Rigging Frame For SLP26 + SUBA15-SLP26 - RFSLP26

Rigging Frame For SLP26 + SUBA15-SLP26

The RFSLP26 is a pro-grade rigging frame that connects SLP26 speakers to SUBA15-SLP26 subwoofers, keeping your rig stable and safe for touring bands and fixed club or theater installs.

Use it in "Flown Mode" to hang speakers beneath your subwoofers, or "Stacked Mode" as a strong ground-stack base. Built from high-strength materials that pass strict load tests, with quick-release pins for fast setup.

RIGGING AND SUSPENSION SAFETY NOTICE — IMPORTANT: READ BEFORE FLYING ANY SYSTEM COMPONENTS

Cerwin-Vega's currently approved suspended system configuration limits are based on current factory load-testing information and remain subject to ongoing engineering review and receipt of stamped, third-party certified Working Load Limit (WLL) documentation. These structural limits must not be exceeded under any circumstances.

1. Mixed configuration — flying tops and subwoofer together: integrating a subwoofer into the flown array increases structural loading demands. Maximum permitted: 5 top loudspeakers and 1 flown subwoofer.

⚠️ Critical warning: when a subwoofer is flown as part of the array, the suspended system shall never exceed 5 tops and 1 flown subwoofer using this lifting frame configuration.

2. Standard configuration — tops only (subwoofer ground-stacked): to reduce structural loading, low-frequency enclosures should be ground-stacked whenever possible. Maximum permitted: 8 top loudspeakers, no flown subwoofer, maximum approved suspended array weight of 320 kg (705 lbs). Total suspended mass includes all loudspeakers, rigging grid, side plates, quick-release pins, shackles, cabling, and all associated hardware.

Additional safety requirements: Improper hoist positioning may create uneven loading and increased structural stress. When using single-point suspension, position the main hoist shackle per factory center-of-gravity guidance and approved rigging practice. All flown systems must be installed, rated, and inspected exclusively by qualified rigging personnel in compliance with applicable local structural codes and venue regulations. Users are responsible for ensuring all hoist motors, shackles, safety devices, and rigging hardware are properly rated for the intended load. Never exceed published limits, modify factory rigging components, or substitute quick-release pins or structural hardware with non-approved components. Failure to follow these requirements may result in equipment damage, structural failure, serious injury, or death.