Equipment Inspection
Condition assessment and inspection of mechanical equipment and structures.
Installation of mechanical equipment — positioning, grouting, alignment, coupling and commissioning support — with alignment verified and recorded rather than eyeballed.
02 / OVERVIEW
Installation determines how long the machine lasts. Soft foot, poor alignment and pipe strain destroy bearings and seals long before the equipment itself is at fault.
We check and record the conditions that shorten equipment life, and correct them before the machine is handed over running.
03 / SCOPE
SRV-06 · Mechanical Installation
04 / APPROACH
Final alignment figures are recorded and handed over, so the baseline exists when the machine is next opened.
Pipe strain and soft foot are corrected at installation, not diagnosed after the first bearing failure.
05 / DELIVERY
The depth changes with the size of the job. The sequence does not.
Site attendance, condition survey and failure analysis. We establish what the equipment is actually doing before anyone proposes a fix.
Technical solution defined against the operating envelope — loads, tolerances, materials and access constraints.
Method statement, risk assessment, parts, tooling and manning scheduled against your shutdown window.
Work carried out by mechanical technicians under a written procedure, with hold points recorded as they are passed.
Components installed to the written method — alignment, clearances and torque set against the drawing, with hold points signed as they are passed.
Controlled start-up and function checks under operating conditions, before the asset is declared ready.
Function testing, alignment verification and performance checks before the asset is handed back.
Documented completion — what was found, what was done, what was replaced, and what to watch.
06 / RELATED
Condition assessment and inspection of mechanical equipment and structures.
Embedded mechanical engineering capability for teams without it in-house.
Design, analysis and technical support for mechanical systems operating under real industrial loads.