Iso 36914 Pdf [new] May 2026

ISO 3691-4 standard, titled "Industrial trucks — Safety requirements and verification — Part 4: Driverless industrial trucks and their systems,"

is the primary international safety framework for autonomous mobile robots (AMRs) and automated guided vehicles (AGVs). The latest version, ISO 3691-4:2023

, was published in June 2023 and provides essential safety guidelines for manufacturers, integrators, and operators of these systems. Scope and Application

This standard applies to any powered industrial truck designed to operate automatically. It covers a wide range of autonomous machinery, including: Automated Guided Vehicles (AGVs) Autonomous Mobile Robots (AMRs) Automated Carts , "bots," and "tunnel tuggers". Hybrid Trucks that allow for both manual and automatic operation. Key Safety Requirements

The standard defines strict performance levels (PL) for various safety functions to ensure safe interaction between humans and autonomous machines: Personnel Detection:

Systems must be designed to stop the truck before it makes contact with a stationary person. Braking Systems:

Trucks must automatically activate brakes if control of speed or steering is lost or if the power supply is interrupted. Speed Control:

A protective stop must be triggered if the truck exceeds its rated speed. Zone Definitions:

The standard introduces specific requirements for different operating zones, such as restricted areas versus those shared with humans. Stakeholder Responsibilities

ISO 3691-4 establishes a framework of co-responsibility among three primary groups: Manufacturers (OEMs):

Responsible for the inherent safety design, risk assessments, and providing necessary documentation for the vehicle. Integrators:

Responsible for the safe installation of the trucks within a specific facility, including environmental risk assessments and risk transfer communication. End Users:

Responsible for maintaining the equipment and ensuring that operators are properly trained on safety protocols. Resources and Verification ISO 3691-4:2020(en), Industrial trucks

The AI angle: turning PDFs from black boxes into data-rich assets

Modern AI systems feed on high-quality, structured inputs. PDFs that conform to an ISO-level spec are exponentially more useful to models:

Imagine e-discovery that surfaces contract clauses with confidence scores tied to document validation; or enterprise search that links technical drawings to BOMs because both follow the same structural rules. The standard becomes a multiplier for AI utility.

Centralized Library

Store all purchased ISO PDFs in a read-only, access-controlled folder. Assign a "standards librarian" to track updates and withdrawals.

What to Do if You Actually Need "ISO 36914" for a Contract

Imagine your tender document or work order explicitly calls out "ISO 36914." You cannot ignore it, but you cannot find it. Follow this action plan:

1. Legal and Copyright Risks

ISO standards are protected by copyright. The organization spends millions of dollars developing these documents through international consensus. Downloading a pirated PDF from a file-sharing site (like Scribd, SlideShare, or a random .ru domain) is a violation of international copyright law. Companies have been fined substantial amounts for using unlicensed standards in their audits.

What If ISO 36914 Does Not Exist?

Given the specificity of the number, there is a chance that ISO 36914 is a typo for one of the following well-known standards:

Action step: Double-check the full title. If your supplier or client mentioned “ISO 36914,” ask them for the complete name (e.g., “ISO 36914:2024 Petroleum and natural gas industries – Offshore pipelines”) or the technical committee number (e.g., TC 67).

If they cannot provide details, search iso.org using partial numbers: “3691” or “6914.” The official ISO catalog will auto-suggest.

Notes on legal access and PDF use

If you want, I can:

The "story" of ISO 3691-4 is one of rapid industrial evolution, shifting from the era of simple magnetic-tape-following carts to today’s intelligent, autonomous robots. The Problem: A Safety Vacuum For decades, factories relied on EN 1525:1997

, a standard that was nearly 25 years old. While it served its purpose for early automated guided vehicles (AGVs), it wasn't built for a world where robots share aisles with humans, dodge forklifts, and navigate complex, changing environments. TÜV Rheinland 2020: The Birth of a New Rulebook In 2020, the ISO 3691-4:2020 iso 36914 pdf

was released to replace the aging EN 1525. It didn't just list technical specs; it introduced a philosophy of risk assessment TÜV Rheinland Zones and Hazards:

It forced designers to define specific "operating zones"—where humans are allowed, where they are forbidden, and how the robot must behave in each. The PDF Guide: For manufacturers, the ISO 3691-4 PDF

became the "law of the land," detailing exactly how sensors (like bumpers and lasers) must detect collisions and stop the vehicle. iTeh Standards 2023: The Modern Update

Technology moved faster than the rules. By 2023, an updated edition was published to address the "state of the art". This version refined safety functions like active detection fields

—ensuring that if a person approaches a turning robot, the robot knows to stop before the human even enters its direct path. ISO 3691-4:2020 A Standard for Automated Guided Vehicles.

