Skip to main content
Back

EVS-EN 16589-1:2022

Laboratory local exhaust devices - Part 1: General requirements and type test methods for articulated extraction arms

General information

Valid from 30.12.2022
Base Documents
EN 16589-1:2022
Directives or regulations
None

Standard history

Status
Date
Type
Name
30.12.2022
Main
14.11.2013
Main
This document applies to an articulated extraction arm used as a local exhaust device in laboratories and comprised of a capture device (receiving, enclosing or capture hood, nozzle or flat screen) connected to an extraction arm which is articulated ducting to move air from the capture device to discharge.
This standard specifies:
- a method for type testing;
- a method to assess the three-dimensional capture zone of local exhaust devices mounted on an articulated extract arm;
- a method for assessing the emission release capture efficiency of local exhaust devices connected to an articulated extract arm and its robustness to a challenge of air disturbance directly in front of and in close proximity to the capture hood and release source;
- a method for establishing the reachable, three-dimensional workspace of local exhaust devices mounted on an articulated extract arm by measuring the possible positions of the opening of the device;
- a method for measuring the pressure drop and noise level in the type test;
- instructions for marking the device and recommended content of information for use;
- guidance for use describing the limitations of local exhaust devices with articulated extract arm for different airflow rates establishing the capture zone;
- guidance on selection, installation, commissioning, and control testing of articulated extract arms and their local exhaust ventilation systems.
The scope does not include filtration requirements and impact of fully or partly recirculation of the airflow extracted by an articulated extract arm.

Required fields are indicated with *

*
*
*
PDF
24.40 € incl tax
Paper
24.40 € incl tax
Browse standard from 2.44 € incl tax
Standard monitoring