One,Product Overview:
AMTS Series High-Pressure Machine Tool Cooling PumpsA three-screw pump structure design for machine tool applications, used to transport coolant, lubricating oil, and cutting oil. The pump is designed to be installed in the oil tank section, with the pump immersed in the pumped liquid. The Aiken A3MT-F series high-pressure machine tool cooling pumps come in various screw diameter sizes and pitches to provide the required flow rate, pressure, and length. The pump consists of two main components: the motor and the pump unit. The motor is a standard Aiken screw pump motor that complies with EN standards. The pump unit is composed of an optimized hydraulic system, various types of connections, motor base, and various other components.
Typical Model Representation MeaningInterpretation:
AMTS 20-40 R38 DQ
AMTS 20-50 R38 DQ
AMTS 20-80 R38 DQ
AMTS 20-100 R38 DQ
AMTS 20-30 R46 DQ
AMTS 20-40 R46 DQ
AMTS 20-60 R46 DQ
AMTS 20-80 R46 DQ
AMTS 20-100 R46 DQ
AMTS 20-30 R56 DQ
AMTS 20-40 R56 DQ
AMTS 20-70 R56 DQ
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Here is the part with model listings; for more information, please contact AKP.
ThreeProduct Application and Features:
The Aiken screw pump has successfully served as a配套 for numerous domestic CNC machine tool manufacturers, transporting high-pressure fluids (oils, emulsions, dilute solutions) from 0-160bar. It is especially used for internal cooling and lubrication of cutting tools in drilling, milling, boring, turning, etc., as well as for cooling, lubrication, and chip conveyance of workpieces. It ensures the smooth operation of cooling, lubrication, chip breaking, and chip ejection during the precision processing of parts, thereby guaranteeing high-quality, high-efficiency, and high-performance automation and intelligent manufacturing. AKP offers innovative technology, long service life, and high-wear-resistant high-pressure machine tool cooling pumps.
Four, MainApplication Fields:
AMTS High-Pressure Machine Tool Cooling PumpAn essential component of modern CNC machining centers and metal processing centers, including horizontal machining centers, vertical machining centers, gantry drilling and milling machines, CNC turning and milling centers, spindle center coolant systems, gear grinding machines, crankshaft grinding machines, chip conveyors, conveyance lines, and deep-hole boring machines.
1. CNC Machining Center / Filtration System
2. Intelligent automated production lines and flexible manufacturing systems
3. Automotive Parts Manufacturing
4. Cooling and Temperature Control
5. High-temperature and high-pressure testing for aerospace industry actuator valves
6. Fracturing Gel Shear Test for Exploration
7. Centrifugal pump feeding cylinder drive
8. Air Conditioning Cooling Cycle Technology
9. Laser Cooling Cycle System
10. Beverage Cooling, Conveying, and Filling Line
11. Cleaning and Degreasing Systems
12. Gear Shaping Machine Crankshaft Grinding Machine Precision Grinding Machine
13. Medical Equipment
14. Optical 5G-3C
15. Machining technologies for mechanical surfaces and deep-hole drilling and milling
V.Advantages and Features:
1. The addition of axial and radial bearings on the drive spindle enhances smooth operation and rigidity, thereby reducing operating noise.
2. Radial positioning seals with thrust compensation for high-pressure oil feeding, absorbing high-pressure impact loads to minimize impacts and friction, thereby maximizing wear reduction.
3. Special hardened ceramic liners and cast iron pump housing for superior wear resistance, ensuring maximum service life.
4. The actively hardened screw is driven by the hydraulic pressure to power the driven screw, thus forming a good liquid film protection. This ensures the screw pump adheres to the design principles, resulting in increased wear resistance and extended lifespan.
5. Utilize maze sealing to reduce the internal operating pressure of the mechanical seal cavity.
6. After sealing on the sliding or radial shaft, install a secondary seal to protect the ball bearing, preventing bearing misalignment and seal failure.
7. Pump inlet immersed below the water tank, outlet installed at the tank section for easy inspection and maintenance, as well as dry/horizontal
