing points; at the same time, attention should be paid to water consumption, continuous water supply, and the collection of residual contaminants.
25 MPa pressure, 21 L/min flow; balancing scrubbing and residual discharge.
Check motor, pump, inlet and outlet water connections, and hose gun separately; accessories are configured according to the delivery list of this model.
View the model's appearance and operation; discuss configuration against actual site conditions.
Provide cleaning tasks, site conditions and frequency to confirm suitable configuration.
Enquire about this modelSelect a similar task, then check the material, dirt, power, and water supply conditions together.
First check the waste material and sewage discharge capacity, then verify the equipment configuration.
View selection criteria →02First check the access routes and hose layout, then verify the equipment configuration.
View selection criteria →03First check the material and sensitive components, then verify the equipment configuration.
View selection criteria →04First check the water source, then verify the equipment configuration.
View selection criteria →
For concentrated factory-floor, loading-area and wide-road washing; confirm supply, wastewater and power.
Suitable for cleaning surfaces of engineering vehicles, forklifts, and industrial equipment, confirmed based on material type, nozzle distance, and dirt thickness.
For commercial exteriors, parking and shared hard surfaces; confirm supply, drainage and zones before continuous work.
Sand, dirty water and loose residues require sustained transport flow.
During concentrated large-area cleaning, inadequate equipment/hose organisation can leave operators waiting.
An available custom explosion-proof version does not make the standard machine explosion-proof.
The following is a selection reference, which does not replace original technical data, on-site verification, and trial washing.
Focus on verifying waste and waste discharge capacity.
Focus on the passage and hose route.
Focus on verifying materials and sensitive parts.
Focus on checking the operational water source.
| Field or task | Configuration that requires attention | J-2521D Selection Judgment |
|---|---|---|
| Factory floors | Waste and discharge capacity; pressure, flow, and tool compatibility | Test the cleaning with materials, dirt, and site conditions, and do not rely on the maximum pressure promise for cleaning effectiveness. |
| Logistics platform | Passage and hose route; pressure, flow rate, and working attachment matching. | Test the cleaning with materials, dirt, and site conditions, and do not rely on the maximum pressure promise for cleaning effectiveness. |
| Equipment surroundings | Material and sensitive parts; pressure, flow, and working attachment matching. | Test the cleaning with materials, dirt, and site conditions, and do not rely on the maximum pressure promise for cleaning effectiveness. |
| Vehicle cleaning point | Job water source; pressure, flow rate, and nozzle matching. | Test the cleaning with materials, dirt, and site conditions, and do not rely on the maximum pressure promise for cleaning effectiveness. |
The long pressure lance is standard. Surface cleaners, multi-nozzle flushing and rotary nozzles are optional, subject to project and order.
The long pressure lance targets surface cleaning.
Match nozzles to material, soil and distance to help reduce repeated manual cleaning.
Select accessories for the hard-floor task.
Plan for material, water and drainage; confirm the project configuration and order.
Select accessories for coverage and soil conditions.
No nozzle count or simultaneous multi-lance capability is assumed. Discuss special configurations by project.
Review day-to-day configuration first. Expand the full specifications for more detail.
| Key operating figures | |||
|---|---|---|---|
| Maximum pressure | 300bar（30MPa） | Normal pressure | 250bar（25MPa） |
| Flow | 21L/min | Pump configuration | Italian AR industrial precision ceramic plunger pump |
| Rotation speed | 1440r/min | High-pressure hose | 15m |
| Maximum inlet water temperature | 60℃ | ||
| Drive and electrical system | |||
| Power source | 9.2 kW copper-wound motor / 380 V 50 Hz | ||
| Machine configuration | |||
| Overall weight | 132kg | Machine dimensions | 1050×770×840mm |
A high-pressure washer cannot be judged solely by the pressure number. It is necessary to confirm the cleaning object, type of dirt, material, flow rate, power source, water supply, hose length, and daily continuous operating time simultaneously.
A closer fit for washing tasks needing water to carry sand and residues away.
Supply volume, wastewater, power, explosion-proof requirements, area, continuous run time and any simultaneous-operator requirement.
First check your power and water supply conditions, then compare the working pressure, flow rate, and attachments to determine which model is more suitable.
| Corresponding projects |  J-2515D → |  J-2521D →Current Model |  J-3515D → |
|---|---|---|---|
| Pressure diameter | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. |
| Flow rate record | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. |
| Power Records | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. | Confirm the configuration of this machine separately during selection. |
The pressure and flow rate need to be compared separately; a higher flow rate does not mean that all contaminants are easier to remove. When selecting the model, consider the specific configuration and operating conditions together with the data provided for each machine type.
First, understand the configuration and operational division by examining the overall appearance of the machine; the position and configuration of internal components can be further understood in conjunction with the machine's documentation.
Combine the complete appearance of the entire machine to check the equipment movement route and operational position.
