Mechanical & plant engineering

Precision and automation for your processes

Precision, reliability and efficiency are crucial in mechanical and plant engineering. Complex production lines, automated controls and networked systems require valves that can be seamlessly integrated into I&C technology and process control systems.

Our solutions combine robust industrial valves with modern automation: ISO 5211-compatible actuators, limit switches, positioners and sensors for precise control and monitoring. Together with our partner Industriefabrik Schneider GmbH, we implement special solutions, modifications and complete automation packages – documented in accordance with international standards and with seamless verification.

Product portfolio for high-temperature applications

Shut-off valves

Ball valves and butterfly valves with automated actuators

Control valves

Control valves for precise process control

Automation

Pneumatic and electric actuators, limit switches, positioners

MSR components

Sensors for pressure, temperature and flow rate

Filter technology

Basket strainers and special filters for automated systems

Typical applications

Automated production lines

in mechanical engineering

Process control

in chemical, energy and food plants

MSR technology

for pressure, temperature and flow control

Integration into PLC and DCS systems

Retrofit

of existing systems with modern actuators and controls

Technical features

  • Interfaces: ISO 5211, NAMUR, Profibus, Modbus
  • Actuators: pneumatic, electric, hydraulic, ATEX-compliant
  • Positioner: analog/digital, with feedback
  • Standards: IECEx, ATEX, CE, SIL certification for safety-relevant applications
  • Special solutions: Heating jacket fittings, combined control and shut-off functions

Advantages for your industry

Seamless integration

Valves and actuators compatible with common control systems

Process reliability

SIL-certified components for critical applications

Increased efficiency

Automated control reduces downtimes and increases productivity

Flexibility

Customized adaptations and retrofit solutions for existing systems

Complete documentation

Test reports, certificates and proof of explosion protection

Example products & manufacturer

ARI fittings

Control valves with electric and pneumatic actuators

KSB

Automated butterfly valves and ball valves for process control

MANKENBERG

Pressure regulating valves with positioners for MSR systems

Industriefabrik Schneider GmbH

Modifications and automation packages for special fittings

Automation solutions

Limit switches, positioners and ATEX-compliant actuators

FAQ

What does SPS mean?

PLC stands for programmable logic controller. It is an electronic control system that automates machines and systems. PLC systems work with programmed sequences that are stored in the memory and process inputs and outputs in real time. Typical areas of application are individual machines or discrete processes such as pump controls, valve automation or conveyor technology.

DCS stands for Distributed Control System (distributed process control system). It is used in large, complex systems such as chemical, energy or refinery processes. A DCS consists of several control units that are connected via a network. It offers a decentralized architecture, high scalability and enables the integration of process visualization, data archiving and redundant safety functions.

Heat-resistant steels, stainless steel, nickel-based alloys

Diaphragm valves, hygienic ball valves and butterfly valves with FDA-compliant gaskets. Dead space-free designs made of stainless steel (e.g. 1.4404 / 316L).
Precise control, process reliability and integration into control systems
SIL stands for Safety Integrity Level and is an international standard (IEC 61508 / IEC 61511) for evaluating the functional safety of electrical, electronic and programmable systems. It defines how reliably a safety-relevant function is executed.
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