The UKM intends to procure a "digital alerting system" for the in-house

Plant fire brigade in an EU-wide procurement procedure.

The forces of the plant fire brigade carry function-related signal receivers on the man. The alerting

this detector is particularly useful when the forces are not at the fire station.

The University Hospital Münster (UKM) is a service provider of health care in the region and an important component of the German hospital landscape. In addition, the UKM stands for cutting-edge medicine in the German hospital landscape and is one of the most successful maximum care providers nationwide. The forces of the plant fire brigade are alerted via function-bound message receivers, especially if the forces are not at the fire station.

The subject of the award procedure is the conception, planning, implementation and maintenance of a hybrid digital alarm system (POCSAG, 2m) according to the TR-BOS standard with two redundant central technology locations and three locations for digital alarm converters (DAU) within the hospital campus. The order is divided into the following lots:

- The 01 - Digital Alarmierungssystem

- Lot 02 - Antenna technology

At two central technology locations (main and redundancy location), POCSAG system technology and system technology for connecting further communication channels (alarm and communication server) are to be implemented redundantly and connected via interfaces to other systems of the client (ISE C4 operations control system, e-mail, I/O). An alarm evaluator is intended to ensure that alarms have been sent out physically. Furthermore, POCSAG alarms are to be received from the network of the Münster professional fire brigade and transferred to the company's own system technology for further processing and alerting. In the event of system failures or failure of site networking, it should be possible to operate both central locations independently of each other in stand-alone operation.

The system is to be operated in regular operation from the plant fire brigade's headquarters and via a mobile tablet. A KVM console directly in the technical room of the main location and an additional operator workstation at the redundancy site are provided as emergency control levels.

The antenna systems required for the system technology (POCSAG, GPS, LTE) are to be installed at both the two central locations and the three DAU locations. Static and lightning protection considerations and measures should be taken into account.

The IT network of the system technology is to be implemented both wired and via mobile radio independently of other IT networks. Only communication with external systems via interfaces requires network couplings established by the client. The required physical IT network cabling (fiber optics) between the central locations is provided by the client.

The wired network includes the communication of the components at the central locations as well as the communication between the central locations, including the operating levels.

The IT network via mobile communications includes the digital message receivers as well as the digital alarm converters. The closed user group is to be implemented independently of external system networks, which is why LTE routers are to be provided as endpoints of the closed user group in the central locations.

The University Hospital Münster (UKM) is a service provider of health care in the region and an important component of the German hospital landscape. In addition, the UKM stands for cutting-edge medicine in the German hospital landscape and is one of the most successful maximum care providers nationwide. The forces of the plant fire brigade are alerted via function-bound message receivers, especially if the forces are not at the fire station.

The subject of the award procedure is the conception, planning, implementation and maintenance of a hybrid digital alarm system (POCSAG, 2m) according to the TR-BOS standard with two redundant central technology locations and three locations for digital alarm converters (DAU) within the hospital campus. The order is divided into the following lots:

- The 01 - Digital Alarmierungssystem

- Lot 02 - Antenna technology

At two central technology locations (main and redundancy location), POCSAG system technology and system technology for connecting further communication channels (alarm and communication server) are to be implemented redundantly and connected via interfaces to other systems of the client (ISE C4 operations control system, e-mail, I/O). An alarm evaluator is intended to ensure that alarms have been sent out physically. Furthermore, POCSAG alarms are to be received from the network of the Münster professional fire brigade and transferred to the company's own system technology for further processing and alerting. In the event of system failures or failure of site networking, it should be possible to operate both central locations independently of each other in stand-alone operation.

The system is to be operated in regular operation from the plant fire brigade's headquarters and via a mobile tablet. A KVM console directly in the technical room of the main location and an additional operator workstation at the redundancy site are provided as emergency control levels.

The antenna systems required for the system technology (POCSAG, GPS, LTE) are to be installed at both the two central locations and the three DAU locations. Static and lightning protection considerations and measures should be taken into account.

The IT network of the system technology is to be implemented both wired and via mobile radio independently of other IT networks. Only communication with external systems via interfaces requires network couplings established by the client. The required physical IT network cabling (fiber optics) between the central locations is provided by the client.

The wired network includes the communication of the components at the central locations as well as the communication between the central locations, including the operating levels.

The IT network via mobile communications includes the digital message receivers as well as the digital alarm converters. The closed user group is to be implemented independently of external system networks, which is why LTE routers are to be provided as endpoints of the closed user group in the central locations.