Side mount, Fix Closeing, Without flange.
侧放，固定关闭，无轮缘。
Side mount, self closing, without flange.
侧放，自动关闭，不带轮缘。
Note: You may increase the torque on the rubber sleeve up to two times the specified value without causing sleeve or flange damage.
注意：在橡胶套管上增加的扭矩可以达到规定扭矩值的两倍，在此时仍然不会对套管或法兰造成损害。
The elbow shall be bolted to the floor of the wet-well and be so designed as to receive the pump connecting flange without the need for any bolts, nuts or clamps.
弯头应该用螺栓固定在湿井地面，并且设计成具有不需要任何螺栓、螺母或皮带即可连接泵设备的连接法兰的能力。
Power take - off, squared shaft drive. two stud flange without oil seal gasket.
动力启动方轴传动装置。销法兰。无油密封垫圈。
Lug style valves shall be capable of providing bidirectional "Dead End Service" at full pressure without the need for down stream blind flange.
凸耳式阀门应该有能力在全压力下提供双向“终端应用”，不需要下游蒸汽无口法兰。
The checking center device without the flange axis includes the measure arm, the cutting sleeve, the installment bolt and the dial indicator.
无法兰轴类校中装置，包括测量臂、卡套、安装螺钉及百分表。
The inner diameter part of the flange at one port of one end of the inner cylinder is provided with a rabbet for splicing with a flange without a rabbet at a corresponding end of an adjacent elbow.
内筒的一端端口法兰内径处设有止口，用于与相邻筒节的对应端无止口法兰插接。
It can be used without sealing layers to provide an excellent sealing but there is a risk of flange surface damage especially at high seating pressure.
也可不带密封层直接使用，且能直到良好的密封效果，但在高压场合中容易对法兰的表面造成损失。
In addition to products without a fixed installations, armored thermocouple fixtures are: fixed card sets, card sets of movable and fixed flange, four movable flange structure.
除了无固定装置产品外，铠装热电偶固定装置有：固定卡套式、可动卡套式、固定法兰式、可动法兰式四种结构形式。
Then multiple factor analysis of OSC, including the thickness of outer shell, flange plate and web plate of T-shaped members, with or without ribbed stiffeners, is carried out.
采用有限元模型对外套管式节点进行包括外套管厚度、T型件翼缘厚度、T型件腹板厚度以及有无加劲肋的多因素分析，分析总结了这些因素对节点性能的影响。
Then multiple factor analysis of OSC, including the thickness of outer shell, flange plate and web plate of T-shaped members, with or without ribbed stiffeners, is carried out.
采用有限元模型对外套管式节点进行包括外套管厚度、T型件翼缘厚度、T型件腹板厚度以及有无加劲肋的多因素分析，分析总结了这些因素对节点性能的影响。
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