60000psi 15kw High Pressure Water Jet Cutter Three Plungers Water Jetting Direct Drive Pump

• Customization: Available
• After-sales Service: Provided
• Warranty: 1 Year
• Model NO.: SDD20
• Certification: CE
• Condition: New
• Control: Automatic
• Application: Metal, Rubber, Ceramic, Glass, Stone, Plastic, Leather, Fabric
• Power Source: Electric
• Style: Gantry
• Type: Three-Axis
• Weight (Kg): 600 Kg
• Power Requirement: 15kw, 20HP, 380-415V/50Hz,3 Phrase
• Water Inlet Pressure: 0.4MPa
• Size: 1600*800*900mm
• Warranty of Core Components: 1 Year
• Function: Waterjet Cutting
• Key Selling Points: Energy Saving
• Voltage: 380/220/400VAC, 50Hz ,3 Phase
• Continuous Operating Pressure: 46000-55000psi
• Model: Wmt Sdd 20
• Pump Type: Direct Drive Pump
• Rated Power: 15kw 20HP
• Max. Water Discharge: 3.5L/Min
• Transport Package: Wooden Case
• Trademark: WAMIT
• Origin: Heilongjiang, China
• HS Code: 845650000
• Production Capacity: 300 Piece/Pieces Per Year
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 850.000kg
• Lead Time: 15 days (1 - 2 pieces) ; To be negotiated ( > 2 pieces)

Product Description

Product Description

HP servo direct drive pump

WAMIT servo direct drive pump represents a new generation of high-efficiency, energy-saving ultra-high pressure pump, which is the first large R&D in China. Servo motor driven direct drive intensifier system. Power is only 15kw, which can save you 60% to 70% cost.

Model: WMT SDD 20

Maximum pressure: 60000Psi. Gemstone aperture: 0.33mm.
Displacement: 3.0 l/min.
Inlet pressure: 0.4MPa.
Main motor power: 15KW.
Dimensions: 1680*900*1100mm
Double row water filtration system (5Micron, 1micron, series)
Intelligent start and stop function.
Over-pressure automatic shutdown and under-pressure automatic protection.

We also have the following two kinds of direct drive pump

19KW150-220MPa 211KW200-280MPa

Advantages of the WAMIT servo direct drive pump:

 

A: Energy saving: The main motor adopts a torque motor of 15KW, compared with the motor of the 37KW hydraulic high pressure intensifier system, the power consumption can be saved by 60%-70%.

 

B: Environmental protection: the use of servo direct drive, no hydraulic system, with self-cooling function. As we all know, hydraulic The hydraulic intensifier system must be filled with 110L of anti-wear hydraulic oil to work, and the heat generated by the hydraulic oil is also cooled by the oil cooler. The direct drive pump is completely free of hydraulic oil and cooling system.

 

C: High efficiency: Direct drive pump provides a higher pressure output ratio, cutting speed is 20 to 50% faster than the same equipment in the market.

 

D: Low noise: almost no noise when working.
 

E: Small weight: The total weight of the direct drive pump is less than 600kg, and the movement is flexible. The weight of the hydraulic intensifier pump is 1000kg. G: Beautiful appearance: The structure is reasonable in design and beautiful in appearance, because the direct drive pump does not have a hydraulic system, Thereby avoiding the leakage of the hydraulic oil (the hydraulic
seal will be damaged for a long time use, causing the hydraulic oil to leak), eliminates the contamination of equipment by oil stains.

 

The control principle of the Volmet servo direct drive supercharger:

 

The direct drive supercharger is a device that directly converts electric energy into water pressure energy by the crankshaft
linkage mechanism, and the energy conversion ratio is as high as 97% or more. Since the power conversion ratio of the conventional asynchronous motor is 80%, the permanent magnet servo motor The power conversion ratio is more than 97%, so the servo permanent magnet motor is used instead of the asynchronous motor to greatly improve the power usage of the supercharger, and the conversion
rate is maintained above 90%, while the energy conversion rate of the conventional hydraulic booster is only 56%. ,( 56% conversion rate is only in the state of full work). In the traditional hydraulic system, the asynchronous motor still
keeps turning when the waterjet is not cut (such as the movement of the cutter head, changing the cutting material, etc.), and the oil pump is still in working state. Although the pressure of the oil pump is not high at this time, 30% of the power is still
present. Loss, even with the servo-power oil pump, the asynchronous motor still has to maintain its own rotation and power
magnetic field, still has 30% loss.
This supercharger can completely eliminate this phenomenon. The supercharger adopts the full servo working principle. Only when the cutting head has high pressure water output, the motor works, avoiding the energy consumption of the original hydraulic booster pump in the non-cut state, and achieving the energy saving effect.

