水阀

The new HP package contains quality Watts components … including the new AS-B Bronze Air Scoop and the B911S Combination Bronze Fill Valve and Backflow Preventer.

最新的HP组件包内含优质的美国瓦茨部件，包括：新型AS-B青铜导气罩和B911S青铜进水阀和防倒流装置组合件。

Air will pass through the trap.

空气将通过疏水阀。

Back pressure more than 85%, the production process heating equipment, one of the best traps.

背压率大于85%，是生产工艺加热设备最理想的疏水阀之一。

Back pressure is higher than 85% are production process heating equipment, one of the best trap.

背压率大于85%，是生产工艺加热设备最理想的疏水阀之一。

Maximum back pressure rate of 80%, work of high quality, production process heating equipment is the best trap.

最大背压率为80%，工作质量高，是生产工艺加热设备最理想的疏水阀。

Of the maximum back pressure, the work of high quality production process heating equipment is the best trap.

最大背压率为80%，工作质量高，是生产工艺加热设备最理想的疏水阀。

Free float steam trap in which the structure of Automatic Control Valves the most advanced very sensitive the smallest undercooling 0 ° C be able to row condensate saturation temperature of water no steam leakage merits the highest heating equipment can achieve the best efficiency.

其中自由浮球式蒸汽疏水阀的结构最先进，非常灵敏，最小过冷度0°C，能排饱和温度凝结水，无蒸汽泄漏，长处最多，能使加热设备达到最佳工作效率。

Traps the beginning of normal work, float with the condensing water level movements, blocking gas drainage.

疏水阀开始正常工作，浮球随凝结水液位升降，阻汽排水。

At this time, is full of water pumps, if the long run, would lead to rising temperature in the pump, pump shell, the bearings will be fever, severe heat may make the body deformation, known as the "stuffy head," at this time Head to the maximum value, when the valve to gradually open, traffic will gradually increase, shaft power also slow the increase.

此时水泵里是充满水的，如果长时间的运行，会导致泵内温度不断升高，泵壳，轴承会发热，严重时可能使泵体热力变形，我们称为&闷水头&，此时扬程为最大值，当出水阀逐渐打开时，流量就会逐渐增加，轴功率亦缓慢的增加。

Traps should be installed in the device's minimum Export Department, promptly discharge condensate, steam piping to avoid resistance.

疏水阀应安装在设备出口的最低处，及时排出凝结水，避免管道产生汽阻。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。