Digitisation, Connectivity, Communication

With a consortium of 20 companies and 5 research institutes, the TU Dresden has set itself the goal of developing communication technologies in order to support especially small and medium-sized industry in the implementation of the Industry 4.0 concept on the construction site.
The manufacturing industry has clearly understood that predictive maintenance (PM) is a key issue, a precondition for efficient, sustainable service delivery in the future. Progress in the technologies required by PM is swift and significant.

Technics and Standardization

ISO has published the third edition of the trilingual vocabulary standard of fluid power ISO 5598 in January 2020.
Overview of standards and draft standards of Fluid Power section and other relevant standards (DIN, DIN EN, DIN EN ISO, DIN ISO, VDMA, ISO)
85 experts participated in 15 subcommittee and working group meetings of ISO/TC 131 "Fluid power systems" in October 2019 in Milan.
eCl@ss published release 11.0, originally planned for March 2019, on July 30, 2019, thus introducing the new segment 51 "Fluid power".
ISO working groups in Paris in May 2019 focused on the energy efficiency of hydraulic and pneumatic systems.
The chairpersons of the fluid power standardization section provide an overview of current activities and projects (as of February 2019).
The Marktstammdatenregisterverordnung (MaStRV) specifies the reporting obligations of all market players as well as the network operator audits. The significant sanctions for infringements of the Regulation are particularly explosive.
The information day "Fluid Technology - Technology and Standardization" took place on 27 February 2019 in Frankfurt. Around 100 participants informed themselves about current topics.
ISO published ISO 18582-2 in November 2018. It structures pneumatic products into classes and defines property definitions for them.
ISO committees met at the VDMA in October 2018 to work on international standardisation projects for fluid power components.
The objective of the VDMA specifications 24580 and 24581 is to support appliers of hydraulic and pneumatic systems in stationary machines to design machines which can be operated energy efficiently by taking into account functionality and economic efficiency.
The VDMA Specification 24577 describes besides the characteristics of the cylinder which is to be checked the testing conditions and the measuring procedure. Here it has to be distinguished between static friction and friction during a uniform test velocity.
Here you will find the current list of the standardization committees responsible for the field of fluid technology with their respective representatives.
Ferdinand Rein, SMC Pneumatik, Dr. Klaus Roosen, Parker Hannifin, and Dieter Waldmann, Festo, has been elected as new chairmen.
In order to provide manufacturers and users of pneumatic components in safety-related parts of machine control systems with assistance in the application of the new standard, a working group revised the standard sheet VDMA 24578, Fluid Technology - Implementation of DIN EN ISO 13849 - Requirements for pneumatic manufacturers and users from 2009.

Legal Regulations

Please take the opportunity to give us feedback on the technical implementation and the economic effort you have made.
The draft of the Federal Government's Energy Efficiency Strategy 2050 (EffSTRA) provides for a conversion to direct electric drives. The VDMA contradicts this.
On 11 April 2019, the REACH Regulatory Committee postponed the decision on the CTAC Consortium's application for authorisation to use chromium trioxide - chromium(VI) - in applications.
CETOP has adapted the CETOP position paper PP 04 on the Pressure Equipment Directive to the Directive 2014/68/EU under the auspices of the VDMA Fluid Power Association.
On June 1, 2015, the European Chemicals Directive 67/548/EEC was finally replaced by the European Chemicals Regulation 1272/2008, also known as the CLP Regulation (CLP = Classification, Labelling and Packaging of Chemicals). This also changed the legal basis on which the hazard classification of fluids was previously carried out under the European Pressure Equipment Directive 97/23/EC (PED).
Jörn Dürer
Jörn Dürer
Fluid Power: Standardization and Technology, European Directives
+49 69 6603-1652
+49 69 6603-2652
Dr. Christian Geis
Dr. Christian Geis
Fluid Power: Standardization and Technology, Sealing Technology, DIN NAM Department Fluid Power (Basis, Pneumatic, Sealing Technology)
+49 69 6603-1318
+49 69 6603-2318
Peter-Michael Synek
Peter-Michael Synek
Deputy Managing Director of VDMA Fluid Power Association, Deputy Managing Director Forschungsfonds Fluidtechnik, Project Manager Mechatronic, Managing Director Förderverein Mobile Arbeitsmaschinen e.V.
+49 69 6603-1513
+49 69 6603-2513