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Laser Alignment
Misalignment of shafts is responsible for nearly 50% of equipment breakdowns. Ensuring correct alignment of motors and pumps allows them to perform at their best. When misalignment occurs, it puts undue stress on both units, resulting in component damage, higher energy expenses, and more frequent downtime.
Laser alignment uses laser technology to precisely align rotating machinery, like industrial pumps and motors. A laser beam is projected between the motor and pump shafts, measuring and correcting misalignment with high accuracy.
How It Works:
Setup: A laser transmitter is mounted on one shaft, and a detector on the other.
Measurement: The system measures the laser beam's path to determine misalignment.
Analysis: The data is analyzed to generate an alignment report.
Adjustment: Technicians use this report to adjust the shafts for proper alignment.
Benefits:
Precision: Offers accurate measurements within 0.001 inches.
Reduced Downtime: Minimizes equipment failures and maintenance.
Extended Equipment Life: Reduces wear and extends the lifespan of machinery.
Energy Efficiency: Lowers energy consumption and operational costs.
Improved Performance: Enhances the reliability and productivity of pumps and motors.
Applications:
Industrial Pumps: Prevents vibration, seal failure, and bearing wear.
Motors: Reduces strain and damage by aligning motor shafts with connected machinery.