GOST 17516.1-90 PDF

Full title and description

GOST 17516.1-90 — Electric technical devices. General requirements for environment mechanical stability. The standard establishes general technical requirements for the resistance of electrical engineering products to mechanical external influences (vibration, single and repeated shocks, seismic loads) and defines groups of mechanical execution for classifying equipment by severity of mechanical environment.

Abstract

This standard gives normative rules for specifying and testing the mechanical stability (vibro‑ and shock‑resistance, seismic requirements, levels and spectral characteristics) of a wide range of electrotechnical products used in industry and transport. It defines typical levels of vibrational acceleration, shock acceleration, frequency ranges, and required test procedures or reference methods; groups of mechanical execution (M‑groups) are used to select requirements appropriate to operating conditions.

General information

• Status: Adopted as GOST 17516.1‑90 (original USSR standard). National applicability varies — listed as active in some commercial catalogs while in certain national registries it is recorded as withdrawn/superseded; check the relevant national standards body for current legal force.
• Publication date: Adopted in 1990 (designation suffix -90); commonly shown with effective date 1 January 1991 in catalog records.
• Publisher: Issued under the GOST system (USSR State Standard / Gosstandart) and subsequently reproduced by national standards bodies and commercial publishers.
• ICS / categories: Electrotechnical standards — components and equipment for electrical engineering; typical ICS classification cited as 29.100 (components for electrical equipment).
• Edition / version: Original designation GOST 17516.1‑90; later amendments and corrigenda have been recorded in commercial metadata (amendment notes appear in some vendor records).
• Number of pages: Official short sheet listings often show the original release as a brief normative document (catalog entries list 7 pages), while commercial PDF packages and translations may include annexes and amendments yielding longer counts (examples from 40–53 pages). Users should check the specific edition PDF for exact pagination.

Scope

Applies to electrotechnical products of general economic use (rotating machines, transformers, switchgear, control gear, power converters, lighting equipment, connectors, enclosures, etc.) and specifies general requirements for their resistance to mechanical external influencing factors. The standard is intended to be used when drafting product technical specifications, design documentation and test programmes; it complements climatic and environmental standards by addressing mechanical influences (vibration, shock, seismic actions).

Key topics and requirements

• Classification into groups of mechanical execution (M‑groups) that correspond to levels of vibration and shock severity for design and testing.
• Definition of vibrational parameters: frequency ranges, peak and rms accelerations, amplitudes and spectral shapes to be used for endurance (vibro‑resistance) and stability testing.
• Shock requirements: single and multiple shock acceleration levels, pulse durations, and test criteria for mechanical integrity and functional performance after shocks.
• Seismic‑resistance criteria and mapping of seismic intensity to equivalent vibration test levels for stationary and mounted equipment.
• Rules for describing requirements in product documentation (how to record the mechanical environment, permissible combinations of factors, and when special or expanded test regimes are required).
• Reference to related climatic and protection standards where combined environmental conditions must be considered (examples: climate categories, enclosure protection ratings).

Typical use and users

Used by product designers, test laboratories, certification bodies, procurement/specification engineers, and manufacturers of electrical machines, transformers, switchgear, control cabinets, converters and other electrotechnical equipment — especially for products intended for industrial plants, transport (rail, marine, automotive), and harsh‑environment installations where mechanical loads and seismic actions are relevant.

Related standards

Commonly referenced and used together with: GOST 15150 (climatic design and placement categories), GOST 14254 (degree of protection IP), various GOSTs for electrotechnical product families (transformers, switchgear, enclosures), and international references such as IEC/ISO environmental classification series (the standard was aligned with IEC group standards in its development). Specific related national standards and later regional technical rules may supersede or extend requirements for particular product classes.

Keywords

mechanical stability, vibration resistance, shock resistance, seismic resistance, electrotechnical products, M‑groups, GOST 17516.1‑90, environmental mechanical factors, product testing, electromechanical equipment

FAQ

Q: What is this standard?

A: GOST 17516.1‑90 is a GOST (USSR/Russian) normative document that sets out general requirements for the mechanical stability of electrical engineering products — i.e., how to classify and test equipment for vibration, shock and seismic influences.

Q: What does it cover?

A: It covers classification into mechanical execution groups, numerical values and spectra for vibration and shock, test conditions (frequency ranges, accelerations, pulse durations), seismic‑related prescriptions and rules for recording mechanical environment requirements in technical documentation.

Q: Who typically uses it?

A: Designers and manufacturers of electrotechnical equipment, test laboratories and conformity assessment organizations, procurement/specification engineers for industrial and transport equipment, and anyone writing technical specifications that must include mechanical environment requirements.

Q: Is it current or superseded?

A: The original document dates from 1990 (commonly shown with effective date 1 Jan 1991). Commercial catalogs and national registries show mixed status: some vendors list it as active, while at least one national registry entry records it as withdrawn (check the applicable national standards body for legal validity in your jurisdiction). Users should verify current status before using the standard as a normative reference.

Q: Is it part of a series?

A: Yes — the designation 17516.1 indicates a part within the wider family of GOST 17516 standards addressing environmental and reliability requirements for electrotechnical products; the document is also linked to other product‑specific GOSTs and to IEC/EN environmental classification standards referenced in its development.

Q: What are the key keywords?

A: mechanical stability, vibration, shock, seismic, M‑groups, electrotechnical products, environmental mechanical factors, testing.