Solutions and Deployment Scenarios

IP500® solutions ensure robust, uninterruptible, wireless communication between security-relevant building automation components, including:

  • Access control and safety locks
  • Fire and smoke alarms
  • Emergency exits
  • Break-in protection
  • Lighting and climate control
  • Messaging and location

The IP500® standard ensures the requisite cross-disciplinary interoperability that is, moreover, easy to implement using the BACnet and IP500® interoperability specifications.

Multiple Deployment Scenarios 


The IP500® standard also enables different building automation components to be connected in wireless networks, such as coupling the fire alarm and the lighting system so that lighting can be used to show the way to escape routes in an emergency. Or an automatic connection to the access control system can open up escape routes, ensure automatic access for fire fighters with suitably equipped pagers, and relay temperatures and information about the people in every room to the fire control center, etc.

For that, however, it is best if the different devices speak the same language, as it were. With the IP500® standard they do. It uses BACnet, a protocol that is widely established and generally accepted in building automation, as its application protocol. Furthermore, the IP500® standard specifies precisely how many functions are to be coded in BACnet in order to ensure interoperability of devices. 

A Practical Example: Fire Alarm Systems 


In the past, fire alarm systems have generally been supplied and installed wired. That was because there was usually no alternative to wired systems even though they were relatively expensive when compared with wireless systems because the strict provisions of standards such as EN 54-25 either rule wireless alternatives out entirely or subject them to severe restrictions. Fire alarms must, for example, be secured by redundant links.

Where wireless solutions are possible, providers have tended to rely on point-to-point connections, with redundancy being assured by using two frequency bands. But a communication partner has to be installed for each fire alarm – an enormous expense that sends the costs flying sky-high.

With the IP500® standard and using flexible meshing technology, fire alarms can now be installed anywhere in the building. With sufficient wireless coverage, no additional devices are required, and if the coverage is insufficient, you simply install a repeater to extend the mesh network dynamically as required. Alternatively or in addition, wired IP500® products that generally also function as repeaters ensure communication, relaying messages dynamically in the mesh network. In this way secure, robust, and standard-compliant fire alarms systems can be installed using wireless technology.

The potential is there. At present only about two to five percent of fire alarms are networked wirelessly, and around 30 to 40 percent could go wireless without difficulty, according to the manufacturers, if the right technology were available. In listed buildings where few structural changes are permitted there is little or no alternative to wireless solutions.

Examples of applications that can be realized by using IP500® solutions:

  • Security I: Fire alarms coupled with escape route control, smoke extraction, lighting, and access control.
  • Security II: Break-in detection with window, door, and movement surveillance.
  • Comfort: Mobile situation adjustment. Certain ambient components can react to movement automatically by means of IP500® devices worn on the body. They include light control (the light is switched on ahead of and off behind a person), access control (doors opened automatically, access recorded), climate adjusted to personal profile, etc.
  • Energy Management I: Energy savings of up to 30 percent can be achieved by means of individual adjustment of lighting, heating, or window positions.
  • Energy Management II: Smart grids can only be implemented by means of a wide range of good sensors in buildings. IP500® ensures interruption-free communication and easy installation in different sensor products to achieve the most comprehensive and low-cost sensor basis in buildings.
  • Maintenance: Surveillance of machines, solar panels, or smoke detectors that are hard to access. Essential maintenance can as a consequence be undertaken when required and not just prophylactically or at regular intervals.