Method for resistant to vibration & electric-magnetic interference based on general structure of pressure transmitter has been put forward.
从变送器的总体结构出发,提出了抗振动、耐电磁干扰等问题的解决方法。
Different magnetic wear-resistant alloys were recommerded to be used under respective different working conditions.
通过分析选择出适合于不同工况条件下使用的磁性耐磨材料。
Piston: Single piece, stainless steel design, corrosion resistant with magnetic sensing band standard all sizes.
活塞:单件,不锈钢设计,抗腐蚀与磁感应带标准的各种规模的抵抗。
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