Gewiss GW10791 Bedienungsanleitung
Gewiss
Thermostaat
GW10791
Lesen Sie kostenlos die ๐ deutsche Bedienungsanleitung fรผr Gewiss GW10791 (32 Seiten) in der Kategorie Thermostaat. Dieser Bedienungsanleitung war fรผr 2 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet
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1
KNX timed thermostat - wall mounting
GW 10 791 - GW 14 791
Technical Manual
2
Summary
1๎ ๎Introduction ................................................................................................................................................ 3
2๎Application ................................................................................................................................................. 3๎
2.1๎Limits to the associations ................................................................................................................... 3๎
3๎โMainโ menu ............................................................................................................................................... 4๎
3.1๎Parameters ........................................................................................................................................ 4๎
3.2๎Communication objects ..................................................................................................................... 7๎
4๎โLoad controlโ menu ................................................................................................................................. 10๎
4.1๎Parameters ...................................................................................................................................... 10๎
4.2๎Communication objects ................................................................................................................... 11๎
5๎โControl algorithm (1 bit)โ menu ............................................................................................................... 13๎
5.1๎Parameters ...................................................................................................................................... 13๎
5.2๎Communication objects ................................................................................................................... 15๎
6๎โControl algorithm (1 byte)โ menu ............................................................................................................ 16๎
6.1๎Parameters ...................................................................................................................................... 16๎
6.2๎Communication objects ................................................................................................................... 18๎
7๎โTemperature setpointโ menu .................................................................................................................. 19๎
7.1๎Parameters ...................................................................................................................................... 19๎
7.2๎Communication objects ................................................................................................................... 19๎
8๎โExternal sensorโ menu ........................................................................................................................... 20๎
8.1๎Parameters ...................................................................................................................................... 20๎
8.2๎Communication objects ................................................................................................................... 21๎
9๎โReportsโ menu ........................................................................................................................................ 22๎
9.1๎Parameters ...................................................................................................................................... 22๎
9.2๎Communication objects ................................................................................................................... 24๎
10๎โScenesโ menu .................................................................................................................................... 26๎
10.1๎Parameters ...................................................................................................................................... 26๎
10.2๎Communication objects ................................................................................................................... 27๎
11๎โSlave controlโ menu ............................................................................................................................ 28๎
11.1๎Parameters ...................................................................................................................................... 28๎
11.2๎Communication objects ................................................................................................................... 30๎
3
1 Introduction
This manual describes the functions of the device named GW1x791 and how to use the ETS configuration
software to change the settings and configurations.
2 Application
The KNX wall timed thermostat is a device that manages the HVAC system. It is able to regulate the
temperature in the environment in which it is installed, using the KNX system to manage the actuators that
control the solenoid valves, boilers etc that comprise the heating and air-conditioning systems. This device,
combined with the KNX wall Thermostat, can regulate the temperatures per zone and act as a master device
when a master-slave system is setup.
The device manages two operating types (HEATING and AIR CONDITIONING), and controls both systems
whilst providing 5 different operating modes for each operating type (AUTO/
ECONOMY/PRECOMFORT/COMFORT/OFF), each with its own customisable setpoint. The AUTO
operating mode defined by default on the device is defined as BUILDING PROTECTION mode in the KNX
standard.
The AUTO operating mode foresees that the device regulates the temperature in the environment where it is
installed according to an internally programmed timer profile; a weekly timer profile can be configured on the
device where you can define the device operating mode for every day of the week, with a 15 minute
resolution and no restrictions on variations; if the device is connected to one or more thermostats in a
master-slave configuration setup, it will automatically notify the slave devices of the operating modes they
must enable.
The device is always able to autonomously manage the temperature in the environment it is installed in,
using control algorithms (two point or proportional) which depend on the type of system built.
It is however only able to manage the heating and air conditioning system if it is a 4-way configuration as it is
designed to manage one actuator for the heating system and another for the air-conditioning system. This
manual refers solely to the configuration using the ETS software. Please refer to the INSTALLATION AND
USER MANUAL supplied with the product for instructions on how to use the internal menu and the various
local key functions.
2.1 Limits to the associations
The maximum number of logical associations that the device is able to memorize is 115; this means that the
maximum number of logical connections between communication objects and group addresses is 115.
The maximum number of group addresses that the device is able to memorize is 115; this means that it is
possible to associate the communication objects to a maximum of 115 group addresses.
Produktspezifikationen
| Marke: | Gewiss |
| Kategorie: | Thermostaat |
| Modell: | GW10791 |
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