5Kg Load cell - Electronic Weighing Scale Sensor

• Capacity: 5KG
  
• Rated output(MV/V): 2.0±0.15
  
• Accuracy class: C2
  
• Maximum number of laod cell verification intervals(N max): 2000
  
• Minimum number of laod cell verification intervals(Vmin): EMax/5000
  
• Combined error(%RO): <±0.030
  
• Creep(%RO/30min): 0.03
  
• Temperature effect on sensitivity(%RO/°C): 0.0016
  
• Temperature effect on zero(%RO/°C): 0.003
  
• Zero balance(%RO): 1.0
  
• Input resistance(O): 402±6
  
• Output resistance(O): 350±3
  
• Insulation resistance(MO<50V>): 5000
  
• Recommended excitation voltage(V): 10~15
  
• Compensated temperature range(°C): -10~+40
  
• Operating temperature range(°C): -35~+80
  
• Safe overload(%RO): 150
  
• Ultimate overload(%RO): 200
  
• Load cell material: Aluminium
• Connecting cable: ø4.2x350mm
  
• Method of connecting wire: Red(+),Black(-),Green(+),White(-)

This straight bar load cell (sometimes called a strain gauge) can translate up to 5 kg of pressure (force) into an electrical signal. Each load cell is able to measure the electrical resistance that changes in response to, and proportional of, the strain (e.g. pressure or force) applied to the bar.

With this gauge, you will be able to tell just how heavy an object is, if an object’s weight changes over time, or if you simply need to sense the presence of an object by measuring strain or load applied to a surface. This straight bar load cell is made from an aluminum alloy and is capable of reading a capacity of 1KG of weight

It has Four lead wires which can be connected to  HX711 A/D Pressure Sensor.  It is easy to use with driving voltage 5-10V and produce the output voltage as per the force changes over it.

Installation of the Sensor is also the simple task, it needs to fix one end through the screw hole and the other end left floating state, according to the label indicates the direction of the gravitational force exerted particular attention must not directly push the white plastic cover part of the sensor in order to avoid damage.