Description
	
	Product introduction:
	Model: BLR-42 
	Name: Pull-type load sensor
	Manufacturer: Shanghai East China Electronic Instrument Factory
	Application: BLR-42 pull-type load sensor
	Product Introduction
	The important role of sensors in modern science and technology have been fully recognized, it is an important means of technology is indispensable is to achieve automatic control of the test and the most important part.
	Sensor is home to one of the widely used, which is based on resistance strain gauges for the conversion element, such as the non-power: force, pressure, displacement, acceleration, torque and other parameters is converted to electricity, has the following characteristics:
	S-type shape
	Simple structure
	High cost performance
	High precision, wide measuring range
	Frequency response is good
	Simple structure, small size, light weight
	It can operate in the harsh environment of high temperature, low temperature, high pressure, strong vibrations, strong magnetic field and nuclear radiation.
	Technical Parameters
	Sensitivity: 1.5mV / V
	Nonlinear: ± 0.03% R.O.
	Hysteresis error: ± 0.03% RO (20 ~ 50kg ± 0.05% RO)
	Repeatability error: 0.02% RO (20 ~ 50kg ± 0.03% RO)
	Creep: ± 1% RO / 30min
	Excitation voltage: Recommended 10V ~ 12V (AC or DC)
	Highest 20V (AC or DC)
	Zero output: ± 1% R.O.
	Input Resistance: 350Ω ± 3.5Ω
	Output Resistance: 350Ω ± 1.75Ω
	Conductor: ф9.5 mm, 4-core, 3 m long cable
	Insulation resistance: more than 2000MΩ bridge terminal on the body
	Operating temperature range: -10 ~ + 70 ℃
	Zero temperature change: ± 0.03% .R.O / 10 ℃
	(20 ~ 50kg ± 0.05% RO / 10 ℃)
	Temperature output variation: ± 0.03% R.O. / 10 ℃
	Allowed overload: 20% R.L.
	NOTE: RO is rated output (excitation voltage = 10V)
	RL rated load (test g = 9.80665m / s2)
	
	
	
	


 
                                                        
                                                        
                                                     
                                                        
                                                        
                                                     
                                                        
                                                        
                                                     
                                                        
                                                        
                                                     
                                                        
                                                        
                                                    