2016年第11期（总第227期）
doi:10. 3969/j. issn. 1009 3230. 2016. 11. 011
应用能源技术
介绍几种常用的能源监测仪表
郑玉梅
（黑龙江省能源研究所，哈尔滨1500）
摘要：国外较先进的国家很久以来就致力于先进的能源监测仪表的开发工作，诸如各种超声波流量计、热工、电工仪表，这些仪表在我单位得到满意地应用。文中简要介绍几种国外能源监测仪器、仪表的原理、特点、性能及使用相关数据。
关键词：能源监测；仪器、仪表；原理、特点、使用
中图分类号：TK0.1
文献标志码：B
文章编号：10093230(2016)110033-04
Introduction of several commonenergymonitoring instruments
ZHENG Yumei
(Energy Research Institute of Heilongjiang Province, China)
Abstract: Energy monitoring instrument is an important tool to complete the work of energy detection. Because of the characteristics of the energy monitoring work, it is decided that the energy monitoring instrument is different from the important characteristics of the general energy meter. First, the energy monitoring instruments have a relatively high accuracy, and sometimes can be used as a
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means of evaluation and calibration of other similar energy meter. Secondly, the energy monitoring instruments must be easy to cary, install and operate, especially in the hope that does not cut offor damage to the test lines or lines, do not take the installation method. Finally, the measured results, in the hope that immediately and directly display, print or store up. Some energy monitoring instruments, but also must adapt to the special working environment, such as: too high or too low temperature, humidity and even corrosive working conditions, etc. . Foreign advanced countries have long been committed to the development of these advanced energy monitoring instruments, and achieved good results. Such as a variety of ultrasonic flowmeter, thickness tester, clamp power meter and other thermal, electrical instruments, have been satisfied with the application. Below, only a brief introduction to the principles, features, performance and use of several commonly used energy monitoring instruments.
Keywords：Energy;Monitor
引言 0
能源监测仪表是完成能源检测工作的重要工具。由于能源监测工作的特点，决定了能源监测仪表有别于一般的能源计量仪表的重要特点。首先，能源监测仪表要有相对高的精度，有时甚至可
收稿日期：2016-08-20
修订日期：20160921
作者简介：郑玉梅，女，黑龙江省能源研究所，主要从事节能
监测仪表管理等工作。
万方数据
以作为评价、校正其它同类能源计量仪表的手段。其次，能源监测仪表必须便于携带、安装和操作，特别是希望不切断或破坏被测的管路或线路，不采取插人式的安装方法。最后，所测得的结果，希望立即直接地显示、打印或者存储起来。有些能源监测仪表，还必须适应特别的工作环境，例如：过高或过低的温度，潮湿甚至有腐蚀性的工作条件等等。国外先进的国家很久以来就致力于这些