ProX T-C9H-BLK Aluminum Slim M10 O-Clamp with Big Wing Knob — 2″ Truss, 165 lbs. Capacity, Black Finish
T-C9H-BLK Overview
The ProX T-C9H-BLK is a professional-grade aluminum O-clamp engineered for reliable equipment mounting on 2″ truss systems in live entertainment, touring, and installed venue environments. Constructed from high-strength 6061-T6 aluminum alloy, the clamp delivers a lightweight profile without sacrificing structural integrity, supporting a 165 lbs. load capacity. The slim O-clamp design accommodates most standard truss systems and is secured via an M10 threaded bolt with a large wing knob for tool-optional tightening in fast-paced production environments. This clamp is well suited for lighting technicians, riggers, system integrators, and touring production crews who require dependable, repeatable hardware.
The wide surface area of the O-clamp distributes load evenly across the truss tube, reducing localized stress on both the clamp and the truss structure. The black finish provides a low-profile, stage-ready aesthetic consistent with professional production standards.
Key Features
- 6061-T6 Aluminum Construction — High-strength aluminum alloy provides a lightweight yet durable clamp body suitable for demanding production use
- 165 lbs. Load Capacity — Rated to support up to 165 lbs., accommodating a wide range of lighting fixtures and production equipment
- 2″ Truss Tube Compatibility — Designed specifically for use with standard 2″ truss tube systems common across the entertainment industry
- M10 Threaded Bolt Attachment — M10 bolt provides a secure, standardized connection point for fixtures and accessories
- Big Wing Knob Design — Oversized wing knob allows for fast hand-tightening and loosening during load-in and load-out without requiring additional tools
- Wide Surface Area O-Clamp Profile — Distributes weight evenly across the truss tube, minimizing risk of damage to truss or suspended equipment
- Black Finish — Matte black finish reduces light reflection and maintains a clean, professional appearance in production environments
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