Off-Axis Load Abort Manifold

Aerospace structural test articles are often very expensive and precious items, especially for large-scale products. Any damage during the test can potentially cause significant loss and financial costs. Moog's Hydraulic Off-Axis Load Abort Manifold ensures adequate testing protection for test engineers.

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Overview

Effective System Protection in a Reliable and Cost-Effective System

Test abortion control has been the key technique adopted to unload the test article in a managed, predictable, and controlled way. This is not only a necessity for single axis tests, but also needed for mutiple axis simultanious unloading scenarios.

The Moog Off-Axis Load Abort Manifold (LAM) is specially designed to work with test actuators and controllers to create a controllable abortion scheme to unload the energy from the test articles and rigs to protect them damage and prevent worker injury.

Functions

Combine with Moog Servo Valves to perform conventional servo control of actuators
Limit the pressure in multi-axis directions to prevent overloading
Remove load from test articles under controlled and predictable speeds
Release pressure upon power off or unexpected power loss