 

Comparison of WAMIT servo direct drive pump and Waterjet intensifier pump:

The working principle of the hydraulic booster pump is that the asynchronous motor drives the plunger pump to generate oil pressure, and the hydraulic system converts the oil pressure into water pressure. The normal hydraulic pressure and water pressure
pressure ratio is 1:20. Take the mainstream hydraulic booster pump (60000Psi) and the Volmet servo direct drive pump (60000Psi) as an example.
1, the choice of motor
The hydraulic booster pump uses a 37KW asynchronous motor. The power conversion ratio of the asynchronous motor is about 80%~85%.
The Volmet servo direct drive pump uses a 15KW permanent magnet motor. The power conversion ratio of the permanent magnet motor is 97%. Therefore, the power saving of only one motor is: 60% or more
2, the way of pressure conversion
(1) The hydraulic booster pump is an asynchronous motor that drives the plunger pump to generate oil pressure. The hydraulic system converts the oil pressure into water pressure, and the direct drive pump is a process in which the motor drives the
crankshaft connecting rod to directly generate water pressure. It will cause energy loss, about 35%, so the direct drive pump is about 35% more energy efficient than the hydraulic booster pump.
(2) The hydraulic booster pump pressurizes the oil through the reversing valve and then converts it into water pressure. The reversing valve will reduce the pressure at the moment of commutation, causing fluctuations in water pressure. For example, to set a pressure of 50,000 Psi, the minimum pressure after the fluctuation can reach 43,000 Psi, and the average pressure is about 45,000 Psi. The Volmet servo direct drive pump can maintain a constant pressure, setting 50000Psi, the output water pressure is 50000Psi, so the cutting efficiency will be greatly improved,( 57323524, 57072907,50000-45000) / 45000 = 11%, cutting efficiency will increase by 10% -20%.
3, control mode
(1), hydraulic booster pump is generally started by direct start or star triangle, although it can reduce some starting current,
but the impact on the power grid and power consumption is still very large. The Volmet server direct-drive pump uses a fully intelligent soft start, starting current to several amps, completely avoiding the impact on the grid and reducing power
consumption.
(2) After the hydraulic booster pump is started, whether the high-pressure water has output or no output, the motor will run at a constant speed, and the power is always consumed. The Volmet servo direct drive pump uses a fully intelligent frequency converter
to control the operation of the servo motor. The motor will start to work only when there is output from high pressure water. When the high pressure water has no output, the motor will stop running. This will reduce the consumption of electricity and play a role in energy conservation.
4. Example: Take the processing of tile mosaic as an example (set the working pressure to 50000Psi): work 12 hours a day, the actual cutting time (high pressure water output time) is about 5 hours, 37KW asynchronous motor is rated on the hydraulic booster pump The average power consumption is 20 degrees / hour, 20X12 = 240 degrees / day, calculated according to 300 days of work,
240X300 = 68000 degrees, Womart servo direct drive average of 5 degrees / hour, 5x12 = 60 degrees / day, 60x300 =18000 degrees.
Therefore, the Volmet direct drive pump can save customers about 50,000 degrees per year.
For users, the longer they work each day, the more power they save.

Comparison of the WAMIT servo direct drive pump and the FLOW direct drive pump:
Although the FLOW type direct drive pump also uses the crankshaft linkage mechanism to eliminate the loss of the hydraulic energy of the original booster pump, the Volmet servo direct drive pump has a significant advantage over the FLOW direct drive pump.
1, the choice of motor.
The FLOW direct drive pump uses a 22KW asynchronous motor. The power conversion ratio of the asynchronous motor is 80%. The Volmet servo drive pump uses a 15KW permanent magnet motor. The power conversion ratio of the permanent magnet motor is 97%. Therefore, the energy saving of only one motor is: 30% or more
2. Motor starting mode.
The FLOW direct-drive pump adopts the star-delta step-down start. Although it can reduce some starting currents, it still has a large impact on the grid and power consumption. The Volmet server direct drive pump uses a fully intelligent soft start, and the starting current is reduced to several amps, completely avoiding the impact on the grid and reducing power consumption.
3, pressure control mode
The pressure control of the FLOW direct drive pump uses the form of overflowing excess high pressure water to control the pressure and work at a constant speed. If no overflow is used, its pressure will reach 60,000 Psi, the vast majority in reality. In order
to make the equipment work stably (and also to save the cost of wearing parts), the pressure is mostly used at around 46,000 Psi,
so there will be (60000-46000)/60000=23.3% energy loss.

