The quality of an air motor will be determined based on manufacturing processes, design, and maintenance. In order to improve cleaning performance and tool life, it is important that the motor is designed for use in a specific application. This assures optimum performance and extended life of the motor.
Contractors and maintenance personnel agree, the current method of tube cleaning using a rotary flexible cable to clean chillers is a hassle. The cable is problematic; it breaks, the feeding mechanism jams, and the feeder needs frequent and costly repairs. Substantial downtime is encountered to repair cables and units.
There are two motor power sources that are used for expanding tubes mechanically: electric rolling motors and pneumatic rolling motors. Determining what motor to use for a job will depend on operator preference, availability of electricity or air, and the application.
Mechanically Expanding Tubes with Seal or Strength Welds Expanding tubes after they have been welded can be frustrating for operators. If not rolled properly, tube [...]
Tube Expanding is based on engineering principles, involving elasticity and plasticity, to compress the OD of the tube against a fixed container, such as rolling tubes into tube sheets, drums, ferrules or flanges. To assure a proper tube joint, the tube wall must be reduced by a predetermined percentage. The following chart can be used for determining the correct tube wall reduction.
Basic Principles Of Tube Expansion Expanding Tubes In Heat Exchangers, Condensers, & Other Heat Transfer Units Selecting & Setting Up An [...]
Basic Principles Of Tube Expanding Expanding Fire Tube Boilers When the tube sheet is welded into the shell or, in some [...]
Basic Principles Of Tube Expansion Materials, Tube Leaks, & Pre-Expansion Steps Tubing Material Below are materials and percentages that can [...]
Tube cleaners are vital to the vessels in use at many facilities. It is necessary that vessels be kept on the line in refineries, power plants, nuclear plants, processing plants and other facilities.
Geometry, materials, coatings, and application all influence the performance and life of a cutting blade. In order for it to perform well, it needs to be designed to work in a certain application. Using the incorrect cutting blade will reduce tool life and negatively impact cutting performance.
