偵測器探頭，Arsine AsH3 0-200 ppb MIDAS-E-ASH
偵測器探頭，Arsine AsH3 0-200 ppb MIDAS-E-ASH
偵測器探頭，Arsine AsH3 0-200 ppb MIDAS-E-ASH
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Midas ?氣體偵測器
為半導(dǎo)體加工和工業(yè)制造的氣體偵測方面帶來全新的能見度、可靠性和簡易操作。
產(chǎn)品特色與效益
可在全程零失誤的情況下偵測超過35 種氣體
改善能見度和簡易操作
易于安裝
產(chǎn)品規(guī)格一覽
Flow Rate: 500 mL/min
Transport Time: 2 to 30 seconds maximum
Sample Line Tubing: 0.125 in ID x 0.25 in OD
產(chǎn)品概述
Midas 氣體偵測器使用可靠的感測器技術(shù)來偵測工廠中許多主要的有毒、周圍和易燃?xì)怏w。裝置監(jiān)控點(diǎn)最遠(yuǎn)可達(dá)100 英呎(30 公尺) 遠(yuǎn)，還能使用專利技術(shù)來控管流量率并確保氣體偵測零失誤。由于Honeywell 使用了先進(jìn)的機(jī)器人，Midas 氣體偵測器得以提供無懈可擊的品質(zhì)和可靠性：
改善能見度和簡易操作。Midas 氣體偵測器配有明亮的LED 光以及直覺式互動(dòng)介面，可提供氣體讀取的即時(shí)警報(bào)或是警報(bào)等級(jí)。該介面也有受密碼保護(hù)的選單，適用于配置、測試和校正。
易于安裝。由于外型精巧又配有操作簡便的金屬底盤，Midas 氣體偵測器易于安裝。在空間就是一切的情況下，此特性在擁擠、復(fù)雜的加工環(huán)境中就顯得特別重要。
多樣應(yīng)用。透過多樣又好用的功能，Midas 氣體偵測器適用于許多工業(yè)應(yīng)用，包括半導(dǎo)體加工、輕工業(yè)制造、大學(xué)實(shí)驗(yàn)室、航太、廢水等用途。
其他產(chǎn)品特色與效益：
可供35 種氣體使用，并延長2 年保固*
具備「線上校正」憑證的智慧型感測器卡匣
警報(bào)1、2 和故障適用的三種內(nèi)建繼電器(C 機(jī)型)
乙太網(wǎng)路供電(PoE) 通訊
鍵盤介面和遠(yuǎn)端網(wǎng)頁瀏覽器介面
可連至任一Midas 氣體偵測器的Midas 選用熱解器模組
受密碼保護(hù)的選單等級(jí)，可用于保護(hù)系統(tǒng)的完整性
明亮的LED 以及直覺式圖示的大型多色彩背光LCD 顯示器
原廠校正感測器可減少頻繁進(jìn)行氣體測試的需求
具備故障和事件報(bào)告功能的隔離式0-22 mA 類比輸出
Modbus/TCP 乙太網(wǎng)路可輕松連至所有控制和警報(bào)系統(tǒng)連接埠，有助于控制連線和服務(wù)互動(dòng)
功能強(qiáng)大的提取式泵系統(tǒng)(2 年使用壽命) 可取樣高達(dá)100 英呎
取得歐盟認(rèn)證(CE)，享有無線電頻率干擾的完整豁免權(quán)
Reflex ?感測器健全狀況檢查，安全獲得改善
可酌情采用TempraSureTM 溫度補(bǔ)償技術(shù)
用于檢閱感測器歷史記錄的事件記錄功能
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Transmitter?Dimension
Gas?Name?Chemical?Formula?Range?Sensor?Part?Number
Ammonia?NH3?0-100?ppm?MIDAS-E-NH3
Arsine?AsH3?0-200?ppb?MIDAS-E-ASH
Boron?Trichloride?BCl3?0-8?ppm?MIDAS-E-HCL
Boron?Trifluoride?BF3?0-8?ppm?MIDAS-E-HFX
Boron?Trifluoride?(Low?Level)?BF3?0-2?ppm?MIDAS-E-HFL
