Electric Control Valve Manufacturer in Canada

Author : Valves Only Canada Publisher | Published On : 03 Jul 2026

How Does an Electric Control Valve Work?

An electric control valve receives a signal from a PLC or DCS control system and moves the valve plug to the position that delivers the required flow, pressure, or temperature. The actuator runs on 24V DC, 110V AC, or 230V AC power supply, eliminating the need for compressed air completely.

As the process condition changes, the control system sends an updated signal and the valve adjusts its position accordingly. A built-in position feedback signal continuously reports actual valve position back to the control system, keeping the process stable and within the required parameters at all times.

Key Design and Performance Features:

High positioning accuracy for stable modulating control in demanding process applications
Modulating and on-off control modes to suit different process requirements
Fail-safe options available in fail-open or fail-close configurations with backup system
Linear, equal percentage, and quick opening flow characteristics
ISO mounting with actuator coupling for standardised installation
Position feedback signal for real-time closed-loop control integration
Eliminates compressed air requirement, simplifying installation in facilities without pneumatic infrastructure

Dimensional Range and Technical Specifications:

Nominal Size – 1/2 inch to 24 inch
ASME Pressure Classes – Class 150, 300, 600, 900, and 1500
Temperature Range – Minus 29 degrees C to 400 degrees C
Control Type – Modulating and on-off
Input Signal – 4 to 20 mA and 0 to 10 V
Power Supply – 24V DC, 110V AC, and 230V AC
Face to Face – IEC 60534 and ISA standards
End Connections – Flanged to ASME B16.5, Butt Weld to ASME B16.25, Threaded for smaller sizes

Design Standards and Testing:

Design standards include ANSI/FCI 70-2 for seat leakage classification and ASME B16.34 for pressure-temperature ratings. Testing covers hydrostatic shell testing, seat leakage verification, actuator and positioner functional testing, and calibration and performance verification before dispatch.

Industries and Process Applications:

Electric control valves from ValvesOnly Canada are specified across industries where automated flow regulation and precise process control are operational requirements.

Oil and gas processing lines requiring accurate flow and pressure control
Power generation facilities regulating steam and feedwater systems
Water treatment plants managing flow and pressure across distribution networks
Chemical processing facilities handling controlled dosing and flow regulation
Industrial utilities requiring temperature and flow control in automated systems

Selecting the Right Electric Control Valve:

Getting electric control valve selection right involves matching the valve characteristics to the process requirements from the start.

Flow Characteristic – Linear trim suits flow control applications with a consistent relationship between valve opening and flow, equal percentage trim suits pressure control and applications with varying pressure drop
Fail Safe Requirement – Fail-open or fail-close position must be defined based on process safety requirements
Power Supply – 24V DC, 110V AC, or 230V AC availability at the installation point determines actuator specification
Signal Type – 4 to 20 mA is standard for modulating control, confirm compatibility with the existing PLC or DCS system
Body Material – Matched to process fluid corrosivity, temperature, and pressure class

Precise electric actuation, accurate positioning, and seamless control system integration make electric control valves a dependable choice for automated process environments. As a prominent Automated Electric Control Valve Manufacturer, Valves Only Canada manufactures electric control valves across major body materials, pressure classes, and flow characteristics.

Visit us: https://www.valvesonlycanada.com/product/electric-control-valve/