CML also offers integrated services for hydraulic parts and control assemblies tailored to different application conditions. With professional custom modular design, it significantly saves installation space and time; paired with servo motors, it quickly establishes pressure at low speeds, achieving optimal energy savings, and provides customized hydraulic system solutions for customers.

Feature

• Low Pulsation: Prevent vibration of cutting tools.
• High Pressure: Operating pressure up to 100 bar.
• High Tolerance & Versatility:
• Featuring a non-contact design, MPD is engineered to handle highly contaminated liquids and impurities with particle sizes up to 500 microns and viscosities up to 160 cSt.The pump casing can be customized to ensure compatibility with various hydraulic media.
• Extended Service Life:
• With a built-in patented circulation pump, which minimizes the impact of oil temperature on the pump. Special design, it can prevent the pump from the damage of operation without liquid.
• High Energy Efficiency:
• Paired with a servo motor, the unit can build pressure at 300 RPM, reducing overall energy consumption.
• Environmental friendly:
• Compatible with pure water systems to reduce coolant usage.
• Space-saving and Easier ForInstallation:
• A direct-connect lightweight combination that can be installed directly in the machine tank.No additional piping or separate tanks required.
• Low Noise:
• Noise levels below 80 db during operation, providing a comfortable working environment.

Application

• Suitable for Coolant Through Spindle (CTS), also known as Through-Spindle Coolant(TSC), it can stably maintain high-pressure output at low flow and speed while controlling oil temperature, reducing flow pulsation, minimizing noise, effectively removing cutting heat and iron shavings, and improving processing quality.
• Ideal for aluminum alloy processing, it is crucial to use pure water or low-concentration water-based cutting fluids for cooling, in addition to stable high-pressure output, corrosion-resistant materials, energy savings, and low-noise operation.

Hydraulic plungerpump

The piston action amplifies the motor's power to drive the rear diaphragm pump, enabling efficient fluid transport with minimal effort.

Build-in circulation pump(Option)

In this section, there is a build-in circulating pump, it will transfer hot oil out and cooling them through radiator and then return to pump housing. This design extends pump life by maintaining a low operating temperature.

Diaphragm pump

By pressurizing the fluid through the diaphragm and control valves, it is transmitted to the circuits of system. During the rapid opening and closing of the valves, the liquid is drawn in and discharged into the pump's circulation. The structural design of diaphragm pumps avoids friction and effectively reduces heat generation, making them the optimal choice for Coolant Through System(CTS).

Data

Technical Data

Model		Displacement (c.c. /rev.)	Theoretical Flow(L/min) 1200 rpm	Maximum Pressure (bar)	Weight (kg)
MPD-5M-*-F-A	32	31.6	38.0	70	42
	39	38.8	46.5

Model		Displacement (c.c. /rev.)	Theoretical Flow(L/min) 1200 rpm	Maximum Pressure (bar)	Weight (kg)
MPD-5M2-*-F-A	26	25.8	31.0	100	42
	31	30.8	37.0

Test Conditions:
1. Test Temperature: Oil temperature 40°C, Water temperature 22°C
2. Test Liquid: Pure water.
3. Suction Inlet Pressure: Positive pressure, 30cm Vertical Head.
*Remark: Flow rate may decrease when operating under negative suction pressure.

DWG

Dimension

MPD-5M, MPD-5M2

MPD-5M, MPD-5M2 (Foot)

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CML MPD series-5M, 5M2-EN( High-Pressure Five-Diaphragm Pump )

MPD series-5M, 5M2-EN(High-Pressure Five-Diaphragm Pump), model code, technical data, specification, performance curve

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