ISO 3691-4 is not a valid standard. However, I found that you may be referring to ISO 3691-1, ISO 3691-2, ISO 3691-3, or ISO 3691-4 which are all parts of the ISO 3691 series.

Assuming you are looking for information on one of these parts, I'll provide an overview. If you need information on a specific part, please let me know.

Overview of ISO 3691 series

The ISO 3691 series of standards pertains to forklift trucks and other industrial trucks. Here is an overview of the parts:

ISO 3691-4:2020 - Safety requirements and verification for variable-reach industrial trucks

Here's a write-up on ISO 3691-4:

Introduction

The International Organization for Standardization (ISO) published ISO 3691-4:2020, which provides safety requirements and verification for variable-reach industrial trucks. This standard aims to ensure the safety of operators, pedestrians, and the general public when using variable-reach industrial trucks.

Scope

This standard applies to variable-reach industrial trucks, also known as telehandlers or variable-reach forklifts. These trucks are designed to lift and carry loads using a boom or a telescopic handler.

Safety Requirements

The standard outlines several safety requirements, including:

  1. Stability: The truck must be stable under various operating conditions to prevent tipping or overturning.
  2. Overhead guard: The truck must be equipped with an overhead guard to protect the operator from falling objects.
  3. Load handling: The truck must be designed to handle loads safely, with features such as load charts, warning devices, and protection against load swing.
  4. Operator protection: The truck must provide protection for the operator, including a protective frame, a restraint system, and adequate visibility.
  5. Controls: The truck's controls must be designed to prevent accidental activation or operation.

Verification

The standard describes methods for verifying the safety requirements, including:

  1. Testing: The truck must undergo testing, such as stability tests, to ensure compliance with the safety requirements.
  2. Inspection: The truck must be inspected to ensure that it meets the safety requirements.

Benefits

The ISO 3691-4 standard provides several benefits, including:

  1. Improved safety: The standard helps to ensure that variable-reach industrial trucks are designed and manufactured to operate safely.
  2. Increased efficiency: By standardizing safety requirements, the standard facilitates the efficient use of these trucks in various industries.
  3. Global consistency: The standard promotes global consistency in the design, manufacture, and use of variable-reach industrial trucks.

ISO 3691-4:2023 is the international safety standard for "driverless industrial trucks," providing the primary safety framework for modern warehouse and factory automation like Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs). This standard, which superseded the 2020 version, is critical for manufacturers seeking CE certification in the European Union. JLC Robotics Key Safety Requirements

The standard defines how autonomous vehicles must interact safely with humans and their environment. TÜV Rheinland Active Detection Fields ISO 3691-4 standard, titled "Industrial trucks — Safety

: Clearly defines requirements for sensors (like LIDAR) to detect obstacles and trigger safety stops. Operational Stop

: Specifies the function and distances for stopping mechanisms to ensure immediate safety during hazards. Operating Zones

: Includes Annex A, which dictates how environments (restricted vs. shared zones) must be prepared for safe robot operation. Functional Safety

: Sets performance levels for control systems, braking, and navigation to prevent unintended restarts or failure-related accidents. iTeh Standards Who Needs This Standard?

This document is essential for various stakeholders in the automation lifecycle: iTeh Standards Manufacturers : To design robots that meet global safety benchmarks. System Integrators

: To prepare facility layouts and ensure robots interact safely with existing equipment. Safety Engineers

: To conduct required risk assessments and verification tests before commissioning. iTeh Standards

Authorized resources for obtaining and implementing ISO 3691-4 Official Standards Compliance Guides Safety Components Authoritative Standard Sources

The full, official text of the standard can be purchased directly from the International Organization for Standardization (ISO)

. This is the definitive source for the most recent 2023 version.

