AUMA Actuators Limited supports the UK water industry with reliable electric actuator solutions. For rising stem valve applications, effective lubrication is essential to maintain performance, reduce wear, and extend asset life.
Auto greasing systems can help ensure consistent lubrication of the valve stem and stem nut, particularly in demanding or hard-to-access environments.
In rising stem, multi-turn applications, excess friction between stem and drive nut can increase required torque and degrade nut life.
Without proper lubrication, operators may experience:
Accelerated wear of valve components
Reduced operational efficiency
Higher risk of unplanned downtime
Inconsistent maintenance schedules
Over- or under-greasing
Reduced reliability in critical infrastructure
Auto greasing systems provide a more controlled and consistent lubrication approach, helping to maintain optimal performance.
Consistent lubrication reduces wear on critical components such as the stem and thrust assembly.
Helps prevent failures caused by insufficient or inconsistent lubrication.
Minimises the need for frequent manual greasing, especially in remote or inaccessible locations.
Supports stable torque output and smooth valve operation over time.
Auto greasing systems for rising stem valves are typically designed to:
Unlike internal actuator gearing—which is usually sealed and lubricated for life—these systems focus on external valve components requiring periodic lubrication.
Applications in the Water and Wastewater Industry
Water treatment plants
Water treatment plants
Pumping stations
Reservoir and distribution networks
Remote or unmanned installations
These environments demand high reliability, reduced maintenance visits, and long-term asset performance.
This contributes to a lower total cost of ownership (TCO) for valve and actuator assets.
Actuators from AUMA Riester GmbH & Co. KG are designed with robust, sealed gear systems and long service intervals. Auto greasing solutions are application-specific and must be correctly selected to complement the actuator and valve configuration.