Br 3021 Shock Manual 2021 Official

Specifies the standard shock levels and severities required for equipment based on its installation location.

Raise the axle or control arm with the floor jack to align the lower mount, then insert the lower bolt. Step 4: Final Torque

If the BR 3021 configuration includes a coilover assembly, do not attempt to disassemble the spring hardware without a professional-grade strut spring compressor. br 3021 shock manual

Position an auxiliary floor jack underneath the lower control arm or axle housing to support the weight of the suspension. Remove the lower mounting bolt assembly, followed by the upper mounting hardware. Slowly lower the auxiliary jack to relieve tension, then extract the old shock absorber from its mounting pockets. Step 3: Aligning and Seating the BR 3021

Here are some tips and tricks for using the BR 3021 shock manual: Specifies the standard shock levels and severities required

This comprehensive manual provides the technical specifications, step-by-step installation procedures, tuning methods, and maintenance schedules required to get the most out of your BR 3021 shocks. 1. Technical Specifications & Package Contents

To protect delicate equipment, shock isolators are often used. These devices, which can include rubber mounts, springs, or wire rope isolators, absorb the kinetic energy of a shock wave before it reaches the critical components. The manual provides guidelines on selecting and installing the correct isolators. C. Shock Qualification Testing Position an auxiliary floor jack underneath the lower

Unlike continuous vibration, shock events are impulsive, resulting in high acceleration levels that can cause both structural and functional failure in electronic, mechanical, and electro-mechanical systems. Primary Causes of Shipboard Shock: Underwater explosions (shock wave transmission). Weapon firing (recoil mechanisms). Collision or slamming. 2. Key Concepts in the BR 3021 Shock Manual Approach

Cause 1: The upper or lower mounting bolts are loose. Re-torque to specification under load.