The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
A cantilever beam load cell consists of an elastic body, strain gauges, and measurement circuitry. Cantilever beam sensors typically employ a single-end fixed configuration, where one end is rigidly fixed while the other end is freely suspended. Unlike parallel beam sensors, the strain gauges for cantilever beam sensors need to be affixed closer to the fixed end, whereas those for parallel beam sensors are attached to the top and bottom surfaces of the two beams. The working principle of load cells can be referenced from the introduction of CP series load cells.
Our company’s CBD series digital cantilever load cell is a digital sensor that comes with a high-precision analog-to-digital conversion module, allowing it to output digital signals rather than analog ones. Compared to analog sensors, digital sensors have the following advantages:
1. Digital signals have stronger interference resistance;
2. They support various compensation functions, such as temperature compensation and load offset compensation;
3. Communication speed is significantly improved compared to analog signals.
The CBD series digital load cells offer a wide measurement range from 220 kg to 4400 kg, with an accuracy class up to C6 level. Additionally, they feature IP68/IP69K protection ratings, providing better protective performance in industrial production environments.
Cantilever beam tension sensor is specially designed for single-side frame machines, which are used in textile, wire and other industries. It can detect small tension changes and provide excellent resolution and sensitivity, and its performance in industrial applications is very outstanding.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
1.High accuracy and simple installation
2.Stainless steel construction
3.Good long-term stability and high comprehensive precision
4.Calibration in mV/V Low profile design
5.It is composed of two boards, the top plate, the base plate, the sensor, the support column, and the support bolt. The characteristic of the weighing module is that it is not limited by the site. Generally, the hopper scale is three or four corners, or on both sides of the tank container, and does not occupy an area.
6.Weighing modules are generally used in weighing applications for large material tanks, material bin scales, reaction vessels, hoppers, and vertical tanks.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
The sensor elastomer is made of aluminum alloy; Glue seal treatment, colorless anodized surface, The degree of protection reaches IP65.
0.22t, 0.55t, 1.1t, 1.76t, 2.2t, 4.4t Or Customized Tension Compression Force Sensor FA509 is a model of Tension Compression Force Sensor, it belongs to our brand FIBOS FA5-Series, it can be used to measure load 0.22t, 0.55t, 1.1t, 1.76t, 2.2t and 4.4t or customized capacity, its Creep(30min) ≤0.0166%F.S. , Non-linearity, Hysteresis and Repeatability all ≤0.17%F.S. or can be customized.

















