Scotch Yoke Pneumatic Actuator Spring Return Type Aluminium Alloy for ESD Valves - SIL ANSI DIN Compliant Safety Systems

Price Negotiable
Price: EXW Fob shanghai
MOQ: 1
Delivery Time: 6-8 weeks
Brand: veson
Product Description
Product Overview

VESON Scotch Yoke Pneumatic Actuator with spring return mechanism, constructed from durable aluminium alloy material. Designed for emergency shutdown valve applications in safety instrumented systems.

Emergency Shut Down Valve Applications

VESON Emergency Shut Down Valves (ESDV, ESD, ESV, SDV) provide critical isolation of pressure and flow during overpressure situations or detection of hazardous events. These valves can be installed in-line at any location within the system - upstream, midstream, or downstream.

Key Features & Benefits
  • Immediate control of overpressure and high liquid level conditions
  • Integrated control panel design by VESON
  • Available in pneumatic or hydraulic operation
  • Flexible upstream installation with connective design
  • Spring return mechanism for fail-safe operation
  • Aluminium alloy construction for corrosion resistance
Technical Specifications
Actuator Type Scotch Yoke Pneumatic
Return Mechanism Spring Return
Material Aluminium Alloy
Operation Pneumatic/Hydraulic
Applications Oil & Gas, Power Generation, Chemical Industry
Standards SIL, ANSI, DIN Class Ratings
Safety & Compliance

These emergency shutdown valves form part of Safety Instrumented Systems (SIS) and provide functional safety protection. VESON has over three decades of experience in developing safety solutions that protect personnel, equipment, and the environment from hazardous events.

Product Image
VESON Scotch Yoke Pneumatic Actuator for Emergency Shutdown Valves showing industrial design and construction details

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Veson Valve Ltd.
Contact Person Judy.Zhao

Request A Quote

Please check your email address.
Your message must be at least 20 characters.