称重式连续料位测量，主要应用于钢结构支撑的料仓或料斗内固体、液体和浆状物料的连续料位测量。 安装方便，不受高温、粉尘、蒸汽、紊流、泡沫或腐蚀性物料的影响。
工作原理： 在料仓的钢结构支撑上安装应力传感器，当料仓内料位变化时，料仓钢结构支撑上的受力也相应变化。这种变化很小，但拉姆齐应力传感器能够精确的测量。通过对传感器信号的处理，就可得到准确的料位。
GZ-1应力传感器： 直接安装在料仓、料斗钢结构支撑上的应力传感器。外形为直径19mm的圆柱形，安装时在支撑上钻孔，然后用专用安装工具将GZ-1挤进孔内。
特点：
1)精密的专利应变传感器
2) 传感器采用惠斯顿电桥结构消除外部环境温度不稳定性
3直径19mm不锈钢结构
4)传感器感应钢结构支撑的料仓和料罐的应力变化。从空载到满载的有效应力变化范围为105kg~1000kg/cm2。
5)每套称量系统最多可配8只传感器。
• 基于微处理器的控制仪表 • 具编程和自诊断功能
• 非易失性存储器 • 50段LED图显示
• 按钮标定和报警调节 • 可调高低报警设定点
• 固定溢流报警（容量的102%） • 聚苯乙烯外壳，防风雨
• 控制器可距传感器1000英尺 • 最大允许误差2%
• 可选4~20mA或0~20mA输出 • 提供专用的安装工具和钻头
应力计算：
1.适用范围：有金属支撑体的料仓，还需计算应力
2.应力(Kg/cm2)计算：105 Kg/cm2 <应力<1000 Kg/cm2
（1）垂直结构应力法向应力＝P/NxA
其中P＝料斗物料总量；N=支腿总数；A=每个支腿的横截面积（cm2）
（2）水平结构应力切向应力＝P/2xNxDxTW
其中P＝料斗物料总量；N=支撑角板总数；D=工字钢高度（cm）；TW ＝工字钢厚度
（3）围板支撑应力应力＝P/πxDxST
其中P＝料斗物料总量；D=直径（cm）；ST=围板厚度（cm）
3. 传感器安装数量根据支撑型式和现场情况确定，但多个传感器可以使不均衡载荷得以平均，提高精度。
4.配置：传感器选择：GZ-1：一般情况；称重模块：设计在料仓支撑体中 。控制仪表：CL-100：红色LED柱状图示；

The weighing type continuous material level measurement is mainly used for the continuous material level measurement of solid, liquid and slurry material in the silo or hopper supported by steel structure. Easy to install and not affected by high temperature, dust, steam, turbulence, foam or corrosive materials. Working principle: the stress sensor is installed on the steel structure support of the silo, and when the material level in the silo changes, the force on the steel structure support of the silo also changes accordingly. This change is small, but the Ramsay stress sensor is able to measure accurately. The accurate material level can be obtained by processing the sensor signal. GZ-1 stress sensor: the stress sensor directly mounted on the silo, hopper steel structure support. The shape is a 19mm diameter cylinder, which is drilled on the support when installed, and then squeeze GZ-1 into the hole with a special installation tool.

Features: 1) Precision Patented Strain Sensor 2) The sensor uses a Wheatstone bridge to eliminate temperature instability in the external environment 3 diameter 19mm stainless steel structure 4) the sensor senses the stress change of the silo and the tank supported by the steel structure. the effective stress variation range from no load to full load is 105kg~1000kg/cm2. Up to 8 sensors per weighing system. Microprocessor-based control instrument with programming and self-diagnostic functions • Non-volatile memory •50-segment LED display Adjustable alarm setting point Fixed overflow alarm (102% of capacity)• polystyrene enclosure, weatherproof • Controller 1000 ft. of sensor • Maximum allowable error 2% • Optional 4~20mA or 0~20mA output • Provide dedicated mounting tools and bits