Control Systems
Hydraulic, pneumatic and electro-mechanical control, designed and integrated.
Pumping, treatment and distribution assets — often remote, often unattended — kept running and reporting.
Utility assets are distributed, frequently unmanned, and expected to run continuously with minimal attention. The engineering priorities follow from that: control that fails safe, instrumentation that can be trusted without a daily visit, and enough remote visibility that a developing problem is known at the office rather than discovered at the site.
Faults go unnoticed until they become failures. Telemetry and monitoring close that gap.
Dry running, cavitation and rapid cycling destroy pumps. Correct control and protection prevent it.
Enclosure rating, material selection and coating decide whether an installation lasts two years or ten.
Unstable supply damages electronics. Protection and defined restart behaviour matter.
Hydraulic, pneumatic and electro-mechanical control, designed and integrated.
Functional testing, PCB repair and condition monitoring that catches faults early.
Concept, engineering and prototyping through to a production-ready design pack.
Precision machining, fabrication and form-fit parts made to drawing.
Hard-to-find electronic and mechanical parts, procured and verified.
Import, export and distribution of technical equipment, delivered landed.
A short conversation is usually enough to tell whether it is a repair, a redesign or a sourcing job.