Eyewash Station Distance Requirements

Designed to provide comfort for workers who are exposed to potentially hazardous materials, eyewash stations provide immediate relief after exposure. They are more cost-effective than medical costs and workers’ compensation, and they are not necessary for all workplaces. Desk-work, form-filling, and other desk-based tasks are not considered hazardous. As a result, it is important to locate the eyewash station within a 10-second walk or a 55-foot distance from the hazard area.


Eyewash stations must be installed in locations where they are accessible by personnel with limited mobility. They must be at least 55 feet away from any hazardous area, including electrical equipment. A hard water connection must be provided for the station. If a stationary eyewash station is not available, the station should be at least five meters (164 inches) away from any electrical equipment. The distance between the eyewash station and the hazard area should be at least 10 meters (30 feet).

Right Place

An eyewash station should be installed close to electrical equipment, as this could prevent the user from accessing the device when necessary. In addition, the eyewash station must be installed in an area that offers adequate drainage. It should not be placed too close to any electrical equipment, as splurge water from the device can be harmful to people. The recommended delivery rate is 1.5 liters per minute for 15 minutes of fluid. A hard water connection should be provided for the eyewash station. It should maintain a temperature between sixty and 100 degrees Fahrenheit.


For eyewash stations, the flow requirements are lower because they aim for the eye instead of the other parts of the body. The ANSI Z358.1 standard recommends 0.4 gpm at thirty psi. The nozzles must be at least six inches away from the obstacle and 33-45 inches above the floor. The eyewash gauge should be used to verify the flow pattern. In areas with electrical equipment, a hard connection is required.


The distance between an eyewash station and electrical equipment should be at least ten feet, and should not be too close to the station’s drain. It should be placed at a distance where it can be easily accessible. An eyewash station should be located at a distance away from the electrical equipment. This location should be away from the electrical equipment and the water supply. This will ensure that the water reaches the station with no problem.


The distance between an eyewash station and a hazardous area should be at least 55 feet or less. A safety shower must be at least 20 feet away from a potential hazard. Ideally, it should be situated in a location where workers can easily reach it. The distance should be between the station and the hazard area. If it is not, the eyewash station should be further away than the hazard area.


A sink-mounted eyewash station is permanently connected to a continuous source of potable water. It must have a water flow of at least 0.4 GPM at 30 psi for 15 minutes. The water should be between 60 and 100 degrees Fahrenheit. The height of an eyewash station should be at least 6 inches away from obstructions and should activate in less than a second. These measurements should be a good fit for your needs. Check the details at Absorbents Online!


A tepid drenching water must be kept between 15 feet and the eyewash station. The drench should be at least 10 feet from the hazard area. The eyewash station must be located within a 10-second walk of the hazard area. If the location is further away, it should not be placed near electrical equipment. It should also be placed at least 55 feet from the hazardous area.

Last Word

Again, ANSI standards are copyright protected. They may not be reproduced in full without the written permission of the ANSI. They must be within 10 seconds of the hazardous area and 55 feet away from electrical equipment. The distance of the eyewash station from the hazard area should be at least 15 feet. When a safety risk has been identified, the eyewash station should be within ten seconds of the hazard.