Skip to content
  • Home
  • About
  • Standards
    • IEC Standards
    • ISO Standards
    • IEEE Standards
    • ASTM Standards
    • SAE Standards
  • Privacy Policy
  • Contact Us
  • 🌐 中文

Physical Address

304 North Cardinal St.
Dorchester Center, MA 02124

TNLab
  • Home
  • About
  • Standards
    • IEC Standards
    • ISO Standards
    • IEEE Standards
    • ASTM Standards
    • SAE Standards
  • Privacy Policy
  • Contact Us
  • 🌐 中文
TNLab
  • SAE Standards

SAE J231-1999: Minimum Performance Criteria for Falling Object Protective Structures (FOPS)

The SAE recommended practice J231-1999 establishes consistently repeatable laboratory evaluation procedures and performance requirements for Falling Object Protective Structures (FOPS). The standard covers machines typically used in construction, earthmoving, forestry, and mining. Although officially cancelled in March 1999, its technical…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2297-2024: Stability and Compatibility Criteria for Fluorescent Leak Detection Dyes in Mobile Air-Conditioning

Fluorescent leak detection dyes are a vital tool for quickly identifying refrigerant leaks in mobile air-conditioning (MAC) systems. The updated SAE J2297-2024 standard defines the testing and acceptance criteria to ensure these dyes are stable and compatible with modern refrigerants…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2305-2024: Hazard Reduction for Horizontal Earthboring Machines

Horizontal earthboring machines play a critical role in trenchless construction, but they also present significant hazards to operators and nearby personnel. The SAE J2305-2024 standard, revised in November 2024, provides updated safety requirements to reduce risks during normal operation and…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2306-2000: Propylene Glycol Engine Coolant Concentrate Specifications

This article covers SAE J2306-2000, a recommended practice for propylene glycol-based engine coolant concentrate for automobiles and light trucks. Although cancelled, it offers valuable insights into coolant design and testing. 🛠️ Key Requirements for Propylene Glycol Coolant Concentrate The coolant…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2295-2016: Navigating Inch-Dimensioned Fastener Standards 🛠️

Understanding the Scope and Structure of SAE J2295-2016 SAE J2295-2016 is a part standard that covers inch-dimensioned fasteners such as cap screws, hex bolts, heavy hex bolts, and hex nuts. It is designed to aid engineers in ship systems and…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2295M-2019: A Complete Guide to Metric Cap Screws, Hex Bolts, and Hex Nuts for Ship Systems

SAE J2295M-2019 is a surface vehicle standard that provides part identification numbers (PINs) for selected metric fasteners used primarily in ship systems and equipment. This stabilized standard covers socket head cap screws, hex head cap screws, hex bolts, and hex…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2296-2023: Retest of Refrigerant Containers – Ensuring Safety and Compliance

SAE J2296-2023 provides uniform procedures for the retest and inspection of refrigerant cylinders used in equipment servicing mobile air-conditioning (A/C) systems. This standard addresses federal and industry requirements for storage containers, labeling, filling procedures, overfill protection, and mandatory retesting every…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2287: Design and Performance Criteria for Integrated Seat Restraint Systems

SAE J2287 is a recommended practice that provides design and performance criteria for vehicle seats with integrated lap and shoulder restraint systems. This standard, first issued in 1999 and stabilized in 2012, defines the requirements for attachment points, structural integrity,…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2293-1: Foundational Requirements for Electric Vehicle Energy Transfer Systems

SAE J2293-1 establishes the functional framework for electric vehicle (EV) energy transfer systems, covering both conductive and inductive coupling methods. This stabilized recommended practice serves as an umbrella document that defines common functional requirements while accommodating three distinct physical system…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2283: Mechanical and Material Requirements for One-Piece Wheel Nuts

SAE J2283 is a surface vehicle standard that defines the mechanical and material requirements for one-piece wheel nuts used in automotive applications. First issued in 1996, this standard has been stabilized by the SAE Wheel Standards Committee, meaning it is…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2284-1-2023: High-Speed CAN (HSC) at 125 kbps – A Standard for Vehicle Communication Networks

Introduction to SAE J2284-1 SAE J2284-1, stabilized in 2023, defines a standardized approach for implementing a 125 kbps vehicle communication network using the Controller Area Network (CAN) protocol. The primary goal is to establish a common Electronic Control Unit (ECU)…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2286-2015: Standardizing the Vendor Component Data File Interface for OEM Assembly 🔍

Understanding SAE J2286-2015 SAE J2286-2015 is a stabilized recommended practice that defines the file-based interface between the OEM Shop Floor Program and the Vendor Component Program. Its primary purpose is to document existing systems and establish a consistent framework for…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2270-2016: Guidance for Threaded Fastener Inspection, Testing, and Installation in Ship Systems 🛠️

SAE J2270-2016 provides comprehensive guidance for the inspection, testing, and installation of threaded fasteners used in ship systems and equipment. Revised in 2016 to align with current Navy standards, this document replaces the 2003 version and includes extensive updates to…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2271 Inch Series: A Guide to Stud Selection for Ship Systems

SAE J2271 (May 2009) is the definitive parts standard for continuous thread and double end studs used in ship systems and equipment. This inch-series standard covers dimensions, materials, coatings, and a comprehensive part numbering system to ensure consistency and reliability…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2276: Streamlined Numbering System for Multiple Diameter Cutting Tools 🛠️

The SAE J2276 Recommended Practice establishes a consistent alphanumeric numbering system for two-diameter (one step) cutting tools. Designed to reduce ambiguity in identification, procurement, and inventory management, the system uses a 30- or 40-position code to describe dimensions, type, material,…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2255-2024: A Practical Guide to Testing Air Consumption in ABS Air Brake Systems

This article provides an overview of SAE J2255-2024, a recommended practice for measuring the air consumption of highway vehicles equipped with Antilock Brake Systems (ABS) and air brakes. The standard applies to truck tractors, buses, trailers, and dollies, and outlines…

  • admin
  • May 31, 2026
  • SAE Standards

SAE J2266: Location Referencing Message Specification for Interoperable ITS

The SAE J2266 standard, formally known as the Location Referencing Message Specification (LRMS), provides a structured framework for encoding location references within Intelligent Transportation Systems (ITS). Published in 2019 and stabilized due to the lack of identified active users, this…

  • admin
  • May 31, 2026
Prev
1 … 341 342 343 344 345 346 347 … 711
Next

Live Search

No results

Posts

D2270-24 – Standard Test Method Technical Guide

June 6, 2026

D2271-94 – Standard Test Method Technical Guide

June 6, 2026

D2272-22 – Standard Test Method Technical Guide

June 6, 2026

D2273-08 – Standard Test Method Technical Guide

June 6, 2026

D2274-14 – Standard Test Method Technical Guide

June 6, 2026

Categories

  • ASTM Standards
  • IEC Standards
  • IEEE Standards
  • ISO Standards
  • SAE Standards
  • Uncategorized

From industrial fundamentals to cutting-edge technology, every standard embodies the practical wisdom of countless engineers.
TNLab brings you the engineering logic behind the standards.

TNLab — From Standards to Practice

Trending now

D2270-24 – Standard Test Method Technical Guide
D2271-94 – Standard Test Method Technical Guide
D2272-22 – Standard Test Method Technical Guide
D2273-08 – Standard Test Method Technical Guide

Copyright © 2026 - CreativeThemes

Terms & Services | Privacy Policy