The second case falls directly into our laps, as we indeed are the right doctors for the case, with all our sophisticated testing equipment and unique expertise. The first case is simple to solve - the client needs a bigger machine (or a good therapist). If I were to classify such "not enough force" predicaments, I'd divide them into three groups:Ĭases when the machine is perfectly operational.Ĭases when the loss of speed is caused by the hydraulic system.Ĭases when the loss of speed is caused by the prime mover. The logic behind the statement is sincere - since the power produced by the engine is transmitted by means of hydraulics, it is, therefore, the hydraulic system's fault that the (insert machine's name again) is running slow. If you have worked in a hydraulic shop for more than a day, I'm sure you'll agree. The most common complaint I hear equipment owners and users make about their hydraulic systems can be distilled into the following phrase: "my (insert machine's name) is slow (alternatively - doesn't have enough power)".
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |