Cantilever beam weighing sensor KJT-ZC/WY-05520

The cantilever beam weighing sensor, also known as the shear beam weighing sensor, is mostly rectangular in shape, with the strain zone located in the middle of the sensor. Yi generally has two fixing holes at the tail end and a pressure bearing accessory at the front end, which enables it to bear weight well. Cantilever beam weighing transmission

The cantilever beam weighing sensor, also known as the shear beam weighing sensor, is mostly rectangular in shape, with the strain zone located in the middle of the sensor. Yi generally has two fixing holes at the tail end and a pressure bearing accessory at the front end, which enables it to bear weight well.
Cantilever beam weighing sensors are widely used in small scales and platform scales, usually using three or four sensors as a group. By using a signal conditioner to process the signals from multiple sensors, they are then transmitted to the measuring instrument to display the measured values.
The advantages of cantilever beam weighing sensors mainly lie in their easy installation, with two mounting holes that can be easily fixed to the base or scale platform. Convenient for maintenance and replacement. Its ability to resist eccentric loads is also outstanding among many types of sensors. Its pressure bearing attachment has a universal joint, which can accurately transmit forces from all directions to the sensor.
In general, the cantilever beam weighing sensor uses alloy steel material, which is cost-effective and highly favored by consumers due to its outstanding performance. In the case of a large range, the cantilever beam weighing sensor can be manufactured as a weighing module, and its performance will be further improved.

range	A	B	C	∮1	D	L	L1	L2
1-5t	350	310	38	120	17	75	152	40
2.5t	410	355	50	125	21	100	182	60
4t	410	355	50	135	21	100	212	60
10-20t	410	355	50	135	21	100	212	60

measurement range	t	20
Output sensitivity	%mv/v	2.0±10
Zero point output	%FS	±2%
nonlinear	%FS	0.05
lag	%FS	0.03
repetitiveness	%FS	0.03
Creep (30 minutes)	%FS	0.03
Temperature sensitivity drift	%FS/10℃	0.03
Zero temperature drift	%FS/10℃	0.05
Response frequency	khz	10
material	alloy steel
impedance	Ω	700/1400
insulation resistance	MΩ/100VDC	≥5000
Operating voltage	V(DC)	5-15
Working temperature range	℃	-20~80
safety overload	%	150
Extreme Overload	%	200
Cable specifications	∮5
Ultimate tensile strength of cable	Kg	10