JBL SRX906LA AF Array Frame

JBL SRX906LA AF Array Frame

The SRX906LA AF Array Frame is a precision rigging solution for producers and engineers deploying large-scale line array systems in studio, live, or installed environments. Its lightweight yet robust construction and intuitive two-piece design streamline setup and angle adjustment, while the precision aiming capabilities ensure consistent coverage across complex acoustic spaces.

Build & Rigging Architecture

Constructed from high-grade steel with anti-corrosion black powder coat finish, this frame withstands demanding touring and installation environments. The two-piece collapsible design—comprising an extension bar and spreader bar with three connection points—enables quick storage and transport without compromising structural integrity or alignment accuracy.

Aiming Flexibility & Load Capacity

The extension bar accommodates both uptilt and downtilt positioning, allowing precise vertical aiming to match venue geometry and acoustic requirements. The frame safely supports up to 14 SRX906LA cabinets at rated capacity, with a maximum structural limit of 16 units, while the integrated laser attachment bracket accepts third-party inclinometers for accurate angle verification.

Key Features

• High-grade steel construction with anti-corrosion black powder coat
• Two-piece design with extension and spreader bar for compact storage
• Extension bar adjusts to front or rear for uptilt and downtilt aiming
• Three connection points for secure bar attachment
• Laser attachment bracket for third-party inclinometers
• Compatible with SRX906LA and SRX915SF cabinets
• 1/2-inch compatible shackle size
• Safe load limit: 14 SRX906LA cabinets; maximum structural limit: 16 units
• Compact dimensions: 100 mm H × 488 mm W × 655 mm D (3.9″ × 19.2″ × 25.8″)
• Net weight: 4.1 kg (9 lbs); shipping weight: 5.0 kg (11 lbs)

This frame delivers the precision rigging control and durability required for accurate array alignment and consistent sound field optimization across professional deployments.