EELECTRON BKT4MT-SH METAL SILVER 4-BUTTON THERMOSTAT/HUMIDIFIER KIT - L

Product Description

The EELECTRON BKT4MT-SH product, although not specified in the results provided, can be described based on the characteristics of a similar product in the same line, such as the OL-U KNX thermostat 3 modules — Metal Edition.

Key Features

This device is designed for integration into domestic and industrial automation systems, using the KNX protocol.

User Interface

The device is equipped with 4 mechanical keys (8 channels) for managing on/off commands, dimmers, shutters and blinds, or other programmable command and control functions. On the front, there is a capacitive bar with swipe function for implementing programmable KNX functions.

Sensors and Controls

It integrates temperature sensors and two two-stage thermostats for the control of two distinct areas, both with integrated PI controller for controlling heating, cooling equipment, valves, 6-way valves, 2- and 4-pipe fan coils.

Visualization and Logic

It has a freely configurable RGB LED bar for displaying states or other quantities available on the KNX bus. In addition, 32 logical blocks are available to create simple expressions with logical or threshold operators, or complex expressions with algebraic and conditional operators.

Presence and Security

The device integrates the “Virtual Pocket Logic”, useful for managing accurate presence information in environments such as hotel rooms, through a magnetic sensor installed on the door and connected to a digital input.

Compatibility and Installation

It is available in various colors and can be installed on boxes of 2 or 3 modules, compatible with the main standards (Italian, German, English, Swiss).

Configuration and Security

The device is configurable through the ETS® application program and can communicate with the KNX Data Secure protocol, ensuring secure and reliable communication.

• LCD display with adjustable backlight
• Control functions for heating, cooling and valve management
• Use of predefined algorithms for proportional temperature and humidity control or dew point calculation
• Detecting the presence and managing of different behaviors