When an automatic lubrication pump stops feeding grease, the pump itself is not always the failed part. In a centralized lubrication system, grease has to pass through the reservoir, pump element, filter, valve, distributor, pipe ro...
When preparing an automatic lubrication system for construction machinery, production equipment, port machinery, wind power equipment, or other heavy-duty applications, one common selection question is whether to use a single-line i...
When selecting an automatic lubrication system, many buyers compare pump pressure, reservoir capacity, or grease output first. The drive type should be evaluated just as carefully. An electric lubrication pump, hydraulic lubrication...
Low temperature changes the operating conditions of an automatic lubrication system from the reservoir to the final lubrication point. Grease becomes more resistant to movement, pump filling becomes slower, pressure rises during sta...
High pressure in a centralized lubrication system does not simply mean that the pump is powerful. It usually means that lubricant cannot complete its designed route through the pump, divider, injector, pipeline and lubrication point...
The report usually sounds the same. The system runs, the pump cycles, the reservoir level goes down, and most of the machine is fine. One point at the far end of the circuit is dry. Sometimes it has been dry for a while and the first si...
At commissioning, most automatic lubrication controllers ask the same question in one form or another: how long should the pause be between lubrication cycles? On many units that value can be entered either in hours or in minutes. It...
A completely blocked outlet can stop normal lubricant delivery throughout a conventional progressive divider circuit. When the affected metering piston cannot complete its stroke, the sequence stalls. Other points connected to that ...