Regional versions, such as the European harmonized standard, are available through organizations like the

, which also offers 'Tracked Changes' versions to compare the 2023 and 2020 editions.

For those requiring local compliance in Ireland or Europe, the NSAI (National Standards Authority of Ireland) provides the adopted EN ISO document used for CE marking. Implementation & Compliance Analysis

offers detailed news summaries explaining the key technical changes for manufacturers and operators, focusing on detection fields and stop functions.

Technical breakdowns of how the standard impacts mobile robot safety (AGVs/AMRs) can be found at JLC Robotics

, highlighting how it governs interaction with human workers.

For a broader view on international compliance and testing procedures, Applus+ Laboratories

details the verification requirements necessary for EU market entry. Technical Solutions for ISO 3691-4

To meet standard requirements for 'active detection fields,' manufacturers often integrate sensors from providers like

, which lists compatible safety laser scanners and radar systems.

Guidance on speed monitoring and stability requirements during protective stops is provided by the

, which serves as a helpful technical reference for US-based engineering teams. 2020 and 2023 versions , or do you need help identifying which specific sensors are required to meet these safety levels? AI responses may include mistakes. Learn more

ISO 3691-4:2023 Safety Requirements for Driverless Industrial Trucks The AI angle: turning PDFs from black boxes

ISO 3691-4:2023 is the primary international safety standard for driverless industrial trucks, including Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs). Officially titled "Industrial trucks — Safety requirements and verification — Part 4: Driverless industrial trucks and their systems," this standard provides a comprehensive framework for the safe design, integration, and operation of automated vehicles in shared industrial environments. Key Components of ISO 3691-4

The standard is designed to address hazards throughout the entire lifecycle of a driverless truck. It covers three high-level areas of safety: the operating environment, associated hazards and risks, and protective measures.

Safety Requirements and Risk Reduction: This section outlines how to design robots for safe operation, covering both hardware (e.g., bumper design) and software (e.g., obstacle detection and avoidance).

Verification of Measures: Specific testing protocols are defined to verify that design requirements—such as braking distances and personnel detection—are met.

Operating Zone Preparation: Annex A specifies requirements for different zones (Confined, Restricted, and Hazard) based on whether they prevent unauthorized access or require specific truck speed limits.

Hazard Mitigation: Annex B lists significant hazards and their potential consequences, such as collision risks or entrapment. Technical Requirements for Automated Vehicles

ISO 3691-4:2023 sets rigorous standards for safety functions, often requiring specific Performance Levels (PL) according to ISO 13849-1.

Braking Systems: Must activate automatically upon loss of control or power and stop the truck within the detection range of safety sensors.

Personnel Detection: Systems must detect individuals in the intended path of the truck and its load.

Speed Control: Trucks must initiate an emergency stop if they exceed the rated speed specified by the manufacturer.

Emergency Stops: Functional requirements for e-stops must conform to ISO 13850. Updates in the 2023 Edition

The second edition, published in June 2023, replaced the original 2020 version to better reflect technical advancements. Major updates include:

New definitions for "active detection field" and "operational stop".

More precise definitions for stop functions and emergency stop device distances.

Expanded requirements for trucks that carry intended riders or passengers.

Better correlation with the electrical requirements of EN 1175:2020. How to Obtain the ISO 3691-4 PDF

As an international standard, ISO 3691-4:2023 is a protected document and is generally not available for free legally. It must be purchased through official standards bodies:

ISO Store: The full ISO 3691-4:2023 can be purchased directly from the International Organization for Standardization.

ANSI Webstore: Frequently used in North America, the ANSI Webstore offers the PDF for approximately $200–$250.

National Standards Bodies: Regional versions, such as EN ISO 3691-4:2023 in Europe, can be purchased from sites like EVS.ee or Standards.iteh.ai.

The upstream ripple effects

Adopting a tight PDF standard changes upstream behavior. When organizations know their PDFs must validate against a precise schema:

In short: a file-format standard nudges culture. It forces investment in cleaner workflows and reduces downstream technical debt.