TS 13166

TS 13166 is a standard for competent services that support queue and call systems, commonly known as queue-matic solutions. It brings together rules on management practice, structural characteristics, technical equipment and personnel qualifications for these service providers. The focus is on the competence of the authorised service organisation that installs, maintains and supports the system, rather than on the device alone.

What this service framework is concerned with

In general technical terms, queue and call systems are electronic terminal and peripheral solutions used to organise customer flow, waiting order and service-point operation. Their value lies in helping a business manage demand in a predictable way while improving service discipline and user experience. Within that context, TS 13166 defines a framework for the authorised service side of these systems, covering how the service is organised, what kind of facility characteristics are expected, what technical equipment is involved and what personnel capabilities matter. The detailed requirements of the full standard are not reproduced here.

• Management rules relate to how the service organisation is run and controlled.
• Structural features refer to the suitability of the service premises and working environment.
• Technical equipment concerns the tools, systems and infrastructure used in service activities.
• Personnel specifications focus on the knowledge, skills and qualifications of the staff involved.
• The document addresses authorised services for queue and call systems.
• It is a withdrawn standard, so it should be read as a historical technical reference.

Rather than specifying the operating principle of the queue-matic device itself, this standard addresses the institutional and technical capability of the service provider responsible for it. That makes it relevant to installation, maintenance, inspection and user support processes where consistent service delivery matters. As a withdrawn Turkish standard, it remains useful for understanding how the service environment for these systems was formally approached.