A more Productive Plant
Vibration analysis programs help find problems before catastrophic failures occur by determining a fault in a failing machine through the detection of the vibration generated by the machine. Every faulty machine emits a vibration at a particular frequency. Though initially expensive, Vibration analysis training of your employees may be considered as it requires extensive training and experience to assess, evaluate and make decisions over the readings they receive from the vibration analyzer. Though costly on the outset, it is surely a worthwhile investment: it allows you to implementthe most superior and top-class predictive maintenance services. Because most companies nowadays are pressed for time and money, it may not be a viable and feasible option for companies to incorporate a thorough and all-encompassing vibration analysis training program for their employees.
This is where the use of the portable handheld vibration analyzer comes in. The savings you getby incorporating vibration analyzer to your maintenance program can be accrued directly to the company's earnings. The Datastick provides you a state-of the –art design to allow you enhance the reliability and quality assurance of your machine’s production. Here are just some of the reasons why you will consider implementing Datastick in to your maintenance regimen:
Increased productivity: The possibility of accidents is reduced and almost eliminated, keeping the plant productive. By learning of a faulty machine beforehand through its vibration, it signals impending problems allowing a machine to be put through preventive maintenance services before a failure occurs. Unplanned interruption of service is prevented resulting in a higher productivity rate.
Reduction in maintenance: Dramatic reduction in the high costs of unplanned maintenance. Maintenance services are preventive rather than corrective.
Efficient repairs: Equipment that is repaired is then carefully inspected to ensure the quality of the repair. The repairs are thus definitive and appropriate. This extends the life of previously faulty equipment.
Reduced Downtime: Reduce unexpected downtime for equipment failure.This allowsappropriate decision making and assessment of the costs of downtime by anticipating the problems beforehand and identifying the causes of recurring failures.This allows the identification of a fault before it becomes too expensive or too complicated to be repaired.
Safer environment: Reduce hazards and accidents generated by failing equipment. Before a machine fails, it is already taken off service to be repaired.
Fewer work personnel: Lesser number of maintenance personnel required and who need to be paid for lesser number of hours.