1、This transmitter adopts a sealed enclosure with a protection level of IP67. 2、The working temperature of the transmitter is ‑10℃~50℃, which is convenient and practical. 3、This weight transmitter can be used in various industrial environments with strong adaptability. 4、The signal output type of this weight senor transmitter can be 0~10V or 4-20mA. 5、This transmitter is simple to use, small in size, easy to carry and store. 1 x Weighing Transmitter Item Type: Weighing TransmitterOperating Temperature: -30~60℃Humidity: 10%RH 85%RH, non-condensing.Storage Temperature: -40℃~85℃Appearance Size: Approx. 120 x 180 x 46mm / 4.7 x 7.1 x 1.8inZero Adjustment Range: ±50%FSWorking Temperature: -10℃~50℃Output Fan Tail: 0~10V or 4-20mALinear Accuracy: 0.05%FSPower Input: DC18-24VComprehensive Accuracy: 0.2%FSApplicable Sensor Sensitivity: 1.0~ 3.0mV/VSensor Excitation Voltage: DC 12V, can drive 1-4 analog sensorsHow To Use: Current Output Adjustment: Take 4~20mA As An Example: Step 1: Connect and check according to the wiring diagram;Step 2: The load-bearing device is at no load, use an ammeter to measure the current output, and adjust the potentiometer marked "ZERO", that is, the zero point potentiometer, so that the current output is 4. 000mA.Step 3: Increase The Load-bearing Device To Full Load (or A Certain intermediate load point: N%F. S), adjust the potentiometer marked "SPAN", which is the gain potentiometer, so that the current output is 20.000mA (or 4+n% x 16).Step 4: Repeat steps 2 and 3 until the result is correct.Voltage Output Adjustment: Take 0~10V As An Example: Step 1: Connect and check according to the wiring diagram;Step 2: The carrying device is at no load, measure the voltage output with a voltmeter, and adjust the potentiometer marked "ZERO", which is the zero point potentiometer, to make the voltage output 0.00V.Step 3: Increase The Load-bearing Device To Full Load (or A Certain load point in the middle: N%FS), adjust the potentiometer marked "SPAN", that is, the gain potentiometer, so that the voltage output is 10. 000V (or 10 x n%V) .Step 4: Repeat steps 2 and 3 until the result is correct.