The DIMES Digital Measurement System for Inert Gas

Ensures Fire Protection System Readiness 24/7/365 with 99.9% Accuracy

Rotarex Firetec offers information about the DIMES digital measurement system that monitors fire protection system cylinder contents 24/7/365.

Rotarex Firetec

has achieved a breakthrough innovation called DIMES that ensures the readiness of an

inert gas system

with 99.9% accuracy — and sends a notification in case of a leak. For inert gas to effectively suppress a fire, the correct amount of gas needs to be released to displace the oxygen level below 15%. Should a leak occur, the system can fail. However, traditional methods that rely on cylinder pressure to calculate cylinder contents can give "false reads." Since this pressure can vary with changes in temperature, there is a risk of a

fire protection system

failure. When the temperature is hot, increased pressure made hide the fact that there is a leak and not enough gas in the cylinder. Conversely, cold temperatures can trigger false alarms.

DIMES is the first to be able to adjust for temperature variations on pressure to deliver a precise real gas reading. Using advanced algorithms and gas behavior data, the

Rotarex Firetec

development team calculated the real gas dynamics at every temperature. This delivers an extremely accurate reading of cylinder contents at all temperatures.

  • User-friendly interface
  • Traceability
  • Export to external devices
  • 0 to 400 bar
DIMES is provisioned with robust traceability protocols that include data relative to each cylinder, such as date of service and maintenance schedules. Replacing traditional pressure gauges with the new digital DIMES IG system gives users confidence that their

inert gas fire suppression system

is fully pressurized and will not fail at the critical moment. It will be ready at all times, 24/7/365.

To learn more, please feel free to contact a

Rotarex Firetec

sales representative
.

Download Brochure X

This site uses cookies.

Rotarex uses cookies to ensure a better and easier online experience. Please click here to accept the continued use of these cookies after reading our revised COOKIES POLICY.

Please note, you may continue to use the website even if you do not accept the use of cookies. However, the visitor experience on subsequent visits will be diminished.

Read the full COOKIES POLICY.