Coaxial cable hanger clamp designed to stack and secure multiple coax runs in a compact, weatherexposed installation. Key benefits Space saving stacking: accepts one, two, three or more coax runs in a stacked configuration to reduce rooftop and pole footprint. Secure hold in exposed locations: hanger clamp secures cables for installations on rooftops, water towers, and wood poles. Strong grip under load: integrated cablegripping ridges press into the cable jacketing to provide extra support during heavy wind and ice loading. Wide compatibility: fits a broad range of coaxial cable sizes for flexible deployment across different cable types. Temperature resilience: rated to withstand the operating range of coaxial cable from 40 to 185 F. Main features and attributes Function: supports, organizes, and secures multiple coaxial cable runs while minimizing movement and abrasion. Compatibility: suitable for a wide range of coaxial cable diameters and constructions. Capacity and size: configurable stacking for single or multiple runs to match installation needs. Performance: designed for outdoor environments with gripping ridges that improve retention when cables are exposed to wind and ice. Installation: hanger clamp form factor for attaching cables to elevated structures and poles where traditional clamps may not be practical. Practical use scenarios Rooftop antenna or satellite installations: stack and secure several coax runs from multiple antennas or receivers, keeping feeds organized and resistant to wind and ice. Water tower and mast installations: mount bundled coax runs to tower legs with a compact stacked profile that minimizes wind profile and cable movement. Wooden utility poles and external conduits: fasten multiple coax lines with positive grip on the jacket to prevent slippage and reduce wear in exposed conditions. This hanger clamp provides a straightforward, durable solution for organizing and securing multiple coaxial cable runs in challenging outdoor applications, while accommodating a wide range of cable sizes and enduring extreme temperature conditions.