VTS Ventus VVS650 [43/55] Advanced control

ADVANCED CONTROL

HMI Basic HMI Advance VMS Ethernet Internet

ModBUS

TCP/IP (LAN)

BMS

WiFi

Advanced control algorithms - cost minimization

VTS algorithms apply cascading regulation of room temperature, which ensures minimum consumption of heat

and process cold. Moreover, control algorithms ensure precise maintenance of the preset room temperature with

zero hysteresis

Economic adaptation of fan capacity parameters to the needs of the building

Algorithms of fan efciency control were applied through ectronic measurement and automatic regulation of air

efciency expressed in m³/h - so called CAV and VAV system.

HMI Basic

The AHU is operated from a control panel with a simple service interface, which prevents any unauthorized change

of the advanced operating settings of the AHU. HMI Basic is also a combination of a temperature and humidity

sensor with a control panel, all in one housing.

HMI Advanced

Dedicated tablet, with Android system and Chrome browser, ensuring convenience in management and

conguration of device parameters. The user receives a device for conguring and parametrizing the VENTUS air

handling unit, a compilation of documents, a set of information about the product, and access to the monitoring

and visualization of operating parameters of devices in the same network.

Automatic air quality control function

VTS offers the optimization of energy consumption, based on step-less, automatic adaptation of air efciency to

the needs of heating, cooling and ventilation. This adaptation is based on ensuring proper air quality - temperature,

, humidity.

Three different operating modes

The user can choose one of three individual operating modes: Eco, Optimum and Comfort. Each of these modes

offers individual performance parameters: main adjustment setting, e.g. temperature in the room, humidity, CO

level or air ow value, etc.

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AHU operation calendar

VTS automation offers the possibility of programming a weekly AHU operating schedule, taking into account

special days (ofcial celebrations, holidays, days off, etc.). For each time interval, it is possible to program one of

three operating modes. A graphic presentation of the user-congured schedule using visual tools is also available.

Simulation of air handling unit operation

A function is available to simulate the savings due to the application of specic functionalities, and

function of simulation of working parameters of particular components.

Components Components

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