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2-Section Geared Flow Divider With Differential Pressure Relief Valves, 0.52 cu in/rev, 7/8-14 SAE Ports

Description & Features

This flow divider from Concentric Rockford Inc is ideal for synchronizing the operation of two cylinders by dividing flow from a common pump source into two equal flows. Each circuit includes built-in relief valves offering over-pressure protection adjustable from 500-1000 PSI and set at 750 PSI.

Featuring hardened steel gears and cast iron bodies it guarantees durability and reliability under high pressure withstanding up to 3000 PSI inlet pressure and 4500 PSI outlet pressure. Designed with a displacement of 0.52 cu in/rev the divider supports an inlet flow range of 9 to 18 GPM operating best at maximum rated flow for efficiency.

Equipped with 7/8-14 SAE ports for both inlet and outlet this unit allows for seamless integration into existing hydraulic systems. The two-section design and differential pressure relief valves make it an efficient component for industrial applications requiring precise flow division and synchronization.

MPN: C1AK29

Supplier Part Number: 1300637

Specifications

Connection Type SAE	Dimensions 2.76 in W	Grp Application Equal flow two-section units divide flow from a common pump source into two separate flows of equal proportion. Can be used to synchronize the operation of two cylinders. for greatest efficiency and accuracy, flow dividers should be used at near maximum r	grp Speed Ratings 1500 rpm Minimum, 4500 rpm Maximum	Inlet Size 7/8-14	Outlet Size 7/8-14

Product Questions & Answers (1)

Question by: Sherry M on Jul 11, 2025, 8:12 PM

got two cylinders i need to move together, is this the kind of divider that’ll keep em in sync?

Answer by: Customer Support on Jul 13, 2025, 8:03 PM

For synchronizing two cylinders off one pump, a two-section gear flow divider like this splits the inlet flow into two equal flows so both circuits track together. Each section also has a built-in differential pressure relief valve to help protect the circuits if one side sees an over-pressure condition.