060-0241-04

Series:	Model 53
Part Status:	Active
Operating Force:	22680kgf (50000lbs)
Output:	Voltage
Sensor Type:	Load Cell
Voltage - Supply:	10V
Actuator Type:	Pushbutton
Actuator Style/Size:	Round, 19.81mm
Operating Temperature:	-54°C to 121°C

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Force Sensors are integral to many industries. Industrial robots are increasingly employed to automate tasks, and force sensors are essential for measuring the forces applied by the robot’s arms and hands. The 060-0241-04 force sensor is a general-purpose sensor, suitable for applications across many fields. In this article, we will discuss the application field and working principles of this sensor. The 060-0241-04 force sensor is designed for general-purpose use in variety of applications, such as testing, automation, and robotics. With its strength and reliability, the 060-0241-04 can measure forces across a variety of ranges, from heavy-duty automotive applications to light robotic movement. This forced sensor is perfect for applications where force must be accurately measured in order to avoid damage, malfunctions, or unwanted operation. The 060-0241-04 force sensor is made with a rugged stainless steel body, making it ideal for industrial and laboratory environments. It is also capable of measuring static and dynamic forces with high accuracy and repeatability. The use of the 060-0241-04 force sensor can cover scenarios such as force testing for LEDs, force measurement for doors, force applied during a welding process, and torque measurement during a machining process. The 060-0241-04 force sensor’s working principle is based on the so-called Wheatstone bridge principle, which was developed by the British physicist Charles Wheatstone in the 1830s. This principle is based on two identical conductors placed in a hydraulic or electrical circuit, creating a bridge. When a force is applied to one conductor, the current of the other conductor increases, and the output voltage of the bridge circuit will thus change. Using this principle, the 060-0241-04 force sensor’s circuit is composed of four resistors connected in a Wheatstone bridge arrangement. As the force applied to the sensor’s pressure plate increases, the resistance of one of the resistors will also increase, changing the output voltage of the bridge. The voltage change is then converted into a digital signal, which is sent to a processing unit for analysis. The 060-0241-04 force sensor’s output is highly accurate and repeatable due to the use of extremely precise construction of the pressure plate and resistors. It offers great flexibility in terms of its applicable force range and its resistance to corrosion and shock. Finally, its robust design further extends its lifetime and reliability.In conclusion, the 060-0241-04 force sensor is a highly accurate and reliable force measurement device, suitable for applications in a variety of industries. Its Wheatstone bridge configuration and precision construction create a device that can accurately measure even small changes in force. This makes it a great choice for testing, automation, and robotics applications where accuracy and reliability are paramount.

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