This high temperature overflow phenomenon has many drawbacks:
1. The poppet valve is a relief valve with pneumatic pressure control. The structure is complex and it is prone to jam or unable to control the set pressure to close. In the event of a jam, the system pressure of the direct drive pump will rise sharply,
reaching the pressure to destroy the normal working high pressure fittings, and the loss is huge. If you can't turn it off, you
can't put pressure on the system.
2. The use of the poppet valve system is demanding on the water quality of high-pressure water. If the water quality is not up to standard, the high-temperature water will cause serious scaling and cause a series of failures.
The pressure control of the Volmet servo direct drive pump uses full closed loop servo intelligent pressure control. How much
pressure is required to cut the cutter head, and how much power the servo motor outputs. This not only saves energy but also
avoids the drawbacks of the poppet valve.
4, the service life of high-voltage components
It is well known that a high-pressure component is a component that is resistant to fatigue, that is to say, in the case of the
same quality, the service life of the high-voltage component depends on the number of super-high pressure exchanges inside the
component.
For example, in the case of the same nozzle and the same pressure, the FLOW type direct drive pump has an alternating number of
times per minute of 1500/2=750, and the Volmet servo direct drive pump has an alternating number of times of 580 times (750-580).
/750=22.7%
Therefore, the life of the high-voltage components and related components of the Volmet servo drive can be increased by 22.7%.

Specification

item	value
Place of Origin	China
	Heilongjiang
Condition	New
Repeatability (X/Y/Z) (mm)	±0.005
Table Travel (X) (mm)	3000
Table Travel (Y) (mm)	2000
Table Travel (Z) (mm)	200
Number of Axes	3
Video outgoing-inspection	Provided
Machinery Test Report	Provided
Marketing Type	new product
Warranty of core components	1 Year
Cutting Accuracy(mm)	0.1
Core Components	Motor, Pump
Brand Name	WAMIT
Voltage	380/220/400VAC, 50Hz ,3 phase
Rated Power	15KW 20HP
Dimension(L*W*H)	1600*800*900mm
Year	NEWEST
Warranty	1 Year
Weight (KG)	800KG
Applicable Industries	Machinery Repair Shops, Manufacturing Plant, Construction works , Energy & Mining, Advertising Company
Key Selling Points	Multifunctional
Showroom Location	None
water inlet pressure	0.4MPA
Max. water discharge	3.5L/min
Max. diameter of orifice	0.33MM
Continuous operating pressure	46000-55000psi
Max. operating pressure	420MPa(60000 psi)
Power requirement	15KW, 20HP, 380-415V/50HZ,3 phrase
Size	1600*800*900mm
Function	waterjet cutting
Pump type	direct drive pump
Model	WMT SDD 20

Packing & Delivery

WOODEN CASE

Company Profile

 

Established in 2014, Harbin Meishu Trading Co., Ltd is a professional trader of waterjet machines and hardware tools. products include 1. water jet cutting machine 2. water pump 3. high pressure cleaner 4. hardware tools As a branch of SHANDONG WAMI CNC TECHNOLOGY CO.LTD, our WAMIT waterjet cutters have been exported to more than 20 countries, and other water jetting products are also welcomed worldwide. we have a strong ability to provide you with timely order supply, to ensure the quality and timely deliver.

FAQ

1. Are you manufacturer or trading company?

We are manufacturer of water jet cutting machine in JINAN city, Shandong, China.

 

2.What kind of material does your water jet cutting machine can cut?

There are plenty materials our water jet cutting machine can cut, such as stone, ceramic, quartz, glass, foam, plastic, rubber, copper, brass, aluminum, mild steel, pre-hardened steel, titanium, inconel and cast alloy.

 

3. What's your CNC water jet cutting machine's max. cutting thickness?

Generally speaking, if cut steel the max thickness of our water jet cutting machine can be up to 240mm, but we suggest cut no more than 150mm for smooth cutting. Now our Z axis distance is 170mm, we can customize for customers. Regular thickness please refer to: Marble is 0-120mm; granite is 0-110mm; tiles are 0-40mm; glass and mosaic is 0-80mm; steel, stainless steel, copper is 0-60mm; aluminum is 0-80mm; plastic, acrylic, foam is 0-200mm.

 

4. How we supply after-service?

Some countries we have after-service department, we will provide local service, if have no local service, we will arrange engineer for overseas installation and training. The installation and training time is generally 7-10 days. And we also can provide installation videos.

 

5. What's your delivery time?

Generally speaking is 30 days. if have stock, 7-15 days.