J-613 (Type 1) Porter Cable Hammer Drill - Overview

Genuine OEM Replacement Part used on a variety of Power Equipment. This part is made out of Metal and is Sold Individually. Terminal Eyelet allows you to safely and easily secure a wire to the needed part of the tool using only a screw.

Included in part number 882350

This cord is a genuine Porter Cable replacement part and is sold individually. It is constructed with tough, thick outer rubber insulation for a long service life. rnPower Cord Specifications: rn • 2 Prongs rn • 2 Wires rn • 16 Gauge rn • 10 Feet Long

This Ball Bearing has metal shielding on both sides. This is a genuine Porter Cable replacement part that is sold individually. • Ball bearings are used to reduce friction between rotating parts. The balls or rollers take the load and spin, distributing the weight evenly while the minimal contact area of the ball reduces friction. This ...Read morereduces wear on the tool and allows it to run smoothly. • Bearings experience constant wear when the tool is in operation from pressure, heat, vibration and friction. Because of this, many Bearings need periodic maintenance or replacement.

This is a genuine replacement part sourced directly from the manufacturer. The preload spring is commonly found in power tools from Porter Cable, DeWALT, and Black & Decker, such as routers, drills, laminate trimmers, and saws. This part is made of metal, and is used to provide tension to the bearing that allows the armature assembly to...Read more spin freely. You may require a screwdriver when replacing this item. The preload spring is sold as an individual replacement part.

This cord protector is a genuine Porter Cable replacement part and is sold individually. Cord Protectors are designed to slide onto your cord and fit securely at the end, where it's firm rubber will protect the base of the cord from getting bent and pinched. Which can expose the wires and become a safety hazard.

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.