KVA38
Kinitics Automation Valve
Actuators
Advanced Technology,
Total Reliability
KVA38
Eliminates 100% of
Vented methane gas
Time to Stop the Bleeding
from Venting Pneumatics
KVA38
The new generation
of valve actuator
Designed for Automation
and Process Control
KVA38
Spring-loaded electric
valve actuators
The Perfect Replacement for Pneumatice Actuators
KVA38
The new generation
of linear actuator
Designed for automation
and process control
Discover the Next Generation of Highly Accurate
Kinitics Valve Actuator
Introducing the KVA38 Kinitics Valve Actuator, designed for the energy and process control industries. Utilizing advanced Shape Memory Alloy (SMA) technology, it delivers precise linear motion and high force. Certified for hazardous locations in the US and Canada, the KVA38’s mechanical spring design ensures fail-closed functionality during power loss, enhancing safety. Fully electric, it operates on 24VDC or 120VAC and supports analog and serial control options for seamless integration.
The KVA38 is an all-electric alternative to pneumatic actuators, offering minimal maintenance and low ownership costs. It’s ideal for vertical separators, injection gas, blanket gas, heater treaters, plunger lifts, and dehydrators. Compliant with methane emission regulations, it operates efficiently in extreme temperatures and harsh environments..
Eliminating Emissions
at the Source
With over one million devices operating at North America’s natural gas well sites, methane-venting pneumatic devices emit over fifty million tonnes of CO2e every year. Learn how Kinitics is working to eliminate those emissions at the source.
Eliminating Emissions
at the Source
With over one million devices operating at North America’s natural gas well sites, methane-venting pneumatic devices emit over fifty million tonnes of CO2e every year. Learn how Kinitics is working to eliminate those emissions at the source.
KVA Valve Actuator
Replaces Methane Venting Pneumatic Actuators
Its’ innovative mechanics allows for constant motion to maintain a steady flow of gas out of the system for effective venting in process control applications. Loreum ispum delorsit amet conescutior Loreum ispum delorsit amet
KLA Linear Actuator
High Force-to-Size Ratio with Forces up to 650N Force
The Kinitics Linear Actuator can be easily configured to supply a pushing or pulling force. No moving parts the actuator requires very little maintenance and produces very little noise.
KLA Piston Pumps
Rated Pressures up to 100 Bar (1450 PSI)
Displacement and flow control is possible through the addition of a linear sensor while pressure control is possible through the use of a pressure sensor.
KVA Valve Actuator
Replaces Methane Venting Pneumatic Actuators
Its’ innovative mechanics allows for constant motion to maintain a steady flow of gas out of the system for effective venting in process control applications. Loreum ispum delorsit amet conescutior Loreum ispum delorsit amet
KLA Linear Actuator
High Force-to-Size Ratio with Forces up to 650N Force
The Kinitics Linear Actuator can be easily configured to supply a pushing or pulling force. No moving parts the actuator requires very little maintenance and produces very little noise.
KLA Piston Pumps
Rated Pressures up to 100 Bar (1450 PSI)
Displacement and flow control is possible through the addition of a linear sensor while pressure control is possible through the use of a pressure sensor.
KVA Valve Actuator
Replaces Methane Venting Pneumatic Actuators
Its’ innovative mechanics allows for constant motion to maintain a steady flow of gas out of the system for effective venting in process control applications. Loreum ispum delorsit amet conescutior Loreum ispum delorsit amet
KLA Linear Actuator
High Force-to-Size Ratio with Forces up to 650N Force
The Kinitics Linear Actuator can be easily configured to supply a pushing or pulling force. No moving parts the actuator requires very little maintenance and produces very little noise.
KLA Piston Pumps
Rated Pressures up to 100 Bar (1450 PSI)
Displacement and flow control is possible through the addition of a linear sensor while pressure control is possible through the use of a pressure sensor.
News
Case Study Introduces a Solution to Control Valve Deadband Issues: Shape Memory Alloy Actuators
In industrial process control, maintaining precise regulation is critical, and control valves play a pivotal
Kinitics Automation Introduces the Next Generation of Valve Actuators – the KVA38
VANCOUVER, BC, Sept. 10, 2024 — Kinitics Automation, a leading innovator in motion control solutions, proudly
Kinitics Automation Provides Solutions to Regulator Challenges for Methane Emission Reductions in the Natural Gas Sector
Published by Valve World Americas Magazine – June 3, 2024 VANCOUVER, BC, CANADA — June
Learning Centre
Driving Sustainability: Kinitics Automation Leads in Zero Methane Emission Reduction Technology
By Ryan Gibson, P.Eng. – Kinitics Automation As countries across the globe navigate the path
Technological Innovations and Regulator Challenges in Methane Emission Reductions for the Natural Gas Sector
Originally Published by Valve World Americas – June 3, 2024 Around the world, mitigating methane
KVA38 Actuator – New Valve Technology Successfully Implemented
A general-purpose globe valve actuator using shape memory alloy (SMA) technology has been recently introduced
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Shape Memory Alloy Technology & How It Works on the KVA Actuator
Visit our Learning Center
Kinitics Learning Center database of information and news about the latest SMA developments.
Click here to access the Table of Contents or select an article below
Clutch And Brake Applications With The KPP Piston Pump
An Electric Master Cylinder The Kinitics Piston Pump (KPP) is a shape memory alloy-based positive displacement pump that uses proprietary Bundled Wire technology to deliver a precision
Kinitics KVA38 Linear Actuator – Revolutionizes Methane Emission Reduction in the Natural Gas Industry
Figure 1: The KVA38, an SMA bundled wire actuator, deployed at a natural gas production facility near Edson, Alberta. In response to stringent environmental
Kinitics Shape Memory Alloys
Kinitics shape memory alloys are materials that can respond to temperature changes by changing shape. In wire form the wires will contract when heated and
