Chi-10a pressure weighing controller instrument industrial control instrument

Product Description

Chi-10a pressure weighing controller instrument industrial control instrument

 

Chi-10c quantitative packaging controller △ embedded device △ 4 contact output signal (fast heater, slow heater, discharge, bag clamping) △ 2 input signal △ deviation automatic correction function

 

[specify]

 

Shanghai CONHON new instrument chi-10c quantitative packaging controller constant value display control instrument

Technical parameters of chi-10c quantitative packaging controller

1. Digital sensor: digital sensor suitable for qiuhao weighing instrument protocol

2. Power supply voltage of digital sensor: 10V DC / 30mA

3. Input signal of analog sensor: 1.0 ～ 2.0m V / V

4. Analog sensor a / D conversion speed: 30 times / s resolution: 0.5uv

5. Analog sensor bridge supply voltage: 5V DC < 50 Ma

6. Automatic identification of digital sensor or analog sensor

7. Built in: 6V / 4ah maintenance free battery, can work continuously for 100 hours after charging

8. External 12V DC power supply automatically charges the battery

9. Working temperature: - 10 ℃ ~ 40 ℃

10. Working humidity: ＜ 85% RH

11. Overall dimension: 220 × 160 × 110 (mm)

12. Weight: about 1.1kg

 

Installation and connection of constant value display control instrument

 

1. Digital sensor connection:

 

1 pin + e (digital sensor power supply + 10V)

2-pin + s (rs485-a)

3-pin-s (rs485-b)

4-pin-e (digital sensor power 0V)

 

2. Analog sensor connection:

1 foot + e (sensor positive excitation)

2-pin + s (sensor positive output)

3-pin-s (sensor negative output)

4-pin-e (sensor negative excitation)

 

Chi-10c digital sensor test

After connecting the digital sensor, insert the connector into the corresponding socket and connect the power supply.

Display the output signal of the digital sensor [XX. XXX].

Press the [*] key for 1 second to turn on or off the backlight.

 

1. zero

No matter whether the display is positive or negative, press the [→ t ←] key to set the display to zero. [net] light is on.

Press the [→ 0 ←] key to restore the original value display, and the [net] light goes out.

 

2. Digital sensor number display:

Press [↑] to display the digital sensor number: [cn XX],

After 1 second, the output signal of the digital sensor [XX] will be displayed. XXX].

 

3. Number of digital sensor:

Press the [→] key to enter the digital sensor number setting: [cn XX],

Use the [→], [↑] key to input the digital sensor number 1 – 99.

Press the [*] key to confirm. If the number is successful, [Yahoo] will be displayed. If the number is not successful, [error] is displayed.

The output signal of the digital sensor [XX] is then displayed. XXX].

 

Judgment 1: in the displayed value [XX. XXX] the decimal point flashes, indicating that there is received data.

If the decimal point does not flash, it indicates that the communication is abnormal.

 

Judgment 2: the display value is not stable, indicating that the sensor is faulty.

 

Judgment 3: no load display value is outside - 0.500-0.500, indicating that the sensor is faulty.

 

Judgment 4: when the displayed value after loading is greatly different from the theoretical output value of the sensor, it indicates the sensor There is a problem with the unit.

(example: there is a digital sensor with a maximum weighing of 30000 kg, and the full load output is 30.000, current loading weight is 3000kg, The theoretical output of the sensor is 3000kg / 30000kgx30.000 = 3.000, When the display value is 6.500, it means the sensor is faulty.)

 

Display controller analog sensor test

 

After connecting the analog sensor, insert the connector into the corresponding socket and connect the power supply.

Display the output signal of the analog sensor [XXXX. X] in UV.

Press the [*] key for 1 second to turn on or off the backlight.

No matter whether the display is positive or negative, press the [→ t ←] key to set the display to zero. [net] light is on.

Press the [→ 0 ←] key to restore the original value display, and the [net] light goes out.

 

Judgment 1: the displayed value is not stable, indicating that the sensor is faulty.

 

Judgment 2: when it is empty, the displayed value is beyond - 500 ~ 500, indicating that the sensor is faulty.

 

Judgment 3: when the displayed value after loading is greatly different from the theoretical output value of the sensor, it indicates the sensor There is a problem with the unit.

(example: there is a sensor with a maximum weighing capacity of 30000kg and a sensitivity of 2mV / v, The current loading weight is 3000kg, The theoretical output of the sensor is 3000kg / 30000kgx2.0mv/vx5v = 1000.0 UV, When the display value is 13000 UV, it means the sensor is faulty.)

 

Check whether the instrument itself works normally:

Unplug the sensor plug, and the absolute value of the displayed value shall be less than 20.0.

If the display value is too large or too small, or the display value is not stable, it indicates that the instrument is faulty.