Day One: Operators & Mechanics
Wireline Winch Circuit
Objective: Explain the winch circuit and its functions
Activity: Solve pressure and flow problems using simulations
Learn to control the hydrostatic loop expertly
Generator Circuit
Objective: Explain generator circuit functions
Activity: Associate common malfunctions with their root cause
Demystify the load sense - RPM regulating function
Auxiliary Functions
Objective: Explain auxiliary circuit functions
Activity: Solve directional valve and cylinder problems using simulations
Find out how to make basic diagnostic checks
Safety
Objective: List common hydraulic hazards and safe procedures
Think before you act - even a few hundred PSI (or less) can injure or kill!
Preventative Maintenance
Objective: Describe preventative maintenance procedures
Activity: Identify maintenance tasks and frequencies for coiled tubing circuits
Avoid "run-to-failure" with good maintenance and planning
Day Two: Mechanics
Theory and Design
Objective:Explain the principals of hydraulics that affect troubleshooting
Activity: Predict fluid behaviour in various systems
Map out flow paths for faster troubleshooting
Hydraulic Pumps
Objective: Compare and explain the principles of various hydraulic pumps
Activity: Internal damage inspection and analysis of hydraulic fluid selections
Charge pressure, cross-port relieving, stroke mechanisms and more
Actuators
Objective: List procedures to diagnose common problems in actuators.
Activity: Motor and cylinder fault diagnosis
Poclain, Sauer Danfoss, Linde motors - porting, controls, and more
Valves
Objective: Identify valve designs and diagnose common problems
Activity: Valve disassembly, inspection and reassembly
Diagnose valve problems accurately Is it mechanical or electrical?
System Troubleshooting
Objective: List the steps in logical troubleshooting
Activity: Slickline and wireline circuit troubleshooting simulation exercises
Troubleshoot methodically with the Ten Step Troubleshooting Process