News-MTI-PBS

MTI Instruments Highlights MRO Benefits of ARINC 429 and AFDX Integration in PBS-4100 Engine Balancing Systems Lockport, IL —May 20, 2025— MTI Instruments, a Vitrek brand and provider of precision measurement and aviation maintenance technologies, is highlighting the growing role of digital aircraft data integration in modern maintenance operations following the introduction of ARINC 429 and ARINC 664 (AFDX) support in its PBS-4100 and PBS-4100R engine vibration balancing systems. As commercial aircraft increasingly rely on digital avionics networks for engine monitoring and diagnostics, maintenance teams must be able to access these same data streams during vibration analysis [...]

Vitrek Expands MTI PBS Engine Balancing Systems for Both On-Wing and Test Cell Applications with ARINC Data Integration Lockport, IL — April 15, 2026 —Vitrek is enabling MRO providers to access and utilize aircraft-generated digital engine data across both on-wing and test cell balancing applications through its MTI Instruments PBS eXpress platform. By interfacing directly with ARINC 429 and AFDX data buses, both the PBS eXpress (portable/on-wing) and the PBS eXpress R+ (test cell/rack configuration) allow technicians to acquire vibration, phase, and speed data from the aircraft itself—reducing reliance on external sensors and simplifying setup. The PBS [...]

Vitrek Demonstrates MTI Vibration Signal Generator for Validating Predictive Maintenance Systems at MRO America Lockport, IL — April 5, 2025 — As predictive maintenance transforms industrial operations, engineers face a critical challenge: verifying that vibration monitoring systems detect faults accurately before real failures occur. At MRO America Booth 3456, MTI Instruments, a Vitrek company, will demonstrate how its 1510A Vibration Signal Generator enables safe, controlled validation of monitoring and protection systems. Predictive maintenance depends on vibration analysis to identify issues such as imbalance, misalignment, and bearing wear. However, confirming system accuracy without inducing real faults or risking equipment [...]