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YTZ型電阻遠傳壓力表主要技術參數
精確度：1.6級
發(fā)送器起始電阻值：3～20Ω
發(fā)送器滿度電阻：340Ω～400Ω
發(fā)送器接線端①③外加電壓不大于6V
使用環(huán)境條件：-40～+60℃，相對濕度不大于85%，且震動和被測介質的急劇脈動應對儀表正常工作無明顯影響。
產品簡介
詳細介紹
YTZ型電阻遠傳壓力表
YTZ Series Resistance Remote Transmitting Pressure Meter
YTZ Series Resistance Remote Transmitting Pressure Meter
YTZ型電阻遠傳壓力表簡介
遠傳壓力表適用于測量對鋼及銅合金不起腐蝕作用的流體，氣體和蒸汽的壓力。電阻信號輸出傳至二次儀表上，可以實現現場就地指示壓力以便于現場工藝檢查，還可以實現遠距離集中控制和調節(jié)。
不銹鋼電阻遠傳壓力表的導壓系統(tǒng)及外殼均采用了不銹鋼材料，有較強的耐腐蝕性能，適用于對耐蝕性能有較高要求的場合。
在不銹鋼電阻遠傳壓力表內充灌阻尼液及加裝緩沖裝置，成為不銹鋼耐震電阻遠傳壓力表。適用于工作環(huán)境有較強震動的場合。
Brief Introduction:
The remote transmitting pressure meter is applicable to measure pressure of such liquids, gases or vapors that have no erosive attack on steel or copper alloy. Its resistance signal may be output to the secondary instrument, so as to realize local pressure indicating at field and facilitate field technological testing, even to realize concentrated remote control and adjustment.
The pressure conducting system and its outer housing for stainless steel resistance remote transmitting pressure meter is made of stainless steel, with stronger capacity of corrosion resistance, and applicable to such occasions with higher requirements for capacity of corrosion resistance.
To fill damping liquid and add shock reducer in stainless steel resistance remote transmitting pressure meter, the stainless steel shock resistance resistance remote transmitting pressure meter is constructed, applicable to occasion with stronger vibration in working environment.
主要技術參數
- 精確度：1.6級
- 發(fā)送器起始電阻值：3～20Ω
- 發(fā)送器滿度電阻：340Ω～400Ω
- 發(fā)送器接線端①③外加電壓不大于6V
- 使用環(huán)境條件：-40～+60℃，相對濕度不大于85%，且震動和被測介質的急劇脈動應對儀表正常工作無明顯影響。
- 溫度影響：使用溫度偏離20±5℃時，其溫度附加誤差不大于0.4%/10℃。
Principal technical parameters
- Accuracy: 1.6 grades
- Initial resistance value of transmitter: 3～20Ω
- Full scale resistance value of transmitter: 340Ω～400Ω
- Impressed voltage between terminals ① and ②: not greater than 6V
- Environmental condition in use: -40～+60oC, with relative humidity not greater than 85% and no vibration and pulse of tested medium greater enough to make obvious be impacted on the instrument from normal working.
- Temperature affect: in case that the temperature in use 20±5℃ offset, the additional error shall be less than 0.4%/10℃.
構成示意圖 Internal structure
型號表示 Model designations
標記示例：YTZN-150B 產品電腦編碼為0940060301
不銹鋼電阻遠傳耐震壓力表。產品電腦編碼詳見《電阻式遠傳壓力系列儀表選型指南》。
Marking instance：YTZN-150B Production computer coding：
Stainless steel resistance remote transmitting pressure meter. Product computer coding, please see the“Guide for type selection
of resistance remote transmitting pressure series meters.”
型號規(guī)格 Types and specifications
結構原理
本儀表由一個彈簧管壓力表（為一次儀表）和一個滑線電阻式發(fā)送器等組成。
一次儀表的作用原理與一般彈簧管壓力表相同。由于電阻發(fā)送器系設置在齒輪傳動機構上，因此當齒輪傳動機構中的扇形齒輪軸產生偏轉時，電阻發(fā)送器的轉臂（電刷）也相應的地偏轉。由于電刷在電阻器上滑行，使得被測壓力值的變化變換為電阻值的變化，傳到二次儀表上指示出與一次儀表相應的壓力值。
Structure and principle:
This instrument comprises of a pressure meter, a slide resistance transmitter, and so on.
The mechanical part of this instrument plays same role with normal pressure meter. Because the resistance transmitter is built in the tooth gear, when deflexion occurs on the axle of the segment gear, the rocking arm （electric brush） of the resistance transmitter deflects accordingly. Due to the slide of electric brush on the resistor, changes of the tested pressure value are transformed into changes of resistance value, which is transmitted to secondary instrument. Corresponding value is displayed accordingly. Meanwhile, primary instrument will also indicate corresponding value.
外形尺寸 External dimension
電阻式遠傳壓力表配置XCZ-104型二次儀表接線方法 Resistance remote transmitting pressure
meter if configured with XCZ-104 type secondary instrument wiring method.
與其他數顯二次儀表配接時，請按二次儀表說明書的接線圖配接。
For connection with other digital-displaying secondary instrument, please follow the wiring drawing in the instruction book
for secondary instrument.
電阻遠傳壓力系列儀表選型指南 Guide for type selection of resistance remote trans mitting pressure meter
訂貨須知 Ordering instructions
訂貨時須注明：產品電腦編碼、型號、名稱、精確度、測量范圍。如特殊要求，請注明技術要求。
Ordering instructions: The product computer code ,types, names, accuracy grades, and measuring ranges .must be clearly noted. In case of special requirements, technical requirements shall be clearly noted specifications on the back of the order on ordering goods.