LXMT02Z Makita Multi-Tool - Parts

This is Makita\'s Lithium-Ion charging system. This charger uses three controls to ensure the best possible charge: Temperature, Voltage, and Current. These controls are monitored by a chip on the battery, and analyzed by a CPU on the charger. This prolongs battery life, and keeps cordless power tools running at peak performance. There i...Read mores a forced air fan on board the charger, keeping batteries cool while re-charging. A 3.0 Ah battery will charge in less than 45 minutes.

This is an authentic replacement part manufactured for use with Makita power tools. The special screw is used with different models of equipment and the screw has multiple applications. This screw is available as an individual replacement part, please see model diagram for part location and usage.

This replacement tapping screw is sourced directly from original equipment manufacturer. It is specially designed for Makita power tools. It is a standard hardware which has multiple applications based on a tool. Please make sure to check appropriate diagrams for the location and use of this screw. This part is made out of metal and it is...Read more sold individually. Requires a screwdriver to tighten/loosen this screw. This is a self tapping screw can tap its own hole as it is driven into the material.

This is an original Makita replacement part. The hex socket head bolt is designed by the manufacturer for use in jig saws and multi-tools. This part is made of metal, and may be found in various locations in the machine, depending on model. Please be aware that there are different bolts used in the machine. Refer to the parts diagram ...Read moreto be sure of ordering the correct part. You will require an Allen wrench or hex key when replacing this item. This part is sold individually.

O-rings are designed to contain thousands of pounds of pressure by creating a seal between two or more parts. O-ring measurements are defined by the inside diameter and the thickness. There are many causes for O-Ring failure, such as pressure, friction, temperature or chemicals. The most common are: • Extrusion and Nibbling...Read more> - O-ring has ragged, tattered edges. These are commonly caused by pressure spikes which shear off tiny "bites" from the o-ring, or caused by clearance gaps. • Abrasion - One or both sides of the o-ring appear rough and slightly flattened. Commonly caused by a contact surface that is too rough, contains grit or is too smooth to allow lubrication. • Over Compression - O-ring is flattened on both sides and may have a "ring" split along its length. Commonly caused by excessive pressure or heat. • Heat Hardening - O-ring has a pitted or cracked surface, and often is flattened on both sides. Caused by temperature exceeding o-ring capacity. • Weather/Ozone Cracking - O-ring is covered in small surface cracks. Caused by exposure to ozone, UV rays and air pollution. Excessive seal stretching causes similar cracking.

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