Description
- Light weight aluminum design
- Powder coated finish
- Hard anodized balls and stainless steel
- Tappet for best corrosion protection
- Hard coated NH male flanges
- Large waterway
- Field adjustable 250 PSI pressure relief valve
- Pressure gauge
- Maintenance free
The Distributor Ball Valves 5-way LDH manifold is a lightweight, durable solution engineered for efficient fluid distribution in demanding applications, such as firefighting, industrial hose management, or high-pressure liquid delivery systems. Constructed from high-grade materials, it seamlessly feeds four smaller output lines from a single LDH (Large Diameter Hose) input line while providing an additional straight-through LDH outlet for uninterrupted primary flow. This versatile design ensures optimal resource allocation without compromising performance, making it ideal for scenarios requiring rapid branching of supply lines, like emergency response or construction sites.At the heart of the manifold are precision ball valves featuring hard-anodized balls paired with stainless steel tappets, delivering exceptional corrosion resistance against harsh environmental conditions, chemicals, or moisture exposure. These components enable smooth, reliable operation with minimal friction, supporting high-flow rates and long-term durability even under repeated use. The inclusion of an adjustable pressure relief valve allows users to safely regulate system pressure, preventing over-pressurization and potential damage, while the integrated liquid-filled pressure gauge provides clear, accurate real-time monitoring to maintain operational safety and efficiency.Customization is a key advantage, with the ability to specify Storz or NST (National Standard Thread) connections in various sizes to match existing equipment and hose configurations. This flexibility ensures seamless integration into diverse setups, from municipal fire departments to industrial pipelines. Overall, the manifold’s compact, robust build minimizes weight and space requirements without sacrificing functionality, offering a cost-effective tool for professionals who demand reliability in fluid distribution tasks.
