EELECTRON 9025ISH-3 CUSTOM BEDSIDE KNX PLATES BLACK ICON SET - H - 32 ICONS

EELECTRON 9025ISH-3 Product Description

The EELECTRON 9025ISH-3 product is part of the range of KNX® solutions offered by Eelectron, designed for the automation and control of building infrastructures. This product is specifically designed for integration into environment management systems, in particular in hotel rooms and in residential and commercial applications.

Technical characteristics

The 9025ISH-3 is a SET H icon sheet, consisting of 32 icons, available in black. Here are the main technical characteristics:

• Dimensions and Assembly: The device is designed to be mounted in standard built-in boxes, with dimensions compatible with English, German or Italian 3-module boxes.
• Power supply: The power supply is via the EIB/KNX bus, with a voltage of 21 ÷ 32 Vdc and a maximum consumption of 30 mA.
• Conditions of Use: The device operates within a temperature between -5 °C and +45 °C and can be stored within a temperature between -20 °C and +55 °C, with a non-condensing relative humidity of up to 90%.

Functionality and Integration

The 9025ISH-3 is designed to be integrated with KNX® systems, allowing the management of various commands and functions, including:

• Equipment Control: The device can be configured to control heating, cooling appliances, valves, 2- and 4-pipe fan coils, and other HVAC equipment.
• Two-Stage Thermostat: It integrates a two-stage thermostat with integrated PI controller for controlling two distinct areas.
• Digital and Analog Inputs: It has digital inputs for potential-free contacts and an analog input for temperature probe.
• Logic and Programming: Configurable through the ETS® application program, it allows the creation of simple and complex logical expressions and the use of predefined algorithms.

Design and Personalization

The design of the 9025ISH-3 is minimal and compatible with residential and hotel application standards. The icons are customizable and interchangeable, allowing great flexibility in adapting to the specific needs of the user.