Bromine?Br2?0-0.4?ppm?MIDAS-E-BR2
Butane?n-C4H10?0~100?%LEL?MIDAS-E-LEB
Carbon?Dioxide?CO2?0-2.0%?MIDAS-E-CO2
Carbon?Monoxide?CO?0-100?ppm?MIDAS-E-COX
Carbon?Monoxide?(Low?H2?interference)?CO?0-100?ppm?MIDAS-E-COH
Chlorine?Cl2?0-2?ppm?MIDAS-E-HAL
Chlorine?Dioxide?ClO2?0-0.4?ppm?MIDAS-E-BR2
Diborane?B2H6?0-400?ppb?MIDAS-E-B2H
Dichlorosilane?H2Cl2Si?0-8?ppm?MIDAS-E-HCL
Difluoromethane**?CH2F2?0-240?ppm?MIDAS-E-XCF
Disilane?Si2H6?0-20?ppm?MIDAS-E-SHX
Ethylene?C2H4?0~100?%LEL?MIDAS-E-LEL
Fluorine?F2?0-4?ppm?MIDAS-E-HAL
Germane?GeH4?0-800?ppb?MIDAS-E-ASH
Hexafluorobutadiene**?C4F6?0-40?ppm?MIDAS-E-CFX
Hydrogen?(%LEL)?H2?0~100?%LEL?MIDAS-E-LEL*
Hydrogen?(ppm)?H2?0-1000?ppm?MIDAS-E-H2X
Hydrogen?Bromide?HBr?0-8?ppm?MIDAS-E-HCL
Hydrogen?Chloride?HCl?0-8?ppm?MIDAS-E-HCL
Hydrogen?Cyanide?HCN?0-20?ppm?MIDAS-E-HCN
Hydrogen?Fluoride?HF?0-12?ppm?MIDAS-E-HFX
Hydrogen?Fluoride?(Low?Level)?HFL?0-2?ppm?MIDAS-E-HFL
Hydrogen?Sulfide?H2S?0-40?ppm?MIDAS-E-H2S
Methane?(%LEL)?CH4?0~100?%LEL?MIDAS-E-LEL*
Methyl?Fluoride**?CH3F?0-120?ppm?MIDAS-E-XHF
Nitric?Oxide?NO?0-100?ppm?MIDAS-E-NOX
Nitrogen?Dioxide?NO2?0-12?ppm?MIDAS-E-NO2
Nitrogen?Trifluoride**?NF3?0-40?ppm?MIDAS-E-HFX?for?00P,?XHF?for?NP1
Octane?n-C8H18?0~100?%LEL?MIDAS-E-LEO
Octofluorocyclopentene**?C5F8?0-40?ppm?MIDAS-E-XCF
Oxygen?O2?0~25%?v??MIDAS-E-O2X
Ozone?O3?0-0.7?ppm?MIDAS-E-O3H
Ozone?(Low?Level)?O3?0-0.4?ppm?MIDAS-E-O3X
Phosphine?PH3?0-1200?ppb?MIDAS-E-PH3
Propane?C3H8?0~100?%LEL?MIDAS-E-LEX
Propylene?C3H6?0~100?%LEL?MIDAS-E-LEL
R134a?C2H2F4?0-1000?ppm?MIDAS-E-XCF
Silane?SiH4?0-20?ppm?MIDAS-E-SHX
Silane?(Low?Level)?SiH4?0-2?ppm?MIDAS-E-SHL
Sulfur?Dioxide?SO2?0-8?ppm?MIDAS-E-SO2
Tetra?Ethyl?Ortho?Silicate?TEOS?0-40?ppm?MIDAS-E-TEO
Tungsten?Hexafluoride?WF6?0-12?ppm?MIDAS-E-HFX
Tungsten?Hexafluoride?(Low?Level)?WF6?0-2?ppm?MIDAS-E-HFL