Product series LP2 and LPC Lubrication pinions to lubricate open gear wheels and gear racks

SKF lubrication pinions provide contact lubrication of pinion gears on open gear wheels and gear racks. A lubrication pinion also lubricates the tooth lanks of open gears, such as large slewing bearings or pitch bearings. The rolling motion of this device continuously applies 100% lubricant ilm coverage to the tooth lank, thus reducing wear and simultaneously providing corrosion protection to the gear drive. Connectable to an automatic lubrication system, like pump-topoint, multi-line or progressive, the pinion provides the tooth lanks with the appropriate amount of lubricant. SKF offers a complete...

Modular design The LP2 features a modular system that consists of segments with and without lubricant outlets with a maximum of four segments used per pinion. The different segment widths enable use on module widths from 80 to 240 mm. The LP2 is suitable for modules 12, 14, 16, 18, 20, 22 and 24. The segment layout also enables optimum lubrication in applications where the drive pinion is in a tangential deviation. Lubrication where needed The LP2 features a modular system 1 Pinion with minimum two segments, both with lubricant outlet 2 Pinion with one additional segment without lubricant outlet...

Technical data and spare parts LP2 Technical data Spare parts Material Admissible material pairing of LP2 and the component to be lubricated Number of teeth Modules Lubricants Max. admissible volume low Lubricant inlet connection Operating temperature Rotating direction Mounting position Max. speed Corrosion class Part number Push-in connector 90° 6 Push-in connector 90° 6 Screw-in connector Screw-in connector Screw-in connector Screw-in connector Adapter Adapter Adapter Adapter Deviation of the alignment of the axis ± 1 ° of the lubrication pinion and the component to be lubricated Maximum eccentricity...

Order code Lubrication Pinion 2 Corrosion class 3 = C3-H 1); 5 = C5-M-H 2) Module size 2 = Module 12 (for pinion width 08 to 14) 3 = Module 14 (for pinion width 08 to 14) 4 = Module 16 (for pinion width 10 to 16) 5 = Module 18 (for pinion width 10 to 16) 6 = Module 20 (for pinion width 12 to 20) Inlet screwing on bracket 8 = Module 24 (for pinion width 14 to 24) Inlet screwing opposite bracket 7 = Module 22 (for pinion width 14 to 22) A = Push-in connector ∅6 mm B = Push-in connector 90° ∅6 mm C = Screw-in connector ∅6 mm D = Screw-in connector ∅8 mm E = Screw-in connector ∅10 mm F = Adapter...

LPC Customized lubrication pinions for non-standard applications LPC with lange bracket The LPC is the customized SKF solution for every need within the metric system that cannot be solved by the standard program. These lubrication pinions are made of metal gear wheels and foam rubber layers. The foam rubber layers ensure that the lubricant is evenly distributed across the entire width of the tooth. The metal gear wheels are resistant to wear and all lubricants and environmental inluences. For any requests, please contact your local sales partner. LPC with U-version bracket Beneits: With this...

How to ind the right module size and to check the maximum speed Lubrication pinion Wheel to be lubricated Module Number of teeth Pitch diameter Width to be lubricated Max. rotational speed Standard unit Calculation of the right module size: The module size of the gear wheel that has to be lubricated and the module size of the lubrication pinion have to be the same. m = d/z m = 252/21 = 12 mm ✓ A lubrication pinion with module size 12 mm must be selected. Calculation of the maximum speed of the lubrication pinion: Using the max. speed of the wheel that has to be lubricated you can check if the...

skf.com | skf.com/LP2 | lincolnindustrial.com ® SKF and Lincoln are registered trademarks of the SKF Group. © SKF Group 2019 The contents of this publication are the copyright of the publisher and may not be reproduced (even extracts) unless prior written permission is granted. Every care has been taken to ensure the accuracy of the information contained in this publication but no liability can be accepted for any loss or damage whether direct, indirect or consequential arising out of the use of the information contained herein. PUB LS/P2 17779 EN · September 2019 Certain image(s) used under...