As the holiday season approaches and sites begin to wind down, taking the time to properly store your machinery is vital for a smooth return to operations. At Inframachineries, we want to ensure your investment remains protected while you are away. Following a standardized "safekeeping" routine prevents unexpected repairs and ensures your fleet is ready to work the moment you return.

Pre-Vacation Diagnostics and Fluids

• Review Machine Health: Conduct a thorough health check on every unit before any extended shutdown.

• Monitor Fault Codes: Check the panel gauge for active fault codes and report them immediately to the IMC Hotline for technical advice.

• Assess Repair Urgency: Determine with our team if issues require immediate attention or can be safely deferred until your return.

• Verify Fluid Levels: Ensure all fuel and lubricant levels are at their recommended marks to prevent internal corrosion or moisture buildup

Environmental and Site Security

• Pick a Safe Spot: Select a secure location for long-term storage by checking local flood lines.

• Elevated Positioning: Always park equipment on high ground well above historical flood levels to prevent water damage from sudden heavy rains.

• Assign Security: Assign dedicated security personnel to monitor the units once they are positioned.

• Protect the Interior: Use protective coverings to prevent animals from entering the engine bay or the cabin.

• Proper Placement: Select a secure location for long-term storage by checking local flood lines.

A Safe Return to Operation

When it is time to resume work, your startup process is just as critical as your shutdown routine. Before turning the engine on, follow these essential steps:

• Remove All Coverings: Ensure that any protective wraps or engine covers are completely cleared to allow for proper airflow.

• The 10-Point Walkaround: Perform a thorough visual inspection to check for leaks, tire or track issues, and general machine integrity.

• Standard Startup Procedure: Always follow the manufacturer’s specific startup sequence to allow systems to pressurize and stabilize correctly.