WATER PUMP CONTROL The water pump c

WATER PUMP CONTROL
The water pump control is equipped with two transducers: the lower sensor and the upper sensor. The lower
sensor has the task of turning the pump ON when the water level in SRT drops below the sensor or the sensor is dry. The
upper sensor has the task of turning the pump OFF when the water level reaches the sensor or the sensor is wet.
The control circuit is designed to be digital. There will be an actuator to activate the pump and an indicator in the
form of a flashing LED. Let us assign the following variables: A for lower sensor, B for the upper sensor, C for pump and
indicator ON, D for pump and indicator to turn ON or stay ON. The operations of the variables are tabulated as shown
Table 2. The truth table representation of the control operations is shown in Table 3 while the simplified logic circuit is
drawn as shown in Figure 7 after the application of the Boolean laws. The practical electronic control circuit can easily be
realized with few discrete and integrated circuit IC components and an actuator.

WATER PUMP CONTROL 
The water pump control is equipped with two transducers: the lower sensor and the upper sensor. The lower
sensor has the task of turning the pump ON when the water level in SRT drops below the sensor or the sensor is dry. The
upper sensor has the task of turning the pump OFF when the water level reaches the sensor or the sensor is wet. 
The control circuit is designed to be digital. There will be an actuator to activate the pump and an indicator in the
form of a flashing LED. Let us assign the following variables: A for lower sensor, B for the upper sensor, C for pump and
indicator ON, D for pump and indicator to turn ON or stay ON. The operations of the variables are tabulated as shown
Table 2. The truth table representation of the control operations is shown in Table 3 while the simplified logic circuit is
drawn as shown in Figure 7 after the application of the Boolean laws. The practical electronic control circuit can easily be
realized with few discrete and integrated circuit IC components and an actuator.

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WATER PUMP CONTROL The water pump control is equipped with two transducers: the lower sensor and the upper sensor. The lowersensor has the task of turning the pump ON when the water level in SRT drops below the sensor or the sensor is dry. Theupper sensor has the task of turning the pump OFF when the water level reaches the sensor or the sensor is wet. The control circuit is designed to be digital. There will be an actuator to activate the pump and an indicator in theform of a flashing LED. Let us assign the following variables: A for lower sensor, B for the upper sensor, C for pump andindicator ON, D for pump and indicator to turn ON or stay ON. The operations of the variables are tabulated as shownTable 2. The truth table representation of the control operations is shown in Table 3 while the simplified logic circuit isdrawn as shown in Figure 7 after the application of the Boolean laws. The practical electronic control circuit can easily berealized with few discrete and integrated circuit IC components and an actuator.

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PENGENDALIAN POMPA AIR
Air kontrol pompa dilengkapi dengan dua transduser: sensor yang lebih rendah dan sensor atas. Semakin rendah
sensor memiliki tugas mengubah pompa ON ketika tingkat air di SRT turun di bawah sensor atau sensor kering. The
sensor atas memiliki tugas mengubah OFF pompa ketika tingkat air mencapai sensor atau sensor yang basah.
Rangkaian kontrol dirancang untuk menjadi digital. Akan ada aktuator untuk mengaktifkan pompa dan indikator dalam
bentuk berkedip LED. Mari kita menetapkan variabel-variabel berikut: A untuk sensor yang lebih rendah, B untuk sensor atas, C untuk pompa dan
indikator ON, D untuk pompa dan indikator untuk mengaktifkan atau tinggal ON. Operasi variabel ditabulasikan seperti yang ditunjukkan
Tabel 2. Representasi tabel kebenaran dari operasi kontrol ditunjukkan pada Tabel 3 sedangkan rangkaian logika sederhana yang
diambil seperti yang ditunjukkan pada Gambar 7 setelah penerapan hukum Boolean. Rangkaian kontrol elektronik praktis dapat dengan mudah
direalisasikan dengan beberapa sirkuit diskrit dan terintegrasi IC komponen dan aktuator.

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