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Engine Testing

Ensuring Peak Performance and Safety for Your Engine

Powerhouse Engines’ extensive industry knowledge spans multiple segments, enabling us to deliver tailored solutions for aviation operators, lessors, and investors.

Key Reasons for Performing a
Recertification Test Run on a CFM56 Engine

Talk with Our Team

Talk with Our Team

Talk with Our Team

Safety Assurance

Performance Validation

Regulatory Compliance

01

Safety Assurance

  • Verification of Structural Integrity: This ensures that all repaired or replaced components are correctly installed and functioning properly, preventing potential in-flight failures.

  • Compliance with Safety Standards: A confirmation that the engine meets all regulatory safety standards and manufacturer specifications. We ensure the aircraft’s safe operation.


Learn More

Safety Assurance

Performance Validation

Regulatory Compliance

01

Safety Assurance

  • Verification of Structural Integrity: This ensures that all repaired or replaced components are correctly installed and functioning properly, preventing potential in-flight failures.

  • Compliance with Safety Standards: A confirmation that the engine meets all regulatory safety standards and manufacturer specifications. We ensure the aircraft’s safe operation.


Learn More

A Brief Overview On Engine Testing

A Brief Overview On Engine Testing

A recertification test run or NPA tests are a critical procedure. This ensures that a CFM56 engine meets all necessary performance and safety standards. Keep your engines safe after undergoing maintenance, repair, or overhaul. Here’s a brief description of what this process entails:

Powerhouse Engines’ extensive industry knowledge spans multiple segments, enabling us to deliver tailored solutions for aviation operators, lessors, and investors.

Preparation

  • Installation: We securely mount the engine on a test stand or test cell. It is equipped with all necessary instrumentation for monitoring performance parameters.

  • Pre-Test Inspection: A thorough inspection is conducted. This helps us verify that all components are correctly installed and that there are no visible defects or leaks.     

Initial Checks

  • System Calibration: All measuring and diagnostic equipment is calibrated to ensure accurate readings.

  • Dry Crank Test: The engine is cranked without fuel to check for proper rotation. This ensures there are no unusual noises or vibrations. 

Start-Up

  • Ignition: The engine is started, and initial readings are taken to monitor basic functions. These include fuel flow, oil pressure, and temperature.

  • Stabilization: The engine is run at idle to stabilize temperatures and pressures.

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Ready to acclerate your aviation business?

Meet with Our Strategy Team

sales@powerhouseengines.com

We're here to help

Ready to acclerate your aviation business?

Meet with Our Strategy Team

sales@powerhouseengines.com

We're here to help

Ready to acclerate your aviation business?

Meet with Our Strategy Team

sales@powerhouseengines.com