DIN EN 12094-8 E 2020-11 PDF

STB DIN EN 12094-8 E 2020-11

Name in English:
STB DIN EN 12094-8 E 2020-11

Name in Russian:
STB DIN EN 12094-8 E 2020-11

Description in English:

Original standard DIN EN 12094-8 E 2020-11 in PDF full version. Additional info + preview on request

Description in Russian:
Оригинальный стандарт DIN EN 12094-8 E 2020-11 в PDF полная версия. Дополнительная инфо + превью по запросу
Document status:
Active

Format:
Electronic (PDF)

Delivery time (for German version):
1 business day

Delivery time (for Russian version):
365 business days

SKU:
stdin33369

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€25

Full title and description

STB DIN EN 12094-8 E 2020-11 — Fixed firefighting systems — Components for gas extinguishing systems — Part 8: Requirements and test methods for connectors. This document specifies product characteristics and type-test methods for flexible and rigid connectors used in building-installed gas fire‑extinguishing systems (CO₂, inert gas and halocarbon systems).

Abstract

This standard (prEN / FprEN form adopted as E DIN EN 12094-8:2020-11) defines performance, material and construction requirements and the associated test procedures for connectors (types covering connections between container valves, manifolds and distribution pipework). Key test areas include leakage, burst/pressure resistance, thermal resistance (heat and cold shock where applicable), low‑temperature performance and flexing/fatigue for flexible types. The text is provided in English and German.

General information

  • Status: European draft standard / committee draft adopted as E DIN EN 12094-8 (prEN / FprEN form). National adoption and final status should be confirmed with the relevant national standards body.
  • Publication date: November 1, 2020 (designation shown as 2020-11).
  • Publisher: Prepared under CEN technical committee TC 191 and published/adopted in national form by DIN (E DIN EN designation).
  • ICS / categories: Fire protection / fixed firefighting systems — ICS 13.220.10 (fire‑fighting equipment/components).
  • Edition / version: 2020-11 (E DIN EN 12094-8:2020-11, prEN / FprEN text).
  • Number of pages: 46 pages (typical published draft PDF length).

Scope

The document applies to flexible and rigid connectors used in fixed gas extinguishing installations in buildings. It covers connectors between storage/container valves and manifolds, connectors for distribution pipework (including connectors intended to accommodate movement), and specifies which connector types require particular thermal, pressure and mechanical tests. The standard is intended for use with CO₂, inert gas and halocarbon agent systems.

Key topics and requirements

  • Definition and classification of connector types (e.g., connectors between container valves and manifolds, flexible distribution connectors, rigid connectors).
  • Operational reliability requirements and working/maximum service pressures.
  • Material specifications for metal parts and corrosion/compatibility considerations.
  • Leakage and tightness tests (type tests for sealing performance).
  • Resistance to bursting / internal pressure tests and required safety margins.
  • Thermal tests: resistance to heat, cold shock and combined pressure/temperature exposure for defined connector types.
  • Low‑temperature performance and flexing/fatigue tests for flexible connectors.
  • Marking, documentation and manufacturer information requirements.
  • Type test methods, sample selection and conformity / AVCP (assessment and verification of constancy of performance) and factory production control expectations.

Typical use and users

Primary users are manufacturers of connectors and pipework components, designers and installers of fixed gas extinguishing systems, testing and certification laboratories, and conformity assessors. Building owners, fire‑safety engineers and authorities having jurisdiction also reference this standard when specifying or approving system components.

Related standards

EN 12094 is a multi‑part series covering components of fixed gas extinguishing systems. Relevant parts include (but are not limited to) EN 12094-1 (electrical control and delay devices), EN 12094-2 (non‑electrical automatic control and delay devices), EN 12094-3 (manual triggering and stop devices), EN 12094-4 (container valve assemblies and actuators) and other parts addressing nozzles, pressure gauges and special detectors. Users should consult the full EN 12094 series and any national implementations or amendments.

Keywords

Connectors, flexible connector, rigid connector, gas extinguishing, CO2 systems, inert gas systems, halocarbon systems, type tests, burst resistance, leakage test, thermal shock, AVCP, factory production control, CEN TC 191.

FAQ

Q: What is this standard?

A: It is the part of the EN 12094 series that sets requirements and test methods for connectors used in fixed gas extinguishing systems; published/adopted in the E DIN EN prEN form as 2020-11.

Q: What does it cover?

A: It covers product characteristics and type‑test procedures for flexible and rigid connectors (pressure, leakage, thermal resistance, low‑temperature and flexing tests), plus marking and documentation requirements.

Q: Who typically uses it?

A: Manufacturers, system designers and installers, test houses and conformity assessors, plus facility managers and authorities referencing component compliance for building fire protection.

Q: Is it current or superseded?

A: The document appears in the prEN / FprEN form and is shown with a 2020-11 designation; its final harmonized or fully published status may vary by country. For purchase, formal citation, or to confirm whether it has been finalized or superseded, consult the national standards body (DIN or the appropriate adopter) or the CEN publications database.

Q: Is it part of a series?

A: Yes — EN 12094 is a multi‑part series for fixed gas extinguishing system components; Part 8 specifically addresses connectors, with other parts covering controls, valves, nozzles, detectors and gauges.

Q: What are the key keywords?

A: Connectors, flexible connector, rigid connector, gas extinguishing systems, CO₂, inert gas, halocarbon, leakage test, burst test, thermal shock, AVCP, CEN TC 191.