Magnetic Coolant Separators Magnetic Separator for Grinding Machine

• Customization: Available
• Type: Separating Plant
• Object: Oil and Water
• Separation Mode: Filter Type
• Operating Type: Continuous Type
• Installation: Horizontal
• Pressure: Medium Pressure
• Condition: New
• Core Components: Motor
• Machine Type: Grinding Machine Type
• Feature: Low Noise
• Key Selling Points: High Productivity
• Transport Package: Export Packing
• Specification: Customized
• Trademark: GME
• HS Code: 850519009

Product Description

Products Description
The magnetic coolant separators are designed to clean the cooling liquids from filings, chips, and other metallic impurities arising in the cutting process.
Coolant magnetic separators are designed for work primarily on grinding machines, other machine tools, and devices with water-based coolants, or straight-cutting oils, to extend the life cycle of machine tools and the cooling fluids. Magnetic Separator for grinding provides increased productivity with less downtime for machine coolant replacement. Magnetic coolant separator is the best solution to perform the machining accurately due to the quality of the surface and the accuracy of the final dimensions.

Working principle
Coolant with iron particles flows by gravity from the grinding machine into the inlet of the separator. The coolant with iron impurities comes into contact with the magnetic drum and separates all iron particles. The continuously purified coolant safeguards the product's surface finish, reduces grinding wheel wear, and extends the service life of the coolant.

Model	Flow (L/min)	Voltage(V)	Power(W)	Water Intake	Outlet	A	B	C	D	E	F
CF-180Q	25	380	40	47	40*100	269	140	205	336	190	235
CF-300Q	50	380	60	47	40*100	340	140	205	470	310	355
CF-500Q	100	380	90	89	40*200	387	140	325	670	510	555

Benefits
Cleaner coolant with a longer service life
Lengthened tool life
Machine accuracy maintained
Reduced machine downtime
Lower cost per workpiece
Low initial cost
Virtually no maintenance cost
No indexing is required to obtain maximum filtration of non-magnetic particles in the coolant
Increased production
Uniform part finish
Reduced pump and machine wear
No wear or baffle adjustment is required due to flow variations