DIN EN 1023 is a European standard series used for office screens (also called office partitions or space-dividing elements). It is commonly referenced when specifying screen dimensions, evaluating mechanical safety, and planning stability/strength verification for screen systems used in workplace environments.
If you need help identifying which part of DIN EN 1023 applies to your screen type (freestanding, desk-mounted, modular, etc.) and what that means for a practical lab setup, talk with our team.
DIN EN 1023 (series): Office furniture — Screens (partitions)
DIN EN 1023 is typically applied as a multi-part standard for office screens. In practice, it is used to define dimensional expectations, state mechanical safety requirements, and provide test methods used to evaluate stability and structural/mechanical performance.
This series is frequently used by furniture manufacturers, workplace planners, buyers, and third-party test labs as part of product qualification and conformity documentation for office screen systems.
Quick Definition
Document type: Multi-part standard series (dimensions + safety requirements + test methods).
Common purpose: Defines how office screens are sized, what mechanical safety expectations apply, and how stability/strength-related performance is commonly checked.
Common parts referenced: Part 1 (dimensions), Part 2 (mechanical safety requirements), Part 3 (test methods).
What This Standard Covers
DIN EN 1023 is focused on screens used in office environments as space-dividing elements. Depending on the part cited, it may cover dimensional definitions, mechanical safety expectations intended to reduce mechanical hazards, and laboratory-style verification methods for stability and structural/mechanical performance.
Because DIN EN 1023 is a series, the exact requirements and test activities depend on the specific part number referenced in a purchase specification, product requirement, or test plan.
Why This Standard Matters in Testing
Office screens can introduce safety and performance risks if they tip, deform, or create mechanical hazards during normal use. DIN EN 1023 is often used to translate these concerns into consistent evaluation criteria and repeatable verification methods.
For labs and QA teams, the main practical value is test alignment: it helps ensure that test loading, setup, and pass/fail observations for screens are performed in a comparable way across products, sites, and suppliers.
Common Materials, Product Types, or Applications Covered
DIN EN 1023 is commonly associated with office screen constructions such as metal-framed partitions, laminated or composite panels, upholstered/acoustic screen panels, and modular systems that connect multiple screen elements.
Typical applications: Open-plan offices, collaborative spaces, call centers, privacy dividers, and screen systems integrated with or positioned near office workstations.
Common Test or Verification Workflow
A DIN EN 1023 workflow is usually driven by the cited part:
- Part 1 (dimensions): Dimensional verification using measuring tools, gauges, and documented measurement points.
- Part 2 (mechanical safety requirements): Design/inspection-oriented checks and mechanical safety evaluation of features a user can contact during normal use.
- Part 3 (test methods): Practical test execution for stability and structural/mechanical performance using controlled loading and defined setups.
Common outputs: A test report (or internal verification record) documenting the screen configuration tested, the setup conditions, the load application approach, observations during/after loading, and any required dimensional checks.
Equipment Commonly Used for This Standard
DIN EN 1023 may be evaluated using a mix of dimensional metrology tools and mechanical loading equipment. The needed equipment depends heavily on whether the requirement is primarily dimensional, safety/inspection-based, or test-method-based.
Common equipment families: Measurement tools (tapes, rulers, calipers), calibrated masses/weights, force gauges or load application devices, stability test setups (controlled push/pull with defined geometry), and fixtures/supports to represent typical installation conditions.
When Part 3 test methods are specified for structural/mechanical evaluation, labs often use configurable loading rigs that can apply repeatable forces at controlled locations and heights, along with basic displacement/deflection measurement where required.
If you are configuring a stability/strength test setup for screens and need to match load capacity, reach, and fixtures to your screen geometry, you can request a detailed quote for a practical test system configuration.
How to Read This Designation or Revision
DIN EN: Indicates a European Norm (EN) adopted as a German national standard (DIN).
1023: The EN series number for office furniture screens.
Part numbering: The part suffix (for example “-1”, “-2”, “-3”) is critical because it tells you whether the reference is about dimensions, mechanical safety requirements, or test methods.
Revision/date sensitivity: DIN EN 1023 citations are commonly shown with a publication date (often including month). Test setups and reporting expectations can differ by edition, so procurement and lab documentation should reference the exact part and year/month cited in the requirement.
Related Standards, Methods, or Frameworks when useful
DIN EN 1023 is often referenced alongside other office furniture standards when a broader workstation or office system is being evaluated. Depending on the product scope, adjacent references may include standards for office work tables and office storage furniture.
If a purchase specification references multiple standards across a workstation system, align the test plan so that each requirement is mapped to the correct product configuration and the correct cited edition (especially when screens are integrated with desks or storage units).
Get help selecting a DIN EN 1023 test setup
If you are preparing a DIN EN 1023 qualification plan and want help translating the cited part and edition into equipment capacity, fixtures, and a practical test workflow, contact our team.