![]() The shaft sections can be adjusted precisely and quickly to their correct position and the shaft couplings mounted in their proper orientation. ![]() Pinpoint developed an adjustable shaft support that uses finely threaded adjustment screws to move the shaft into final alignment position. Traditionally, two wedges have been used to elevate and move the shaft section requiring a careful approach and many trial and error attempts to achieve alignment. Adjustments are made left and right as well as up and down until the shaft is in its final position. The display, which is not shown, has a pair of digital readouts that show the position of the laser vertically and horizontally – when these readings are 0 the laser beam is centered in the receiver.Ī shaft adjustment receiver is then secured to the shaft being adjusted and the display shows the position of this shaft relative to the centerline of the two laser beams. The laser mount has precision adjustments so that each laser beam can be moved to the exact center of its receiver on the MGB. The lasers project forward to a pair of digital receivers mounted on a plate that is attached to the tail rotor drive flange coming off the Main Gear Box (MGB). Product improvements and advances continue and this Laser Alignment system has proven to save time and significantly improve the shaft alignment accuracy on the Sea King. The laser system has been used successfully to align Sea King tail rotor shafts in the Persian Gulf theater in May of 2003 and more recent alignments on the deck of a destroyer in the North Sea in February of 2005. ![]() Additional systems have been purchased and are in regular use in Nova Scotia and British Columbia. The system is battery-operated and includes 3 primary components with 3 primary components a laser transmitter, a digital receiver, and a high-tech, smart display. Over the last three years, this Sea King Laser Alignment system has been tested and evaluated extensively by the Canadian Military Forces. The Microgage PRO Plus sets a new standard for ease of use with a selection of add-on accessories for easily adapting to a variety of industrial measuring and alignment needs. By June of 2003, approximately six months after the first design meeting, the laser alignment system had been improved upon and was returned to the customer and put into additional testing trials and regular use. Lessons learned from this testing were helpful in making modifications and improving the system’s ease of use. The first system was delivered in February of 2003 to the Shearwater Military Facility in Dartmouth, Nova Scotia, Canada, and run through an extensive trial and evaluation process. Measuring systems, called the Microgage 2D, to fit onto the Sea King and essentially replace the conventional string and wire alignment method with laser light. Working closely with GasTOPS, Ltd., Pinpoint adapted one of its standard Pinpoint’s experience with precision laser and alignment systems that operate over long distances and deliver high precision measuring and alignment capability provide a solid fit for this project.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |