Über das ISG web können per Webbrowser die Daten der Anlage angezeigt werden. Die Einbindung in Loxone kann über HTTP Eingangs- und Ausgangsverbinder erfolgen und Daten von der Webseite augeslesen und verändert werden. Die Abfrage von Werten wie z.B. Temperatur funktioniert über virtuelle HTTP Eingänge recht gut, aber leider nicht die Abfrage des Zustandes der Pumpen. Diese werden auf der Webseite nämlich nur angezeigt, wenn sie an sind, siehe https://www.loxforum.com/forum/german/software-konfiguration-programm-und-visualisierung/136267-problem-mit-virtuellem-http-eingang
...
und so sieht die Antwort für die gleichen Parameter bei der Abfrage über /params2.php/?s1,0 aus. Die Parameter und Werte kommen dabei aus dem Array ISG→pm. Jeder Parameter wird mit spezifischer webID, Namen, Wert und teilw. auch Minimal- bzw. Maximalwerten dargestellt. Ein Parsen ist sehr einfach über die webID möglich und erlaubt auch die Verwendung von anderen Sprachen im ISG web. Parameter von Komponenten, wie z.B. dem Raumregler FE7, den ich nicht habe, sind mit einem Wert von "-" dargestellt.
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<?xml version="1.0"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" lang="de">
<head>
<title>STIEBEL ELTRON Reglersteuerung</title>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
<meta http-equiv="imagetoolbar" content="no" />
<meta name="content-language" content="de" />
<meta name="robots" content="noindex,nofollow" />
<meta name="keywords" content="" />
<meta name="description" content="" />
<link rel="shortcut icon" href="./pics/brlogo.ico">
</head>
<body>
<PRE>
ISG ga = Array
(
[0] => 1
[1] => 0
)
ISG pt = 4
ISG at = WPM_3_I
ISG pm = Array
(
[0] => stdClass Object
(
[webID] => 440
[infoNr] => 20067
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => -
[minValue] => 0
[maxValue] => 0
[name] => ISTTEMPERATUR FE7
[info] =>
[steps] => 1
)
[1] => stdClass Object
(
[webID] => 441
[infoNr] => 20069
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => -
[minValue] => 0
[maxValue] => 0
[name] => SOLLTEMPERATUR FE7
[info] =>
[steps] => 1
)
[2] => stdClass Object
(
[webID] => 442
[infoNr] => 20068
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 22.6
[minValue] => 0
[maxValue] => 0
[name] => ISTTEMPERATUR FEK
[info] =>
[steps] => 1
)
[3] => stdClass Object
(
[webID] => 443
[infoNr] => 20070
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 21.9
[minValue] => 0
[maxValue] => 0
[name] => SOLLTEMPERATUR FEK
[info] =>
[steps] => 1
)
[4] => stdClass Object
(
[webID] => 444
[infoNr] => 1694
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => %
[value] => 32.3
[minValue] => 0
[maxValue] => 0
[name] => RAUMFEUCHTE
[info] =>
[steps] => 1
)
[5] => stdClass Object
(
[webID] => 29
[infoNr] => 612
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 5.2
[minValue] => -40
[maxValue] => 30
[name] => TAUPUNKTTEMPERATUR
[info] =>
[steps] => 1
)
[6] => stdClass Object
(
[webID] => 27
[infoNr] => 12
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 6.4
[minValue] => -60
[maxValue] => 80
[name] => AUSSENTEMPERATUR
[info] =>
[steps] => 1
)
[7] => stdClass Object
(
[webID] => 116
[infoNr] => 714
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 27.8
[minValue] => 0
[maxValue] => 40
[name] => ISTTEMPERATUR HK 1
[info] =>
[steps] => 1
)
[8] => stdClass Object
(
[webID] => 32
[infoNr] => 4
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 28.4
[minValue] => 0
[maxValue] => 65
[name] => SOLLTEMPERATUR HK 1
[info] =>
[steps] => 1
)
[9] => stdClass Object
