For the purpose of this standard, the following definitions apply:
DIN VDE 0580 applies to . These devices are specifically intended for the purposes of holding, lifting, moving, coupling, or braking .
This document is the German industrial standard for —specifically those with a rated voltage of up to 1,000 V AC or 1,500 V DC. It defines safety requirements, test conditions, construction guidelines, and performance characteristics. Unlike general component standards (e.g., IEC 61000 for EMC), VDE 0580 dives deep into the unique behaviors of electromagnets: holding force, temperature rise, duty cycles, and de-energization risks.
The 2023 revision of introduced several important updates:
is the cornerstone of electromagnetic component design in Europe. By ensuring that solenoids, brakes, and magnets meet high standards for durability, safety, and functionality, it ensures that industrial systems operate reliably. For any professional involved in the design or application of electromagnetic devices, the DIN VDE 0580.pdf is an indispensable technical resource. Din Vde 0580.pdf
The standard is structured logically, guiding the user from definitions to design requirements and finally to verification tests:
The 2011 edition explicitly aligns with Directive 2008/57/EC on the interoperability of the EU rail system. Specifically, Clause 5.4.3.10 ("Functional tests for brake magnets") provides the presumption of conformity with this directive, which is critical for suppliers to the railway industry.
The standard is available for purchase directly from official publishers and their online platforms. You can buy and download the PDF instantly. The main providers are:
DIN VDE 0580 is more than just a document; it is a tool for industrial quality and safety. For manufacturers, it provides a clear framework for product development, increasing investment security and enabling them to design devices that are compatible across different companies' systems. For testing laboratories, it offers defined test procedures. For the end-user, it is a mark of assurance that the electromagnetic component they are using has been designed and tested against a nationally and internationally recognized benchmark. Understanding its scope, its technical depth, and the implications of the upcoming 2026 draft is essential for anyone involved in the specification, design, or application of these fundamental industrial components. For the purpose of this standard, the following
Do not compromise on passive safety. Get the standard, read it, and enforce it.
Following the standard reduces risks of failure, fire, or electric shock in machinery.
Procuring the official PDF file of the standard is a standard procedure for several roles within product development and quality control:
The standard serves as the fundamental European benchmark for the design, testing, and safe application of electromagnetic devices and components . Officially curated by the DKE German Commission for Electrical, Electronic and Information Technologies , this norm applies universally to heavy-duty electrical components such as solenoids, industrial electromagnets, magnetic clutches, and brake assemblies operating with a rated supply voltage up to 1,000 V . By ensuring that solenoids, brakes, and magnets meet
): The supply voltage assigned by the manufacturer for the device. Power Rating ( PNcap P sub cap N
Solenoids are classified by their thermal stability. Common insulation classes include Class F ( 155∘C155 raised to the composed with power cap C ) or Class H ( 180∘C180 raised to the composed with power cap C ) .
If you meant a different standard (e.g., , VDE 0700 , or DIN EN 60617 ), please clarify. The following assumes VDE 0580 (Electromagnetic devices – Requirements) .
A draft of the upcoming 2026 version is available for for those who wish to review and comment on the proposed changes.