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供應(yīng)羅斯蒙特3301導(dǎo)波雷達液位變送器全國經(jīng)銷商

.測量原理
羅斯蒙特3300系列雷達液位變送器是基于－域反射測量(TDR)技術(shù)的儀表 . 低功率的毫微秒級微波脈沖沿著浸沒于過程介質(zhì)的探頭的引導(dǎo)向下發(fā)射 . 當(dāng)雷達脈沖抵達具有不同介電常數(shù)的介質(zhì)表面時、部 分能量被反射回變送器、而被發(fā)射(參考信號)與被反射脈沖之間的時間差正比于空間距離、由此距離計算出總的液位或界位 . 反射的強度取決于被測產(chǎn)品的介電常數(shù) . 介電常數(shù)值愈高、則反射的強度就 愈大 .
3300變送器采用動態(tài)增益優(yōu)化(Dynamic Gain Optimization)技術(shù)、這就意味著變送器能自動地調(diào)整增益、使之在每一個應(yīng)用場合自動最大限度地提高信－噪比 . 這樣做增強了測量可靠性與測量性能 .

2.應(yīng)用
羅斯蒙特3300系列可用于大多數(shù)液體、半液體與液－液界面的液位測量  .
3300系列目前包含兩種型號的儀表 :
    3301型、用于液體的導(dǎo)波雷達液位變送器  .
    3302型、用于液體的多變量(Multivariabl)導(dǎo)波雷達液位界面變送器  .

3.羅斯蒙特3300導(dǎo)波雷達變送器提供高度的可靠性與操作性能  .

3300變送器測量不受罐內(nèi)溫度、壓力、蒸汽/氣相混合、密度、湍流、冒泡/沸騰、介電常數(shù)或黏度變化的影響 . 由于微波被引導(dǎo)沿探頭發(fā)射、該技術(shù)非常適合于小而窄的罐上測量或小的安裝孔 .

羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AE0101AAI1M1C1
3301HA2S1V1AE0101AAI1M1C1
3301HA3S1V1AE0101AAI1M1C1
3301HA1S1E1AE0101AAI1M1C1
3301HA2S1E1AE0101AAI1M1C1
3301HA3S1E1AE0101AAI1M1C1
3301HA1S1K1AE0101AAI1M1C1
3301HA2S1K1AE0101AAI1M1C1
3301HA3S1K1AE0101AAI1M1C1
3301HA1S1B1AE0101AAI1M1C1
3301HA1S1B2AE0101AAI1M1C1
3301HA1S1B3AE0101AAI1M1C1
3301HA1S1B4AE0101AAI1M1C1
3301HA1S1B5BE0101AAI1M1C1
3301HA2S1B1AE0101AAI1M1C1
3301HA2S1B2AE0101AAI1M1C1
3301HA2S1B3AE0101AAI1M1C1
3301HA2S1B4AE0101AAI1M1C1
3301HA2S1B5BE0101AAI1M1C1
3301HA3S1B1AE0101AAI1M1C1
3301HA3S1B2AE0101AAI1M1C1
3301HA3S1B3AE0101AAI1M1C1
3301HA3S1B4AE0101AAI1M1C1
3301HA3S1B5BE0101AAI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AM0101AAI1M1C1
3301HA2S1V1AM0101AAI1M1C1
3301HA3S1V1AM0101AAI1M1C1
3301HA1S1E1AM0101AAI1M1C1
3301HA2S1E1AM0101AAI1M1C1
3301HA3S1E1AM0101AAI1M1C1
3301HA1S1K1AM0101AAI1M1C1
3301HA2S1K1AM0101AAI1M1C1
3301HA3S1K1AM0101AAI1M1C1
3301HA1S1B1AM0101AAI1M1C1
3301HA1S1B2AM0101AAI1M1C1
3301HA1S1B3AM0101AAI1M1C1
3301HA1S1B4AM0101AAI1M1C1
3301HA1S1B5BM0101AAI1M1C1
3301HA2S1B1AM0101AAI1M1C1
3301HA2S1B2AM0101AAI1M1C1
3301HA2S1B3AM0101AAI1M1C1
3301HA2S1B4AM0101AAI1M1C1
3301HA2S1B5BM0101AAI1M1C1
3301HA3S1B1AM0101AAI1M1C1
3301HA3S1B2AM0101AAI1M1C1
3301HA3S1B3AM0101AAI1M1C1
3301HA3S1B4AM0101AAI1M1C1
3301HA3S1B5BM0101AAI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AM0101ABI1M1C1
3301HA2S1V1AM0101ABI1M1C1
3301HA3S1V1AM0101ABI1M1C1
3301HA1S1E1AM0101ABI1M1C1
3301HA2S1E1AM0101ABI1M1C1
3301HA3S1E1AM0101ABI1M1C1
3301HA1S1K1AM0101ABI1M1C1
3301HA2S1K1AM0101ABI1M1C1
3301HA3S1K1AM0101ABI1M1C1
3301HA1S1B1AM0101ABI1M1C1
3301HA1S1B2AM0101ABI1M1C1
3301HA1S1B3AM0101ABI1M1C1
3301HA1S1B4AM0101ABI1M1C1
3301HA1S1B5BM0101ABI1M1C1
3301HA2S1B1AM0101ABI1M1C1
3301HA2S1B2AM0101ABI1M1C1
3301HA2S1B3AM0101ABI1M1C1
3301HA2S1B4AM0101ABI1M1C1
3301HA2S1B5BM0101ABI1M1C1
3301HA3S1B1AM0101ABI1M1C1
3301HA3S1B2AM0101ABI1M1C1
3301HA3S1B3AM0101ABI1M1C1
3301HA3S1B4AM0101ABI1M1C1
3301HA3S1B5BM0101ABI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AE0101BBI1M1C1
3301HA2S1V1AE0101BBI1M1C1
3301HA3S1V1AE0101BBI1M1C1
3301HA1S1E1AE0101BBI1M1C1
3301HA2S1E1AE0101BBI1M1C1
3301HA3S1E1AE0101BBI1M1C1
3301HA1S1K1AE0101BBI1M1C1
3301HA2S1K1AE0101BBI1M1C1
3301HA3S1K1AE0101BBI1M1C1
3301HA1S1B1AE0101BBI1M1C1
3301HA1S1B2AE0101BBI1M1C1
3301HA1S1B3AE0101BBI1M1C1
3301HA1S1B4AE0101BBI1M1C1
3301HA1S1B5BE0101BBI1M1C1
3301HA2S1B1AE0101BBI1M1C1
3301HA2S1B2AE0101BBI1M1C1
3301HA2S1B3AE0101BBI1M1C1
3301HA2S1B4AE0101BBI1M1C1
3301HA2S1B5BE0101BBI1M1C1
3301HA3S1B1AE0101BBI1M1C1
3301HA3S1B2AE0101BBI1M1C1
3301HA3S1B3AE0101BBI1M1C1
3301HA3S1B4AE0101BBI1M1C1
3301HA3S1B5BE0101BBI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AM0101BBI1M1C1
3301HA2S1V1AM0101BBI1M1C1
3301HA3S1V1AM0101BBI1M1C1
3301HA1S1E1AM0101BBI1M1C1
3301HA2S1E1AM0101BBI1M1C1
3301HA3S1E1AM0101BBI1M1C1
3301HA1S1K1AM0101BBI1M1C1
3301HA2S1K1AM0101BBI1M1C1
3301HA3S1K1AM0101BBI1M1C1
3301HA1S1B1AM0101BBI1M1C1
3301HA1S1B2AM0101BBI1M1C1
3301HA1S1B3AM0101BBI1M1C1
3301HA1S1B4AM0101BBI1M1C1
3301HA1S1B5BM0101BBI1M1C1
3301HA2S1B1AM0101BBI1M1C1
3301HA2S1B2AM0101BBI1M1C1
3301HA2S1B3AM0101BBI1M1C1
3301HA2S1B4AM0101BBI1M1C1
3301HA2S1B5BM0101BBI1M1C1
3301HA3S1B1AM0101BBI1M1C1
3301HA3S1B2AM0101BBI1M1C1
3301HA3S1B3AM0101BBI1M1C1
3301HA3S1B4AM0101BBI1M1C1
3301HA3S1B5BM0101BBI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AE0101CAI1M1C1
3301HA2S1V1AE0101CAI1M1C1
3301HA3S1V1AE0101CAI1M1C1
3301HA1S1E1AE0101CAI1M1C1
3301HA2S1E1AE0101CAI1M1C1
3301HA3S1E1AE0101CAI1M1C1
3301HA1S1K1AE0101CAI1M1C1
3301HA2S1K1AE0101CAI1M1C1
3301HA3S1K1AE0101CAI1M1C1
3301HA1S1B1AE0101CAI1M1C1
3301HA1S1B2AE0101CAI1M1C1
3301HA1S1B3AE0101CAI1M1C1
3301HA1S1B4AE0101CAI1M1C1
3301HA1S1B5BE0101CAI1M1C1
3301HA2S1B1AE0101CAI1M1C1
3301HA2S1B2AE0101CAI1M1C1
3301HA2S1B3AE0101CAI1M1C1
3301HA2S1B4AE0101CAI1M1C1
3301HA2S1B5BE0101CAI1M1C1
3301HA3S1B1AE0101CAI1M1C1
3301HA3S1B2AE0101CAI1M1C1
3301HA3S1B3AE0101CAI1M1C1
3301HA3S1B4AE0101CAI1M1C1
3301HA3S1B5BE0101CAI1M1C1
羅斯蒙特3301導(dǎo)波雷達液位變送器
3301HA1S1V1AM0101CAI1M1C1
3301HA2S1V1AM0101CAI1M1C1
3301HA3S1V1AM0101CAI1M1C1
3301HA1S1E1AM0101CAI1M1C1
3301HA2S1E1AM0101CAI1M1C1
3301HA3S1E1AM0101CAI1M1C1
3301HA1S1K1AM0101CAI1M1C1
3301HA2S1K1AM0101CAI1M1C1