JGX-0480D-61A Adaptive Dynamic Response Wire Rope Vibration Isolator for Scalable Multi-Point Array Mounting

Scalable Multi-Point Array Configuration Guide

Large equipment packages — HVAC chillers, industrial air handlers, transformer cabinets, pump skids — rarely sit on a single isolator. The JGX-0480D-61A is designed from the ground up for multi-point array deployment, where 4 to 24+ units work together to manage multi-axis vibration and maintain equipment alignment.

Array Layout Principles

Load Distribution Calculation

For an N-unit array supporting equipment of total mass M with center-of-gravity offset e, the load on each mount i at position (xᵢ, yᵢ) is:

Fᵢ = (M * g / N) + (M * g * eₓ * yᵢ / Σyⱼ²) + (M * g * eᵧ * xᵢ / Σxⱼ²)

Each mount in the array should operate between 30% and 80% of its rated static load to ensure the wire rope maintains sufficient preload for micro-friction engagement while leaving headroom for dynamic excursions. Preloaded mounts that are under-loaded (below 20% rated) may exhibit reduced damping effectiveness at low amplitudes.

Mounting Orientation Strategy

JGX-0480D-61A units can be installed in three primary orientations, individually selectable per array position:

• Vertical Compression (0°): Maximum load capacity, primary axis isolation. Default for base-mounted equipment.
• 45° Inclined: Equal stiffness in vertical and one horizontal direction. Ideal for equipment generating both vertical and lateral vibration (reciprocating compressors, punch presses).
• Lateral Shear (90°): Dominant horizontal isolation. Used as stabilizer mounts at equipment corners to control sway without compromising vertical isolation.