• Model Number: JCB-50
• Brand Name: kenshine-pump
• Place of Origin: Shanghai, China
• Minimum Order Quantity: 1
• Supply Capacity: 600sets per month/month
• Payment: T/T in advance
• MemberShip: Free Member
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JCB-50 AB,DB,JCB coolant electric pump with submerged impeller for machine tool Description

Machine Tool Cooling Pump

This series of electric pumps is a new type of electric pump that combines a closed self cooling three-phase asynchronous motor and a single-stage centrifugal pump. It is divided into AB, AOB, AYB, DB, YSB, JCB series. It has the characteristics of low energy consumption, high efficiency, small size, light weight, low noise, large flow rate, high head, high protection level, smooth operation, and safety and reliability. Widely used for conveying circulating coolant in machine tools, machinery, or other equipment (coolant is mostly soap water, soda water, emulsion, light mineral oil, and other non corrosive liquids).

Main characteristics of machine tool cooling pump

The electric pump is made of aluminum alloy as a whole, which is lightweight and durable.

2. Choose fully enclosed special bearings, high-quality lubricating grease, and smooth operation.

3. The impeller is equipped with a new type of rubber sealing ring, which adopts a special design to effectively prevent liquid from flowing into the interior of the motor.

4. Electric pumps can transport liquids with a certain viscosity, such as oil. Purpose: Mainly used for wetting systems, fuel delivery, and lubrication supply. Suitable for 70 ℃, and also applicable to all mechanical equipment for lubricating thin oil, dry oil centralized lubrication and oil supply devices, oil distribution valves, connecting pipe fittings, and machine tools that transport advanced circulating coolant.

Machine tool water pump cooling pump

5. The coolant pump first filters the coolant in the filter to remove impurities from the coolant, and then pressurizes the coolant to deliver it to the tool with internal cooling function. The chips generated by the cutting tool will also return to the water tank with the coolant, which is the entire circulation process of the coolant.

The ideal coolant is one that does not contain any solid impurities, but in practical use, the coolant will inevitably mix with chips, especially in the processing of cast iron and plastic parts with powder chips. Finally, impurities in the coolant will act on the cutting area through the cooling holes of the tool, so the impurities will also be repeatedly processed. The larger the volume of impurities, the more impurities the coolant repeatedly cuts throughout the entire cycle, and the wear of the tool and the machining effect of the workpiece will be more obvious, which is closely related to the filtering function of the filter