Laser Shaft Alignment
Having optimum facility production and reliability starts with proper equipment installation and setup, as well as performing regular maintenance. Using the Rotalign Ultra iS, we perform precision laser shaft alignments and provide reports for your documentation that indicate initial misalignment and the actions taken to correct it. From start-ups and annual alignment verifications on multi-thousand horsepower compression equipment in the gas and oil fields to critical equipment such as fire pumps and chilled water pumps in buildings downtown, RMSC will enhance equipment operation, reducing downtime and costly repairs.
Optimum Facility Production
Maximizing facility production and ensuring reliability hinge on the correct installation and setup of equipment, complemented by regular maintenance, including accurate laser shaft alignment. Utilizing the Rotalign Ultra, RMSC conducts meticulous laser shaft alignments, providing detailed reports for your records that highlight the initial misalignment and corrective measures undertaken. RMSC’s expertise ranges from initiating and annually verifying alignments on high-powered compression equipment in oil and gas fields to maintaining essential equipment like fire pumps and chilled water pumps in urban buildings.
This comprehensive approach bolsters equipment functionality, minimizing downtime and expensive repairs.
Laser Shaft Alignment with Live Trend
Rotating Mechanical Solutions Corp. provides an advanced Live Trend feature, enabling precise adjustments to movable machinery under actual operating conditions and forces. This innovative approach involves monitoring the equipment over a set duration, gathering crucial data on positional variations. Key factors accounted for during adjustments include vertical thermal growth, the entire package’s torsional deflection, and any horizontal shifts resulting from thermally expanding or contracting piping connected to the machinery. This comprehensive analysis ensures optimal alignment and performance under real-world conditions.