Automatic Lubrication System Package for 1500W DIY Fiber Laser Core Kit

1500W DIY Core Kit subsystem Automatic Lubrication System Package for 1500W DIY Fiber Laser Core Kit 11-Point Thin Oil Lubrication with Felt Gears and Hydraulic Shock Absorbers This complete lubrication package is designed as the lubrication-system group for the Sky Fire 1500W DIY Core Kit for fiber laser cutting machines. It combines centralized thin-oil delivery, felt-gear lubrication, and hydraulic impact absorption in one coordinated component package. At the center of the kit is the MY2262-210X dual digital display electric thin oil lubrication pump. The system is configured for 11-point lubrication and includes an oil manifold, progressive divider, metering elements, copper rods, copper cores, and matching fittings for the confirmed Core Kit layout. The supplied M2 left-hand felt gears distribute lubricant across mating gears and moving surfaces. Four AC2020-2 hydraulic shock absorbers provide controlled deceleration to help reduce impact, vibration, and mechanical wear at the end of travel. Package Includes 1 x MY2262-210X dual digital display electric thin oil lubrication pump 1 x 11-point lubrication distribution assembly Oil manifold and progressive divider Metering elements, copper rods, copper cores, and matching fittings 4 x M2 left-hand felt gears, 22 teeth 4 x AC2020-2 hydraulic shock absorbers Key Benefits Complete coordinated kit for centralized thin-oil lubrication applications 11-point distribution setup for supplying multiple lubrication locations Dual digital display for convenient operating-status monitoring Special alloy-steel gear pump designed for stable pressure and low-noise operation Automatic pressure-release design supports intermittent lubrication cycles Felt gears help transfer lubricant gradually to gear teeth and moving surfaces Hydraulic shock absorbers help reduce end-of-travel impact and vibration MY2262-210X Pump Specifications Specification Value Model MY2262-210X Voltage 220 V Rated speed 2700 rpm / 50 Hz Motor output 130 W Current 0.35 A Rated pressure 1.8 MPa Maximum pressure 3.5 MPa Reservoir capacity 2 L Discharge capacity 150 cc/min Recommended oil viscosity ISO VG 32-68 Pump weight Approximately 3.31 kg Felt Gear Specifications Specification Value Material/type Felt lubrication gear Module M2 Direction Left-hand Number of teeth 22 Quantity 4 pieces AC2020-2 Shock Absorber Specifications Specification Value Model AC2020-2 Series ACA/ACJ hydraulic shock absorber Stroke 20 mm Maximum absorbing energy 60 N·m Maximum hourly absorbing energy 50,000 N·m/h Maximum effective mass 960 kg Maximum impact speed 4 m/s Speed configuration Low-speed / heavy-load type Quantity 4 pieces Before Ordering Confirm the machine voltage, installation dimensions, lubrication-point arrangement, tubing interfaces, felt-gear rotation direction, and shock-absorber mounting requirements before ordering. For a new 1500W DIY Core Kit order, the final models, quantities, interfaces, and delivery scope must follow the confirmed engineering BOM. Compatibility with other machines or independently sourced components is not guaranteed. FAQ Is this the complete 1500W DIY Core Kit? No. This listing covers the lubrication-system component package used with the 1500W DIY Core Kit. It contains one MY2262-210X pump with an 11-point lubrication assembly, four M2 left-hand 22-tooth felt gears, and four AC2020-2 hydraulic shock absorbers. The laser source, cutting head, controller, servo system, water chiller, and other Core Kit hardware are not included in this listing. What power supply does the pump require? The supplied MY2262-210X pump is rated for a 220 V, 50 Hz power supply. What oil should be used? The specified viscosity range is ISO VG 32-68. Select the final lubricant according to the machine manufacturer's requirements and the operating environment. How can I confirm compatibility? Compare the machine voltage, mounting dimensions, interfaces, lubrication layout, gear direction, and shock-absorber requirements before purchase. Contact us with machine photos and existing component labels if any details are uncertain.