Dyteqta-System key features:

Identifies loss of water trap seals.
Detects defects, allowing them to be rectified, thereby reducing risk to health.
Non-invasive, non-destructive monitoring for new and existing buildings.
Introduces innovative sonar technology to building drainage.
Provides a useful diagnostic tool to map the building's drainage.
Provides assurance that the drainage system is fully working.

The ability to test the system after design and throughout building life provides assurance that the building drainage system is working correctly.

The Dyteqta-System was developed for this reason.

Dyteqta-System facts:

Only one stack is tested at a given time.
The Dyteqta-System is upgradeable, so additional stacks can be added as required.
Limited system calibration is required, reducing service intervals.
Remote monitoring is an option.

The Dyteqta-System is nonobtrusive and non-destructive:

All testing and installation is carried out in the plant room or roof area.
Minimal input is required from the building operator.
Additional costly works, such as drilling holes in floors and fire stoppers, are not required.
Access to appliances is only required during the set-up phase and to rectify any defective water trap seals.

The Dyteqta-System = health care for buildings

Utilising the Dyteqta-System to monitor the drainage system as a regular protocol through standard Building Management Systems Facilities Management enables on-site design remedial action to be taken to prevent loss of water trap seals.

The system works by sending a measured sine wave into the system.

The system compares a defect free trace versus test trace.	Any deviation from the defect free trace is identified and gives the location of the lost trap seal to the management system.

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The DYTEQTASYSTEM works by sequential testing of each of the stacks in the system, providing accurate feedback to the management system.
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Result:

A fully functioning drainage system, which significantly reduces risk to public health through transmission of diseases and pathogens through cross contamination.