Check the on-site power supply conditions and delivery protection configuration for the electric solution.
Check the pump type and operating conditions against the model nameplate and manual.
Check the water source, connections, and continuous water supply conditions before work.
Check the delivery hose length, fittings, and pipeline pressure rating separately.
Combine the cleaning material and task to confirm the applicable working attachment configuration.
This is a function flow description and is not intended as the internal water circuit cross-section or component location diagram.
First, check the water source, inlet conditions, and sustainable water supply.
The motor drives the pump operation, and the operating conditions should be checked against the specifications of this machine.
Organized by matching piping and working attachment for flushing, no assumption of valve setting.
Arrange the work method according to the material, isolate splashing and collect the wastewater.
Do not take the maximum value as the continuous operating value, and do not take the theoretical hydraulic power as the rated power.
Working pressure, maximum pressure, and adjustable range are different for different diameters; they should be verified separately based on the original settings of this model and actual operating conditions.
Check the power supply and protection according to the voltage, power, and random instructions; the presence of power does not mean that any line is applicable.
Continuous water supply, pipeline pressure resistance, and nozzle need to be matched; do not derive multi-gun capability or fixed area efficiency based on the entire machine's flow rate.
Through the overall view of the machine, understand the structure of the J-2521D host, the spray gun, the high-pressure hose, and the water inlet connection, which facilitates communication of the configuration with your tasks.
Inspect the drive, pump, gauge and pressure-lance arrangement; configuration follows current sales documentation.
Before purchase, check inlet/outlet, hose length, supply conditions and site drainage.
When there are no actual data on human resources, energy, and maintenance, the energy saving ratio is not publicized.
Record the entire machine, the hose attachment, the on-site water supply, and the power supply configuration.
Record the actual labor hours, water, and electricity costs, taking into account the collection and discharge of waste.
Record piping, nozzle, sealing, and power maintenance according to this model's instructions, without estimating uniformly
When comparing, use the same task, usage duration, and cost range; separate the equipment investment from daily expenses.
Before maintenance, check the user manual for this machine to confirm the type of oil, maintenance schedule, and operating procedures; if there are any unclear points, bring the model number and usage conditions to consult after-sales service.
Check the water intake requirements and visible connections according to the instructions, and record any leaks, loosening, or abnormalities.
Check the hose, fittings, and spray nozzle condition, without using web images for reconnection.
Verify the power supply and protection according to the instructions, record the operation time and abnormalities, and contact after-sales service.
Confirm against the project configuration and order. Flushing-nozzle count needs separate checking and does not establish simultaneous multi-lance capability.
The standard high-pressure hose is 10 meters. The original pipe length record of 15 meters is still retained; the actual delivered length and applicable range should be checked according to the project configuration and order separately.
Delivery, use, and maintenance can be communicated in advance; service scope, schedule, and costs are confirmed based on the actual project and agreement.
Verify the model, configuration, random documents, and appearance according to the order.
As per the delivery equipment instructions, introduce the operation, shutdown, and precautions.
Verify the usage method based on the task, water and electricity conditions, and on-site conditions.
Verify applicable accessories based on model, version, and original component specifications
After fault communication, service is arranged according to the actual service scope and agreement.
Schedule maintenance based on usage conditions and service agreements.
Make judgment based on the tasks, configuration, and usage conditions of this model.
This is the current page flow record for this model. On-site, it is necessary to synchronize and verify the continuous water supply, working attachment, and drainage conditions; it cannot be directly converted into the cleaning area per hour.
First compare their flow rate, water supply, and task requirements; sludge and sand discharge versus attached dirt are different tasks, and cannot be decided solely by one number.
Record the vehicle's time period, travel route, waste and drainage directions, to avoid interference between the high-pressure hose and vehicle and pedestrian traffic.
You cannot calculate the number of nozzles based on the total flow rate of the entire machine. Multiple working attachments require separate pumps, nozzles, piping, and split conditions.
Cleaning object, surface material, dirt, no-water areas, working distance, water supply and drainage conditions. For electric solutions, check the on-site power supply.
Verify each item on the order and delivery list. The long brush, angle nozzle, and base hose are separate from the additional hose length, rotating head, and floor scrubber, and are not determined by the image.
Retain the J-2521D name plate, configuration sheet, and random instructions. Check power supply and protection, inlet water, piping, and spray gun. Oils, cycles, and disassembly are according to the machine's instructions. The website does not provide its own cycle.
Follow the random instructions of J-2521D for shutdown processing, record the water source, fittings, pipelines, and abnormal phenomena, then contact after-sales. Do not disassemble the pipe under pressure, and do not modify the pressure regulating or protection components according to the web image.
Tell us the cleaning object, the dirt, and the water supply conditions, and together see how the J-2521D is configured.
Phone consultation: 0755-25621811
Provide the cleaning object, soil, material, power/fuel, water, pressure-hose length and daily working time to assess this model.
