Siemens’ Desigo mass notification system update features a more intuitive, adaptable interface


Siemens recently released the next generation of its Desigo Mass Notification System as part of the Building Technologies Division’s overall Intelligent Infrastructure Solution for the market. This multi-layered alerting system can be used in a single building or across a large campus to communicate a series of emergency and non-emergency messages via visual, audio, and digital notifications. Using a combination of message delivery methods that includes visual warnings, audible alerts, and text messages ensures that the right message reaches the right people, no matter where they are. 

“The latest system modifications let operators move swiftly and efficiently when an important message needs to be communicated to people,” explains Brad Haeberle, vice president at Siemens’ Building Technologies Division. “The Desigo Mass Notification uses multiple communication methods to ensure your message reaches its intended audience, in a way that it is received, understood, and acted upon. It is part of an intelligent infrastructure for the future of buildings.” 

Product updates to the Desigo Mass Notification System include enhanced alarm buttons that allow operators to more easily trigger incidents manually (such as for gas leaks, floods, tornadoes, etc.); a new telephone interface that connects to the speaker and strobe functions of installed emergency call stations; and ground floor graphics that facilitate faster notifications to installed devices such as LED signs, loudspeakers, TV monitors, etc. Other enhancements support the common alert protocol (CAP), which receives weather feeds and forwards onsite detected events to other software applications. Its open architecture supports current enhanced functionality as well as future technology of text-to-speech engines, bulk service messaging, dynamic signage and other services from recognized domain experts. This eliminates costly manual processes while improving communication efficiency, response time, and situational awareness.

First released in 2014, the communication system can be used as a standalone mass notification system or in combination with fire safety systems, video monitoring, access control, intrusion detection, building automation, and lighting to build the foundation of a smarter building and an intelligent infrastructure. The Desigo Mass Notification System is a module of Siemens’ Desigo CC building management station, which is the physical foundation of Siemens’ Intelligent Infrastructure Solution. 

Desigo is a trademark of Siemens and/or its affiliates in some countries.

 To learn more about the Siemens Building Technologies Division, visit www.usa.siemens.com/buildingtechnologies.

 

 

 



June 13, 2016


Topic Area: Press Release


Recent Posts

Fire at Assisted Living Facility Kills 9, Injures 30

Half of the building’s residents were evacuated through small windows.


North Carolina Children's Health Selects Apex for Campus Location

The groundbreaking is anticipated to happen in 2027.


Designing for Access: Addressing Pharmacy Deserts with Flexible Solutions

Design is an increasingly important consideration for closing the gap in pharmaceutical access.


Baylor Scott & White Health Set to Open New Texas Medical Center 

The new 40-acre campus will offer communal green spaces, more than two miles of trails, health and wellness events and activities for everyone to enjoy.


The Future of Backup Power Systems in Healthcare Facilities

Manufacturers discuss what trends are shaping the future of backup power systems in healthcare.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

 
 
 
 

Healthcare Facilities Today membership includes free email newsletters from our facility-industry brands.

Facebook   Twitter   LinkedIn   Posts

Copyright © 2023 TradePress. All rights reserved.