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Hydraulic Multiturn Actuator

Enables remote manual operation of Cameron gate valves

Save time and improve wellsite safety during hydraulic fracturing operations

By delivering both the convenience of remote hydraulic operation and the reliability of fail-safe manual operation, the hydraulic multiturn actuator enables the safety and operational benefits of valve automation on trees and manifolds with the option of manual operation, as a contingency that mitigates potential NPT from hydraulic failures.

The multiturn actuator enables implementation of fully automated frac trees and manifolds, which

accelerates well swap operations
enables simultaneous fracturing operations
provides true red zone clearance by removing the need for personnel in the area
saves time, improves HSE, and optimizes wellsite performance.

3D rendering of a hydraulic multiturn actuator, on the right, installed on a 5-in gate valve.

Hydraulic multiturn actuator installed on a 5-in gate valve.

Automated Valve Greasing System

Remote control to eliminate red zone activities

Eliminate red zone activities and reduce greasing time with optimized remote valve maintenance.

ValveCommander

Automated control and advisory platform

Streamline zipper frac operations and eliminate cut wireline by automating frac valves.

F-T90

Horizontal frac tree

Optimize simultaneous multiwell operations with a shorter, lighter design compared with conventional frac trees.

FLS-R

Large-bore HP API 6A slab-style gate valve

Greatly reduce the torque required for operation.

Composite Frac Tree

Shorter frac tree for enhanced safety and reliability

Handle hydraulic fracturing pressures up to 15,000 psi and minimize leak paths with a compact Cameron composite frac tree.

Frac Manifolds

Flexible manifolds enable more fracturing stages per day

Eliminate unnecessary rig-up and rig-down between frac stages with flexible, modular frac manifolds controlling fracturing fluid flow.

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Product Sheet Hydraulic Multiturn Actuator

Automate frac valve operation but maintain a contingency to minimize NPT.