(
[webID] => 33
[infoNr] => 15
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => -
[minValue] => 0
[maxValue] => 90
[name] => ISTTEMPERATUR HK 2
[info] =>
[steps] => 1
)
[10] => stdClass Object
(
[webID] => 34
[infoNr] => 4
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => -
[minValue] => 0
[maxValue] => 65
[name] => SOLLTEMPERATUR HK 2
[info] =>
[steps] => 1
)
[11] => stdClass Object
(
[webID] => 434
[infoNr] => 1697
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 38.2
[minValue] => 0
[maxValue] => 0
[name] => VORLAUFISTTEMPERATUR WP
[info] =>
[steps] => 1
)
[12] => stdClass Object
(
[webID] => 437
[infoNr] => 1696
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 38.8
[minValue] => 0
[maxValue] => 0
[name] => VORLAUFISTTEMPERATUR NHZ
[info] =>
[steps] => 1
)
[13] => stdClass Object
(
[webID] => 445
[infoNr] => 1698
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => -
[minValue] => 0
[maxValue] => 0
[name] => VORLAUFISTTEMPERATUR
[info] =>
[steps] => 1
)
[14] => stdClass Object
(
[webID] => 31
[infoNr] => 22
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 28.7
[minValue] => 0
[maxValue] => 90
[name] => RUECKLAUFISTTEMPERATUR
[info] =>
[steps] => 1
)
[15] => stdClass Object
(
[webID] => 118
[infoNr] => 120
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 27.8
[minValue] => 0
[maxValue] => 90
[name] => PUFFERISTTEMPERATUR
[info] =>
[steps] => 1
)
[16] => stdClass Object
(
[webID] => 36
[infoNr] => 469
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 28.5
[minValue] => 0
[maxValue] => 0
[name] => PUFFERSOLLTEMPERATUR
[info] =>
[steps] => 1
)
[17] => stdClass Object
(
[webID] => 435
[infoNr] => 1652
[webType] => 7
[readOnly] => 1
[presentation] => 2
[step] => 0.01
[unit] => bar
[value] => 1.41
[minValue] => 0
[maxValue] => 0
[name] => HEIZUNGSDRUCK
[info] =>
[steps] => 2
)
[18] => stdClass Object
(
[webID] => 438
[infoNr] => 1651
[webType] => 7
[readOnly] => 1
[presentation] => 2
[step] => 0.01
[unit] => l/min
[value] => 0
[minValue] => 0
[maxValue] => 0
[name] => VOLUMENSTROM
[info] =>
[steps] => 2
)
[19] => stdClass Object
(
[webID] => 45
[infoNr] => 2560
[webType] => 2
[readOnly] => 2
[presentation] => 5
[step] => 0.1
[unit] => °C
[value] => 4
[minValue] => -10
[maxValue] => 10
[name] => ANLAGENFROST
[info] => Gültige Werte: Eingabe zwischen<br />-10 °C und 10 °C
[steps] => 1
)
[20] => stdClass Object
(
[webID] => 24
[infoNr] => 14
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 43
[minValue] => 10
[maxValue] => 65
[name] => ISTTEMPERATUR
[info] =>
[steps] => 1
)
[21] => stdClass Object
(
[webID] => 30
[infoNr] => 3
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 45
[minValue] => 10
[maxValue] => 65
[name] => SOLLTEMPERATUR
[info] =>
[steps] => 1
)
[22] => stdClass Object
(
[webID] => 438
[infoNr] => 1651
[webType] => 7
[readOnly] => 1
[presentation] => 2
[step] => 0.01
[unit] => l/min
[value] => 0
[minValue] => 0
[maxValue] => 0
[name] => VOLUMENSTROM
[info] =>
[steps] => 2
)
[23] => stdClass Object
(
[webID] => 39
[infoNr] => 468
[webType] => 2
[readOnly] => 1
[presentation] => 2
[step] => 0.1
[unit] => °C
[value] => 9.2
[minValue] => 0
[maxValue] => 0
[name] => QUELLENTEMPERATUR
[info] =>
[steps] => 1
)
[24] => stdClass Object
(
[webID] => 439
[infoNr] => 1653
[webType] => 7
[readOnly] => 1
[presentation] => 2
[step] => 0.01
[unit] => bar
[value] => 1.46
[minValue] => 0
[maxValue] => 0
[name] => QUELLENDRUCK
[info] =>
[steps] => 2
)
)
</PRE></body>
</html>
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