What is PD CLC/TS 50134-9 - Alarm IP communication Protocol about?
BS EN 50134 is a European standard on social alarm systems, that contributes to ensuring that the required level of system integrity and performance are met during an emergency.
PD CLC/TS 50134-9 specifies a protocol for point-to-point transmission of alarms, faults, control signals and communications monitoring, between a local unit and controller and an alarm receiving centre using the Internet protocol (IP). The protocol is intended for use over any network that supports the transmission of IP data with sufficient quality of service to support VoIP or a separate voice channel.
In PD CLC/TS 50134-9, the Alarm Protocol is defined as an XML scheme including the alarm types, codes and necessary additional information. The alarm protocol is an application layer protocol using another Internet Protocol as a transport protocol to handle addressing and transport functions.
Who is PD CLC/TS 50134-9 - Alarm IP communication Protocol for?
PD CLC/TS 50134-9 on alarm IP communication Protocol is useful for:
- Software companies/IT firms
- Software engineers/developers
- Alarm system designers
- Alarm manufacturers
- Alarm Receiving Centers
- Telecommunications companies
Why should you use PD CLC/TS 50134-9 - Alarm IP communication Protocol?
A social alarm system provides facilities for alarm triggering, identification, signal transmission, alarm reception, logging, and 2-way speech communication, which comprises a number of system parts, which can be configured in different ways to provide this functionality. PD CLC/TS 50134-9 provides you with social alarm transmission network architecture.
PD CLC/TS 50134-9 PD CLC/TS 50134-9 defines the IP communications protocol for social alarms, optimized for standalone usage. Most of the current social alarms usage is stand-alone within the home and not related to other alarm systems.
Using PD CLC/TS 50134-9 guidelines, you can verify the ability of your products to meet the best industry performance parameters that, with uninterrupted communication and faults, can people who are at risk. Moreover, you can avoid the risk of malicious substitution of radio signals that generate false alarms or fault signals, that compromise system integrity.
