3 Wire PNP & NPN Sensor wiring | Sensor Connection Diagram
3 Wire Phase PNP NPN proximity sensor Wiring Connection Diagram provide to learn about Proximity sensor 3 wire connection | 3 wire proximity sensor wire color code | NPN sensor wiring diagram | 3 wire sensor connection to PLC | How to bypass 3 wire proximity sensor | NPN sensor output voltage | How to check PNP and NPN sensor | NPN PNP sensor.
In this video will Learn how to do 3 Wire Sensor Connection with Relay and PLC. Hope you will like this video
PLC(programmable logic Controller) wiring with PNP/NPN proximity sensor/switch is shown in circuit video. PLC connection with motor will be explained in future videos. PLC wiring in Hindi language is shown for your ease of industrial automation. PNP/NPN proximity sensor is used with PLC to solve various industrial problems. PLC wiring diagram tutorial will be in future videos.
3 wire PNP NO proximity sensor connection / Wiring has been explained with contactor and Load works on 240V AC.
Proximity sensor is used industry to Drive load which can be AC & DC.
PNP Circuit
- First, you should learn whether the circuit is designed for PNP sensors.
-The PNP is shorthand for positive-negative-positive. The letter N in the middle of PNP, short for Negative polarity, reminds you that the load should be connected directly to the Negative side of the power supply.
PNP Sensor Diagram
- Let's take a closer look at the internal circuit design of a 3-wire PNP sensor. Generally, it consists of a sensing element circuitry and a PNP transistor.
PNP Sensor Wiring
- Solid-state 3-Wire PNP sensors are classified as active devices and typically need a small amount of operating power.
- The brown wire of the PNP sensor, known as the power wire, is attached to the positive side of the power supply, and then the blue wire of the PNP sensor is connected to the power supply's negative terminal.
- The third wire of the PNP sensor, which is black, is identified as the signal output wire of the sensor that is going to connect to the input terminal of the load.
PNP Sensor Working
- Whenever the PNP sensor does not detect any metal object, the active line is low. Thus, the PNP transistor is off and behaves somewhat as an open switch. As a result, no current flows in or out of the PNP output, and the light bulb is off.
- But detecting a metal object by the PNP sensor makes the active line goes high and subsequently turns the PNP transistor on to act somewhat as a closed switch. As a result, it enables the flow of current from the power supply's positive terminal, through the PNP transistor, towards the PNP sensor output and eventually to the negative terminal of the power supply via the load.
-So, the function of the PNP sensor in providing power to the load is why it is commonly known as the sourcing sensor.
PNP Sensor Connection to PLC
- The type of field sensor used in the industry must be complementary to the PLC discrete input module type. Since you put the PNP or sourcing sensor here, you need a sinking PLC discrete input module to go along with it.
- Connect the black wire of the PNP sensor, which represents the PNP sensor output, to the input of the PLC module, and the power supply's negative terminal should be connected to the PLC module's common terminal.
Checking PNP Sensor
- Finally, let's learn how to test the PNP sensor to see if it works correctly. To do so, you need to get your multimeter into play.
- Connect the red lead of the multimeter to the black wire of the PNP sensor and attach the multimeter's black lead to the ground.
- You expect if the PNP sensor does not sense the presence of a metal object, the PNP sensor's output voltage will be low, meaning the PNP sensor supplies almost zero volts to the input of the PLC module.
- And you expect if a metal object enters the PNP sensor detection range, the output voltage of the PNP sensor will be pulled up to almost nearly the same voltage of the power supply.
3 Wire PNP & NPN Sensor wiring | Sensor Connection Diagram
3 Wire Phase PNP NPN proximity sensor Wiring Connection Diagram provide to learn about Proximity sensor 3 wire connection | 3 wire proximity sensor wire color code | NPN sensor wiring diagram | 3 wire sensor connection to PLC | How to bypass 3 wire proximity sensor | NPN sensor output voltage | How to check PNP and NPN sensor | NPN PNP sensor.
In this video will Learn how to do 3 Wire Sensor Connection with Relay and PLC. Hope you will like this video
PLC(programmable logic Controller) wiring with PNP/NPN proximity sensor/switch is shown in circuit video. PLC connection with motor will be explained in future videos. PLC wiring in Hindi language is shown for your ease of industrial automation. PNP/NPN proximity sensor is used with PLC to solve various industrial problems. PLC wiring diagram tutorial will be in future videos.
3 wire PNP NO proximity sensor connection / Wiring has been explained with contactor and Load works on 240V AC.
Proximity sensor is used industry to Drive load which can be AC & DC.
PNP Circuit
- First, you should learn whether the circuit is designed for PNP sensors.
-The PNP is shorthand for positive-negative-positive. The letter N in the middle of PNP, short for Negative polarity, reminds you that the load should be connected directly to the Negative side of the power supply.
PNP Sensor Diagram
- Let's take a closer look at the internal circuit design of a 3-wire PNP sensor. Generally, it consists of a sensing element circuitry and a PNP transistor.
PNP Sensor Wiring
- Solid-state 3-Wire PNP sensors are classified as active devices and typically need a small amount of operating power.
- The brown wire of the PNP sensor, known as the power wire, is attached to the positive side of the power supply, and then the blue wire of the PNP sensor is connected to the power supply's negative terminal.
- The third wire of the PNP sensor, which is black, is identified as the signal output wire of the sensor that is going to connect to the input terminal of the load.
PNP Sensor Working
- Whenever the PNP sensor does not detect any metal object, the active line is low. Thus, the PNP transistor is off and behaves somewhat as an open switch. As a result, no current flows in or out of the PNP output, and the light bulb is off.
- But detecting a metal object by the PNP sensor makes the active line goes high and subsequently turns the PNP transistor on to act somewhat as a closed switch. As a result, it enables the flow of current from the power supply's positive terminal, through the PNP transistor, towards the PNP sensor output and eventually to the negative terminal of the power supply via the load.
-So, the function of the PNP sensor in providing power to the load is why it is commonly known as the sourcing sensor.
PNP Sensor Connection to PLC
- The type of field sensor used in the industry must be complementary to the PLC discrete input module type. Since you put the PNP or sourcing sensor here, you need a sinking PLC discrete input module to go along with it.
- Connect the black wire of the PNP sensor, which represents the PNP sensor output, to the input of the PLC module, and the power supply's negative terminal should be connected to the PLC module's common terminal.
Checking PNP Sensor
- Finally, let's learn how to test the PNP sensor to see if it works correctly. To do so, you need to get your multimeter into play.
- Connect the red lead of the multimeter to the black wire of the PNP sensor and attach the multimeter's black lead to the ground.
- You expect if the PNP sensor does not sense the presence of a metal object, the PNP sensor's output voltage will be low, meaning the PNP sensor supplies almost zero volts to the input of the PLC module.
- And you expect if a metal object enters the PNP sensor detection range, the output voltage of the PNP sensor will be pulled up to almost nearly the same voltage of the power supply.
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