Altec Air PWM8GC 8 Port Manifold

Optimized Air Management for Antenna Systems
The Altec Air PWM8GC 8-Port Manifold with Check Valves is designed to support RF environments that require stable, controlled pressure delivery to multiple antenna systems. Engineered for precision and long-term reliability, this manifold evenly distributes compressed dry air or inert gas across up to eight feeder lines—each with its own built-in check valve to prevent backflow. Ideal for tower setups and broadcast applications, it ensures consistent air pressure in critical cabling systems where moisture must be kept out.

Independent Pressure Control for Each Feed
Each of the eight ports on the manifold includes an integrated check valve, isolating each connected cable or antenna line. This prevents backpressure from affecting other lines, helping to maintain consistent system performance and reduce maintenance. These independent valves also help simplify troubleshooting by containing pressure issues within a single line, making this an ideal solution for complex antenna feed systems.

Built for Large Multi-Line Antenna Configurations
Whether you're managing antennas at a broadcast facility, data center, or telecommunication tower, the PWM8GC can efficiently handle the air delivery demands of high-density systems. By supporting up to eight antenna lines, this manifold is suitable for setups using pressurized coaxial feeders that require reliable, moisture-free operation.

Durable Construction for Long-Term Service
Built from high-quality materials, the PWM8GC manifold is designed for longevity in rugged environments. Its compact form factor allows for flexible integration within existing air pressure infrastructure. With a design that minimizes leaks and resists corrosion, it supports long-term use without the need for frequent replacement.

Simplifies Air Distribution System Design
Installing a centralized manifold reduces the complexity of running separate air lines from the main source to each feeder. This manifold streamlines cable routing and ensures an even distribution of pressure, helping maintain optimal environmental conditions inside pressurized cables. It’s a must-have tool for broadcast engineers or RF technicians responsible for uptime-critical operations.