Valve Accuators
Xtronica

Valve Accuators

The XTronica XH Series Hydraulic Actuators are high-performance quarter-turn actuators designed for reliable valve automation in marine, offshore, and industrial applications. Engineered to convert hydraulic energy directly into mechanical rotary motion, the XH Series utilizes a robust rack-and-pinion mechanism to deliver high torque output within a compact and efficient design.

Monitoring and AutomationValve Remote Control Solutions
CategoryMarine Valve Actuation Systems
ProductXH Series Hydraulic Actuators
ManufacturerXTronica AS
TypeRack & Pinion Hydraulic Quarter-Turn Actuator
Available — ships within 5–7 business days from Dubai, UAE
Download PDF

Description

Suitable for a wide range of quarter-turn valves, including butterfly valves, ball valves, and plug valves, the XH Series is built for long-term operation in demanding environments. The actuator design incorporates low-friction bearing arrangements, utilizing polymer bearings in smaller models and ball bearings in larger units to ensure smooth operation, reduced wear, and extended service life. A key advantage of the XH Series is its maintenance-friendly design, allowing servicing and repair activities to be performed while the valve remains installed, minimizing operational downtime and simplifying maintenance procedures.

Applications

  • Ballast water systems
  • Cargo handling systems
  • Fuel oil transfer systems
  • Bilge systems
  • Service water systems
  • Offshore process systems
  • Marine automation systems
  • Industrial valve control applications

Key Features

  • Hydraulic rack-and-pinion actuator design
  • High torque output in a compact footprint
  • Suitable for all quarter-turn valves
  • Direct conversion of hydraulic energy to rotary motion
  • Polymer bearings for smaller actuator models
  • Ball bearing support for larger actuator models
  • Low-friction operation
  • Robust and durable construction
  • Maintenance-friendly design
  • Suitable for marine and offshore environments

Operating principle

The XH Series uses a hydraulic piston and rack mechanism to generate rotational movement.

  • Hydraulic pressure drives the piston assembly.
  • The rack engages with a pinion gear.
  • Linear piston movement is converted into rotary output.
  • The rotary output operates quarter-turn valves with high efficiency and torque.

This proven rack-and-pinion design ensures reliable valve operation while maintaining compact actuator dimensions.

Benefits

  • High torque performance
  • Compact actuator design
  • Reduced friction and wear
  • Long operational life
  • Reliable valve operation
  • Suitable for demanding marine environments
  • Reduced maintenance requirements
  • Minimal downtime during servicing
  • Easy integration with remote valve control systems

Maintenance advantages

The XH Series is specifically designed to facilitate maintenance during operational service.

  • Serviceable without removing the valve from the pipeline
  • Reduced maintenance time
  • Lower operational downtime
  • Simplified inspection and repair procedures
  • Improved lifecycle cost efficiency

Compatible Valve Types

  • Butterfly valves
  • Ball valves
  • Plug valves
  • Other quarter-turn valve applications

Related Products

Power & Fuel Consumption Monitoring System
View Details

Power & Fuel Consumption Monitoring System

Xtronica

CLOAD User Interface
View Details

CLOAD User Interface

Xtronica, NHE

Roll Damping System
View Details

Roll Damping System

Xtronica

Electric Level & Pressure Transmitter - XTL 458 / XTK 457
View Details

Electric Level & Pressure Transmitter - XTL 458 / XTK 457

Xtronica

Contact Background

Tell us what you need

Share your requirement and our technical sales team will respond within one business day.

Technical product guidance
UAE and international supply
Response within one business day

Urgent requirement? Call or WhatsApp us

Request a Quote

Tell us a little about your requirement.

Attach RFQ, datasheet or photo
Your information is only used to respond to your enquiry.