esera automation 11112 Benutzerhandbuch - Seite 3

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Art. No. 11112
Evaluation solar sensor:
Basis for the reference measurements are 800W/m².
Solar-radiation (W/m²) = (XSENS * 5040), example 0.047 V * 5040 = 236.88 W/m²
7
Control via 1-Wire Controller / 1-Wire Gateway
The 1-Wire interface of the 1-Wire PV solar-, brightness- and temperature sensor is controlled by standard
commands for the DS2438 module. The 1-Wire Controller / 1-Wire Gateway has already stored a suitable formula
for converting the raw data of the 1-Wire module. All you have to do is assign the article number 11112 to the
corresponding OWD number using the Config Tool.
7.1
Data output 1-Wire Controller / 1-Wire Gateway
The following data is output for the ESERA-Automation 1-Wire PV solar, brightness and temperature sensor 11112.
If you divide the value by 100, you receive the data with two decimal places.
Data output:
1_EVT|10:29:35
1_OWD1_1|2401
1_OWD1_2|501
1_OWD1_3|741000
1_OWD1_4|7676
Further information on the possibilities and commands can be found in the current documentation 1-Wire Controller
/1-Wire Gateway.
8
Integration in IP-Symcon / ESERA-Station
At our website we provide ESERA IP-Symcon software modules for reading the 1-Wire Multisensor into IP-
Symcon via 1-Wire Controller / 1-Wire Gateway. No scripts are necessary. Details can be found on the
ESERA website under "Compatible control systems/central control systems/IP-Symcon integration".
https://www.esera.de/kompatible-steuerungen-zentralen/ip-symcon-integration/
For the conventional connection via 1-Wire Bus Coupler, the sensor values must be calculated according to
the specified formulas.
9
Integration in Loxone
Via the shop we provide an example project for reading the 1-Wire Multisensor via 1-Wire Controller 1/1-Wire
Gateway. Details see here:
wire-controller-1-loxone-integration/
10
Integration in FHEM
For the integration into the open source automation software FHEM we provide a software module for reading the
1-Wire Multisensor via 1-Wire Controller / 1-Wire Gateway. This eliminates the need for evaluation scripts.
Details can be found on the ESERA website under "Compatible Controls - Central Units / FHEM
Integration".https://www.esera.de/kompatible-steuerungen-zentralen/fhem-integration/
11
Assembly and application instructions
The sensor should be attached to a vertical or inclined surface, e.g. with the mounting bracket (Art. No. 20003) at
an angle of 45°. The inlet for the supply cable should point downwards. This is to avoid back pressure caused by
rain or snow on the cable gland.
As connection cable we recommend our PUR sensor cable (Art. No. 11114).
The maximum cable length is 100 m. The device is intended for installation as a stationary device.
If the 1-Wire PV solar, brightness and temperature sensor is operated on a 1-Wire network, we recommend
termination of the cable end with the 1-Wire Term 1 (Art. No. 11355).
All rights reserved. Reproduction as well as electronic duplication of this guide, complete or in part, requires the written consent of ESERA-
Automation or E-Service GmbH. Errors and technical modification subject to change. ESERA-Automation, E-Service GmbH 2019
www.esera.de
=> Controller No._device No._data record | Temperature (°C) example: 20,08 °C
=> Controller No._device No._data record | Operating voltage (V) example 5,01 V
=> Controller No._device No._data record | Brightness (Lux) example: 7410,00 Lux
=> Controller No._device No._data record | Solar radiation (W/m2) example: 76,76 W/m2
https://www.esera.de/kompatible-steuerungen-zentralen/loxone-integration/demo-1-
11112 V1.0 R1.0 Manual
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