ASTM F476-23 PDF

Full title and description

ASTM F476-23 — Standard Test Methods for Security of Swinging Door Assemblies. This standard specifies reproducible test methods to evaluate the resistance of full swinging door assemblies (including door leaf, frame, hinges, locks, strikes and related hardware) to forced-entry attempts and impact assaults intended to restrain, delay, or frustrate break‑in crimes. The tests are intended for typical entry door assemblies of a variety of materials and constructions and provide a basis for reporting security performance in objective, repeatable terms.

Abstract

ASTM F476-23 defines mechanical and timed forced‑entry procedures (static loads, impact strikes, and manual tool attack sequences) and associated measurement and reporting requirements so manufacturers, test labs, architects and security specifiers can compare and classify swinging door assemblies for forced‑entry resistance. The standard focuses on realistic attack simulations and assembly‑level performance rather than component‑only testing.

General information

• Status: Active.
• Publication date: Published January 1, 2023 (ASTM record shows last document update February 10, 2023).
• Publisher: ASTM International (Committee F12 / Subcommittee F12.50).
• ICS / categories: Protection against crime (13.310); Doors and windows (91.060.50).
• Edition / version: F476-23 (current revision; designation indicates 2023 revision).
• Number of pages: 16 pages (standard document length).

Scope

The scope covers test methods for door assemblies and their components used in wall openings to deter unwanted intruders, including hinge, lock, door, strike, and jamb. Procedures are designed to measure the capability of a swinging door assembly to resist or delay forced entry and apply primarily to typical entry door assemblies; SI units are the standard measurement system used in the text. The standard does not claim to address all safety concerns and leaves safety practices and regulatory applicability to the user.

Key topics and requirements

• Test types: static load (prying/pushing), impact strikes (dynamic energy delivery), and timed manual tool attack sequences to simulate realistic forced‑entry attempts.
• Specimen preparation and mounting: full‑assembly mounting in a rigid test frame that replicates field anchorage and installation conditions.
• Apparatus and instrumentation: specified impact masses/ram arrangements, calibrated force and timing devices, and tool‑sets for manual attack phases.
• Pass/fail and reporting: objective criteria for restraint/delay, measured deformations, time-to-penetration or latch/failure events, and required reporting fields for repeatability.
• Units and notation: SI units are the primary units; parenthetical inch‑pound equivalents may be provided for information only.
• Applicability notes: covers a wide range of materials and construction types but advises users to consider additional hazards, site conditions, or companion standards for complete security design.

Typical use and users

Used by door and hardware manufacturers, independent test laboratories, product certification bodies, architects, security consultants, building owners, and specifiers. Typical applications include residential and commercial entry doors, high‑security storefronts, institutional and government facilities, and any project requiring objective comparison of forced‑entry resistance for procurement, specification, or product development.

Related standards

Standards commonly referenced alongside or as complements to ASTM F476 include European EN resistance standards (EN 1627–EN 1630 series for burglar resistance), ASTM standards for other barrier types (for example, ASTM F588 for windows, ASTM F1450 for hollow metal door assemblies in certain detention/correctional contexts, ASTM F2322 for horizontal barriers), and ballistic or ballistic/forced‑entry combined test standards (for projects requiring both ballistic and forced‑entry criteria such as UL 752 for ballistic resistance). Users often combine F476 assembly tests with relevant lockset, glazing, frame, and anchorage standards to create a complete security specification.

Keywords

door security, forced entry, swinging door, impact test, static load, lockset, strike, hinge, security testing, ASTM F476, entry doors, intrusion resistance

FAQ

Q: What is this standard?

A: ASTM F476-23 is a set of standard test methods that define how to evaluate the forced‑entry resistance of full swinging door assemblies (door, frame, hardware) using static, dynamic, and timed manual attack procedures.

Q: What does it cover?

A: It covers specimen mounting, test apparatus and instrumentation, specified impact and static load procedures, timed tool attack sequences, measurement and reporting requirements, and guidance for interpreting assembly‑level forced‑entry resistance. It applies primarily to typical entry door assemblies of various materials.

Q: Who typically uses it?

A: Door and hardware manufacturers, independent test labs, product certifiers, architects, security consultants, building owners, and procurement/specification professionals use the standard to quantify and compare door assembly security.

Q: Is it current or superseded?

A: F476-23 is the 2023 revision and is listed as active; it supersedes the prior revision F476-14. The ASTM store records a document update on February 10, 2023.

Q: Is it part of a series?

A: F476 sits among a group of ASTM and international standards addressing physical security of building openings and components (e.g., ASTM F588 for windows, ASTM F1450 for certain hollow metal assemblies, EN 1627–1630 series in Europe). It is maintained under ASTM Committee F12 (doors, windows, and related products).

Q: What are the key keywords?

A: door security, forced entry, impact testing, static load, swinging door assembly, lockset, strike, hinge, intrusion resistance, ASTM F476.