INTELLIGENT INDUSTRIAL FLOW CONTROL

Industrial Automation Valves for Precise Process Control

VELTORA VALVES PVT. LTD. offers industrial automation valve solutions combining compatible valve designs with pneumatic or electric actuation. Explore automated ball, gate, check and butterfly valve categories for suitable industrial isolation and flow-control applications.

Explore Products Request a Quote
Pneumatic & Electric Options Application-Based Selection
Industrial actuated valve assembly for automated flow control
Automated Operation Pneumatic & Electric Options
Industrial Valve Solutions For Process Applications
OUR PRODUCT RANGE

Explore Our Automation Valve Range

Discover automated valve categories for different industrial operating requirements. Select a category to explore product details and available configurations.

Pneumatic actuated industrial ball valve
Electric actuator operated industrial ball valve
2 PRODUCTS
01 / AUTOMATION VALVES

Automated Ball Valves

Explore actuated ball valve configurations for suitable quarter-turn operation, shut-off and industrial flow isolation.

Explore Products
Pneumatic actuated industrial gate valve
Actuated industrial knife gate valve
2 PRODUCTS
02 / AUTOMATION VALVES

Automated Gate Valves

Review actuated gate valve options for suitable pipeline isolation duties and application-specific operating requirements.

Explore Products
Industrial check valve for non-return service
Second industrial check valve product view
2 PRODUCTS
03 / AUTOMATION VALVES

Automated Check Valves

Explore check valve options intended to prevent reverse flow. Confirm the exact valve design and whether a specific actuated configuration is offered for your application.

Explore Products
Pneumatic actuated industrial butterfly valve
Electric actuator operated butterfly valve
2 PRODUCTS
04 / AUTOMATION VALVES

Automated Butterfly Valves

Explore compact quarter-turn butterfly valve assemblies with actuation options selected for compatible isolation or flow-control requirements.

Explore Products
ENGINEERING & QUALITY

Automation Valve Technical Information

Explore the material families, actuation options, connections, standards and inspection considerations listed for VELTORA automation valve solutions. Confirm exact specifications for the selected valve model.

AUTOMATED
BALL VALVE
AUTOMATED
GATE VALVE
CHECK
VALVE
AUTOMATED
BUTTERFLY VALVE
PNEUMATIC &
ELECTRIC ACTUATION

Materials of Construction

Body and seating materials

Body Materials

  • Carbon Steel — ASTM A216 WCB, WCC, LCB
  • Stainless Steel — ASTM A351 CF8, CF8M, CF3, CF3M
  • Forged Carbon Steel — ASTM A105, LF2
  • Forged Stainless Steel — ASTM A182 F304, F304L, F316, F316L
  • Duplex — F51 / UNS S31803, F60 / UNS S32205
  • Super Duplex — F53 / UNS S32750, F55 / UNS S32760
  • Monel®, Inconel®, Hastelloy®, Titanium and Alloy 20
  • Nickel 200 / 201, Bronze, Aluminium Bronze and other alloys on request

Seat & Trim Materials

  • PTFE and RPTFE
  • PEEK
  • Graphite
  • Metal seat, where applicable

Material Selection

Material compatibility depends on process media, pressure, temperature, valve design and operating conditions.

Actuation & Accessories

Options depend on valve and application

Pneumatic Options

  • Double-acting actuator
  • Spring-return actuator
  • Solenoid valve, where specified
  • Air filter regulator, where specified

Electric & Feedback Options

  • Electric quarter-turn actuator
  • Electric multi-turn actuator
  • Limit switch box or position feedback
  • Positioner for applicable control duties
  • Weatherproof or explosion-protected options, subject to model availability

Actuator torque or thrust, supply requirements, control interface and fail position must be confirmed for the chosen assembly.

Design Standards & Connections

Applicable standards vary by valve type

Standards to Confirm

  • ASME B16.34 — applicable valve designs
  • API 6D — applicable pipeline valve types
  • API 598 — applicable inspection/testing
  • ISO 5211 — actuator mounting, where applicable
  • IEC 60534 — applicable control valve duties
  • Relevant MSS, DIN and BS standards as specified

End Connection Options

  • Flanged End — RF / RTJ
  • Threaded End — NPT / BSP / BSPT
  • Butt Weld End
  • Socket Weld End
  • Wafer and Lug type, where applicable
  • Tri-Clamp for suitable sanitary applications
  • Custom connections, subject to design feasibility

Pressure Rating & Size

Confirm availability for the selected valve

Pressure Classes

PN10 · PN16 · PN25 · PN40

ANSI Class 150 · 300 · 600 · 900 · 1500 · 2500

Reference Size Range

½″ (DN15) to 48″ (DN1200)

These are broad reference ranges from the supplied automation information, not a guarantee that every valve type, size and rating is available in every combination.

Inspection & Testing

As required by the product specification

Testing References

  • API 598, where applicable
  • ISO 5208, where applicable
  • MSS SP-61, where applicable
  • IEC 60534 for applicable control valve duties

Potential Inspection Checks

  • Hydrostatic shell and seat tests, where applicable
  • Pneumatic functional test
  • Actuator operation and cycle checks
  • Limit switch and feedback verification, if fitted
  • Visual, dimensional and material traceability checks
  • PMI, RT, UT, MPI or DPT by agreement, where available

Actuation Choices

Pneumatic and electric options

Control Integration

Subject to compatible interfaces

Material Options

Selected for process conditions

Inspection Planning

Requirements agreed by model

Specifications, standards, materials, pressure classes and sizes are subject to the selected valve model and confirmed product availability. Confirm all technical details with VELTORA before ordering.

