VDI/VDE 3512 Blatt 2-2009 發布歷史

This guideline applies only in conjunction with guideline VDI/VDE 3512 Part 1. It contains technical parameters and requirements for electric and electronic temperature sensors, which dominate the thermometers used in building automation. The (primary) sensors used in these electric and electronic temperature sensors vary greatly. However, their permitted deployment in building automation depends not on the sensor type, but on compliance with the technical or application-based parameters as described in this guideline. From an application-based perspective, Section 4 draws up a distinction according to the physicaltechnical sensing principle and furthermore with regard to the available output signals. In terms of classification, it should also be noted that a transducer (transmitter) or bus module or similar permanently built into a passive resistance thermometer, converts it into an active thermometer. The assessments and restrictions relating to the sensor parameters in this guideline do not apply to all sensor types and constructions, but only to the most common ones and those decisively affecting the energy efficiency of buildings. This guideline does not restrict the basically unjustified multiplicity of primary sensors, nevertheless it carries out a quality classification that is independent of sensor type. To ensure that the classification is meaningful in practice, guideline VDI/VDE 3512 Part 4 also draws up test conditions. As a result, for the first time different sensor systems become technically comparable (that is, especially with regard to accuracy) as part of tenders. Thus, energy balances can be performed more accurately.

VDI/VDE 3512 Blatt 2-2009由德國機械工程師協會 DE-VDI 發布于 2009-02。

VDI/VDE 3512 Blatt 2-2009在國際標準分類中歸屬于: 17.200.20 溫度測量儀器儀表。

VDI/VDE 3512 Blatt 2-2009 發布之時，引用了標準

DIN 1319-1-1995 測量技術基礎.第1部分:基本術語
DIN 1319-2-2005 計量學基礎.第2部分:與測量設備相關的術語
DIN 1319-3-1996 計量基礎.第3部分:單一測量值測量、測量誤差評價
DIN 1319-4-1999 計量學的基本知識.第4部分:測量評估.測量的不定度
DIN EN 1434-1-2007 量熱計.第1部分:一般要求
DIN V ENV 13005-1999 測量時不確定性說明的指南
DIN EN ISO 7730-2006 熱環境的人類工效學.使用PMV和PPD指數和局部熱標準計算熱設備的分析測定和解釋(ISO 7730:2005)
VDI 1000-2006 Establishing guidelines - Principles and procedures

VDI/VDE 3512 Blatt 2-2009的歷代版本如下：

2007年12月01日 VDI/VDE 3512 Blatt 2-2007 Temperaturmessung fuer die Gebaeudeautomation - Temperaturfuehler@ Temperatursensoren und ihre messtechnischen Parameter
2009年02月 VDI/VDE 3512 Blatt 2-2009
2014年06月01日 VDI/VDE 3512 BLATT 2-2014 Temperature measurement for building automation - Temperature sensors@ temperature sensing elements and their measurement parameters
2017年03月 VDI/VDE 3512 Blatt 2-2017

VDI/VDE 3512 Blatt 2-2009 由 VDI/VDE 3512 Blatt 2-2007 變更而來。

VDI/VDE 3512 Blatt 2-2009 于 2017-03 變更為 VDI/VDE 3512 Blatt 2-2017 。

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標準號: VDI/VDE 3512 Blatt 2-2009
發布日期: 2009年02月
實施日期
廢止日期: 無
國際標準分類號: 17.200.20
發布單位: DE-VDI
代替標準: VDI/VDE 3512 Blatt 2-2017

適用范圍: This guideline applies only in conjunction with guideline VDI/VDE 3512 Part 1. It contains technical parameters and requirements for electric and electronic temperature sensors, which dominate the thermometers used in building automation. The (primary) sensors used in these electric and electronic temperature sensors vary greatly. However, their permitted deployment in building automation depends not on the sensor type, but on compliance with the technical or application-based parameters as described in this guideline. From an application-based perspective, Section 4 draws up a distinction according to the physicaltechnical sensing principle and furthermore with regard to the available output signals. In terms of classification, it should also be noted that a transducer (transmitter) or bus module or similar permanently built into a passive resistance thermometer, converts it into an active thermometer. The assessments and restrictions relating to the sensor parameters in this guideline do not apply to all sensor types and constructions, but only to the most common ones and those decisively affecting the energy efficiency of buildings. This guideline does not restrict the basically unjustified multiplicity of primary sensors, nevertheless it carries out a quality classification that is independent of sensor type. To ensure that the classification is meaningful in practice, guideline VDI/VDE 3512 Part 4 also draws up test conditions. As a result, for the first time different sensor systems become technically comparable (that is, especially with regard to accuracy) as part of tenders. Thus, energy balances can be performed more accurately.

VDI/VDE 3512 Blatt 2-2009

Temperature measurements for building automation - Temperatur sensors, temperature sensing elements and their measurements parameters