The UAM180UNIL heavy-duty parallel mounting clamp is engineered to provide secure and versatile support for a wide range of antenna masts and mounting booms. With a 60-115 mm mast capacity and compatibility with 40-90 mm booms, this galvanised steel clamp is ideal for professional tower, mast, and base station installations.
Constructed from galvanised steel, the UAM180UNIL is durable, corrosion-resistant, and suitable for long-term outdoor deployment, eliminating concerns over galvanic corrosion even in coastal, industrial, or harsh environmental conditions. Its robust design ensures stable mounting for antennas, dipole arrays, or collinear systems, providing reliable support for fixed-position communications infrastructure, public safety networks, and industrial wireless systems.
Read More
The UAM180UNIL heavy-duty parallel mounting clamp is engineered to provide secure and versatile support for a wide range of antenna masts and mounting booms. With a 60-115 mm mast capacity and compatibility with 40-90 mm booms, this galvanised steel clamp is ideal for professional tower, mast, and base station installations.
Constructed from galvanised steel, the UAM180UNIL is durable, corrosion-resistant, and suitable for long-term outdoor deployment, eliminating concerns over galvanic corrosion even in coastal, industrial, or harsh environmental conditions. Its robust design ensures stable mounting for antennas, dipole arrays, or collinear systems, providing reliable support for fixed-position communications infrastructure, public safety networks, and industrial wireless systems.
Installation is straightforward using two adjustable spanners, allowing quick, secure attachment to compatible mast and boom diameters without specialised tools. The parallel clamp design ensures even load distribution and strong alignment, making it ideal for high-demand broadband, UHF, VHF, or mobile network antennas.
As a professional-grade Australian solution, the UAM180UNIL delivers versatility, durability, and reliability, supporting a wide variety of tower, mast, and antenna mount requirements while maintaining structural integrity in challenging conditions.
Show Less