INDUSTRIAL APPLICATIONS

Automation Valves for Diverse Industrial Applications

Automated valve assemblies can support remote operation and repeatable process control where the valve, actuator and control interface are selected for the service conditions.

Pneumatic Operation

For applications with a suitable compressed-air supply and compatible control accessories.

Electric Operation

For compatible installations with suitable power, control and actuator requirements.

Remote Control Systems

PLC, DCS or SCADA integration may be possible with compatible actuator interfaces and accessories.

Application-Based Safety

Required feedback, fail position and environmental protection should be specified for the application.

INDUSTRIES WE SERVE

Supporting Industrial Flow Requirements

Automated valve selection should account for process media, operating conditions, valve function and site requirements.

01

Oil & Gas

Automation for compatible process, utility and pipeline valve duties.

02

Chemical & Petrochemical

Material and actuator selection according to process media and conditions.

03

Water & Wastewater

Actuated isolation solutions for suitable treatment and distribution systems.

04

Power Generation

Valve configurations selected for compatible process and utility applications.

05

Pharmaceutical

Suitable valve design and materials depend on cleanliness and process requirements.

06

Food & Beverage

Application-specific materials and hygienic connections, where required.

07

Steel & Cement

Actuation options for compatible industrial services and process lines.

08

General Process Industries

Configurations for suitable industrial piping and flow-control requirements.

MAKE THE RIGHT SELECTION

What Should You Consider Before Selecting an Automation Valve?

Share these details when enquiring so the valve and actuator configuration can be reviewed against your requirements.

Discuss Your Requirements

Process Media & Conditions

Identify fluid, pressure, temperature, line size and material compatibility.

Valve Type & Operation

Specify valve design, required function, end connection and operating frequency.

Actuator & Supply

Confirm available compressed air or electrical supply and actuator torque or thrust.

Control & Feedback

List control signals, solenoid valves, position feedback and interface requirements.

Fail Position & Environment

Specify required fail action and site environmental or hazardous-area classification.

Application suitability depends on the selected valve and actuator model, materials, pressure-temperature limits and project requirements. Confirm technical details before ordering.

QUALITY • ENGINEERING • RELIABILITY

Automation Designed Around Your Operating Requirements

Automated valve selection involves more than choosing an actuator. Valve compatibility, operating conditions, control requirements and inspection criteria should all be reviewed for the intended application.

01 / FUNCTIONAL VERIFICATION

Valve & Actuator Checks

The inspection plan should be agreed according to the selected valve, actuator assembly, project specification and applicable standards.

Depending on the configuration, checks may include pressure and leakage testing of the valve, actuator function, open/close cycles, feedback accessories and visual or dimensional inspection.

Discuss Inspection Requirements

Pressure & Leakage Tests

Hydrostatic shell and seat tests where applicable to the valve design.

Actuator Functional Checks

Operation and cycle checks according to the specified actuator assembly.

Accessories & Feedback

Solenoid, limit switch and position feedback checks when included.

Visual & Dimensional Inspection

Checks defined by the product and purchase specification.

02 / KEY CONSIDERATIONS

Benefits of a Correctly Selected Automation Valve

The benefits depend on the selected valve design, actuator, control system and installation requirements.

01

Remote Operation

Supports operation from a suitable control point when the assembly is configured for it.

02

Repeatable Operation

Actuator sizing and control selection help support consistent operation for the intended duty.

03

System Integration

Compatible accessories can provide control signals and feedback for suitable systems.

04

Application-Based Design

Valve, actuator and accessories can be specified against project requirements.

03 / STANDARDS & DOCUMENTATION

Confirm Applicable Standards for Your Valve

The supplied automation information references ASME B16.34, API 6D for applicable valve types, API 598, ISO 5211 for applicable actuator mounting, IEC 60534 for control applications and other relevant standards where applicable. These references do not mean that every product complies with every standard; confirm requirements for the selected model.

ASME B16.34 API 6D API 598 ISO 5211 IEC 60534

Applicable standards depend on the selected valve type, actuator configuration and project requirements. Confirm compliance for the specific product before ordering.

04 / FREQUENTLY ASKED QUESTIONS

Industrial Automation Valve FAQs

Common questions about actuation options, selection and industrial applications.

What are industrial automation valves?

Automation valve assemblies combine a compatible valve with an actuator to support operation without relying solely on manual handling. The correct configuration depends on valve type, process conditions and control requirements.

Which automation valve categories are listed on this page?

This page groups the range into Automated Ball Valves, Automated Gate Valves, Automated Check Valves and Automated Butterfly Valves. Confirm the actual available model and actuation arrangement with VELTORA.

What is the difference between pneumatic and electric actuation?

Pneumatic actuators use compressed air, while electric actuators use electrical power. Selection depends on available utilities, valve torque or thrust, operating frequency, control needs and site conditions.

Can an automation valve be integrated with PLC, DCS or SCADA?

Integration may be possible when the selected actuator and accessories support the required signals and interfaces. Confirm control method, feedback, power supply and communication requirements before ordering.

Are spring-return or fail-safe options available?

Pneumatic spring-return arrangements may be considered where offered. The required fail position and safety response must be specified and verified for the selected valve-actuator assembly.

What information should I provide for a quotation?

Share valve type, size, material, pressure class, end connection, process medium, operating pressure and temperature, actuator type, air or electrical supply, control accessories and applicable standards.

LET'S DISCUSS YOUR REQUIREMENTS

Looking for the Right Automation Valve Solution?

Share your valve type, process conditions and actuation preferences to discuss a suitable configuration with VELTORA VALVES PVT. LTD.

Valve & Actuator Selection Material & Connection Options Technical Enquiry
Request a Quote Email Our Team
Industrial automated valve assembly
Industrial Automation
Technical Enquiries