TA6S4 6 AXIS Force Sensor
INTRODUCTION:
The ZM6DW is 6 axis force torque load cell. The load cell Fxyz and Mxyz utilize independent wheatstone full bridge for each axis which provides mV/V output proportional to the applied force and requires no mathematical manipulation. Typical applications for this type of transducer are for example force exertion control in robotics, automotive crash testing, industrial test benches, grinding force control, actuator operating force measurement,etc.
Features:
Capacity 5KN-15KN; 250Nm-1200Nm
6 axis-Fxyz, Mxyz independent bridges
Low crosstalk
Compact size
Optional features:
0-5V output signal
Fx Fy Fz Each 50N Mx My Mz Each 2Nm 0.1%F.S. IP64 Hard Aluminum Alloy Six Axis Force Sensor FARS36B is a model of our brand FIBOS FARS-Series, it belongs to FARS36. FARS36B can measure 6 axis force Fx,Fy and Fz are the same 50N, Mx,My and Mz are 2Nm, its Diameter is 30mm and Height is 20mm, its weight is 0.05kg.
Fx Fy 500N Fz 700N Mx My Mz 18Nm Hard Aluminum Alloy Six Axis Force Sensor FARS82D is a model from FARS82 which belongs to our brand FIBOS FARS-Series, FARS82D can be used to measure six axis force Fx,Fy are both 500N, Fz is 700N, and Mx,My,Mz are all 18Nm, its weight is 0.36kg, it’s heavier than FARS82.
0.1%F.S. IP64 Hard Aluminum Alloy Six Axis Force Sensors FARS75A is a model of our brand FIBOS FARS-Series, it belongs to 6-axis force sensor FARS75. FARS75A can be used to measure six-axis force Fx,Fy and Fz are 50N, Mx,My and Mz are all 2Nm, its Diameter is 75mm and Height is 31.5mm, its weight is 0.26kg.
Fx Fy Fz Each 80N Mx My Mz Each 3Nm 0.1%F.S. IP64 Hard Aluminum Alloy Six Axis Force Sensor FARS36C is a model of our brand FIBOS FARS-Series, it belongs to FARS36 which is in our six axis force category. FARS36C can be used to measure 6-axis force Fx,Fy and Fz are same 80N, Mx,My and Mz are all the same 3Nm.
Fx Fy 500N Fz 700N Mx My Mz 18Nm Hard Aluminum Alloy Six Axis Force Sensor FARS75D is a model of our brand FIBOS FARS-Series, it belongs to FARS75 with higher height 33.5mm but same diameter 75mm, FARS75D can be used to measure 6 axis force Fx and Fy are 500N, Fz is 700N, Mx,My and Mz are 18Nm, its weight is 0.36kg.
Fx Fy Fz Each 30N Mx My Mz Each 1.5Nm 0.1%F.S. IP64 Hard Aluminum Alloy Six Axis Force Sensor FARS36A is a model from FARS36 which is in six-axis force sensor category. FARS36A can measure 6-axis force Fx,Fy and Fz are 30N, Mx,My and Mz are 1.5Nm, its Diameter is 36mm and Height is 20mm, its weight is 0.04kg.
Fx Fy Fz Each 150N Mx My Mz Each 5Nm 0.1%F.S. IP64 Hard Aluminum Alloy Six Axis Force Sensor FARS46B is a model of our brand FIBOS FARS-Series, it belongs to FARS46. FARS46B can be used to measure multi-axis force Fx,Fy and Fz are the same 150N, Mx,My and Mz are all 5Nm, its Diameter is 46mm and Height is 19.4mm, its weight is 0.05kg.
Fx Fy Fz 200N Mx My Mz 8Nm Hard Aluminum Alloy Six Axis Force Sensor FARS82B is a model from FARS82 which belongs to our brand FIBOS FARS-Series, FARS82B can be used to measure six-axis force Fx,Fy,Fz all are same 200N, Mx,My,Mz are same 8Nm, its Diameter is 82mm and Height is 31.5mm, its weight is 0.28kg.
Fx Fy Fz 30N Mx My Mz 1.5Nm Hard Aluminum Alloy Six Axis Force Sensor FARS75E is a model of our brand FIBOS FARS-Series, it belongs to FARS75 which is its mother model in six axis force sensor, FARS75E can be used to measure six axis force Fx,Fy and Fz are 30N, Mx,My,Mz are 1.5Nm, its Diameter is 75mm and Height is 31.5mm.
Fx Fy Fz 100N Mx My Mz 4Nm Hard Aluminum Alloy Six Axis Force Sensor FARS62B is a model of Six Axis Force Sensor, it belongs to FARS62 in our brand FIBOS FARS-Series, FARS62B can be used to measure multi-axis load Fx,Fy,Fz are 100N, Mx,My,Mz are same 4Nm, its weight is 0.14kg, its appearance is very similar with FARS62.
SC123은 하나의 본체에 두 개의 로드셀이 포함된 특수 마이크로 빔 전단 로드셀입니다. 로드셀의 X축과 Y축을 측정할 수 있어 복잡한 시스템에 이상적입니다. 또한 각 로드셀의 출력을 결합하고 수학적 계산을 통해 힘과 방향을 모두 계산할 수 있습니다. X축과 Y축은 각각 해당 용량을 가지며, 용도에 따라 달라질 수 있습니다. *** 각 축의 용량 맞춤 설정***
The SC123 is a special micro beam shear load cell that contains two load cells in one body. It can measures in the X and Y axis of the load cell making it ideal for complex systems. This also means that by combining the output of each load cell and doing math, users can compute both force and direction. The X and Y axis have their corresponding capacities and my be different depending on the application.
*** Customizable capacity for each axis ***