

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The COILHOSE PNEUMATICS 3034 is an aluminum pneumatic manifold designed to split a compressed air supply into multiple outlet lines from a single inlet source. It features two 1/2-inch NPT inlet ports and three 1/4-inch NPT outlet ports, making it a compact solution for distributing air to multiple tools or circuits simultaneously. The body measures 4.75 inches in overall length, 1.58 inches in height, and 1.58 inches in width. Weighing 0.84 pounds, the aluminum construction keeps the assembly lightweight while providing adequate durability for workshop and industrial pneumatic systems. Pneumatic technicians and maintenance mechanics install this manifold inline to reduce plumbing complexity and consolidate distribution points.
This manifold is suited for use in compressed air distribution systems in light industrial, workshop, and production environments. It is appropriate wherever a single compressed air line must feed two or three downstream tools, valves, or actuators without requiring additional tee fittings. The 1.35-inch outlet center-to-center spacing allows for standard pneumatic fittings without interference, and the NPT thread type ensures compatibility with common North American pneumatic plumbing components. Mounting holes of 0.235 inches in diameter allow the manifold to be fixed to a panel, bench, or enclosure wall for permanent installation.
Designed as an OEM-style pneumatic manifold for use in compressed air distribution systems utilizing 1/2-inch inlet and 1/4-inch outlet NPT connections in light industrial and workshop applications.
Installation is typically performed by a qualified pneumatic technician or industrial maintenance mechanic. Depressurize and lock out the compressed air supply before connecting or disconnecting the manifold. Apply appropriate thread sealant to all NPT connections and verify all fittings are tight before returning the system to service. When panel-mounting, ensure the mounting surface can support the manifold and associated line loads without flex or vibration-induced loosening.
Thanks for subscribing!
This email has been registered!