Skip to main content

Jump Instruction in Siemens Tia Portal

 In this article, I will explain to you about the use of the JUMP instruction using Siemens TIA PORTAL

The jump instruction is used to skip part of the logic or rungs during the program run.

Now, why JUMP instruction? You may ask. The simple answer is to reduce scan time (one of the advantages).

To jump unnecessary logic which we don’t want to execute while program in run mode can reduce the amount of scan time.

Also Read: JUMP Example

Let’s dig deeper to understand JUMP instruction with the help of an example.

Jump Instruction in Siemens Tia Portal

Open TIA PORTAL. Enter into a programming environment.

I have added little program in the second network as you can see in the below window.


Now, I want to skip that second network. To do that I have added JUMP instruction in the first network.

In the third network, I added a label, which indicates the location of the jump.

To use JUMP instruction, you have to define it. You can define any name but always remember to use the same name as the label.

Here in our case, I have used the letter “D” in both JUMP and label instruction.

You can see in the below window, execution of the JUMP instruction.

When you turn ON input in the network 1, JUMP instruction will execute which then goes to the label and execute the logic. (in our case it goes to the rung where the label is used)

You can see that when JUMP instruction is active, the second network is disabled.

As you can see in the below window that if I try to turn ON the input in the second network, the output won’t get energized.

As soon as you switched off input in the first network, the second network will be activated again.

Comments

Popular posts from this blog

PLC Program for Mixing Tank

 Create a ladder diagram for controlling a batch mixing process. Implement a PLC program for mixing tank or Mixing Process using PLC Ladder Logic. PLC Program for Mixing Tank Fig : Mixing tank A tank is used to mix two liquids. The required control circuit operates as follows: A. When the START button is pressed, solenoids A and B energize. This permits the two liquids to begin filling the tank. B. When the tank is filled, the float switch trips. This de-energizes solenoids A and B and starts the motor used to mix the liquids together. C. The motor is permitted to run for 1 minute. After 1 minute has elapsed, the motor turns off and solenoid C energizes to drain the tank. D. When the tank is empty, the float switch de- energizes solenoid C. E. A STOP button can be used to stop the process at any point. F. If the motor becomes overloaded, the action of the entire circuit will stop. G. Once the circuit has been energized, it will continue to operate until it is manually stopped. Solution...

What is Relay? How it Works? Types, Applications, Testing

 We use relays for a wide range of applications such as home automation, cars and bikes (automobiles), industrial applications, DIY Projects, test and measurement equipment, and many more. But what is Relay? How a Relay Works? What are the Applications of Relays? Let us explore more about relays in this guide. What is a Relay? A Relay is a simple electromechanical switch. While we use normal switches to close or open a circuit manually, a Relay is also a switch that connects or disconnects two circuits. But instead of a manual operation, a relay uses an electrical signal to control an electromagnet, which in turn connects or disconnects another circuit. Relays can be of different types like electromechanical, solid state. Electromechanical relays are frequently used. Let us see the internal parts of this relay before knowing about it working. Although many different types of relay were present, their working is same. Every electromechanical relay consists of an consists of an Elect...

Chlorine dioxide Analyzer Principle

 Chlorine dioxide measurement Chlorine dioxide (ClO2) is an instable, non-storable, toxic gas with a characteristic scent. The molecule consists of one chlorine atom and two oxygen atoms – represented in the chemical formula ClO2. It is very reactive. To avoid the risk of spontaneous explosions of gaseous chlorine dioxide or concentrated solutions, it is generally handled in dilution with low concentrations. ClO2 is soluble in water, but tends to evaporate quickly. Typically it is prepared on site, for example from hydrochloric acid and sodium chlorite. The procedure provides solutions with approx. 2 g/l ClO2 that can be safely handled and stored for several days. Image Credits : krohne Sensor Parts : Reference electrode Applied chlorine dioxide specific potential Current needed to maintain the constant potential Counter electrode Measuring electrode The disinfection effect of ClO2 is due to the transfer of oxygen instead of chlorine, so that no chlorinated byproducts are formed. C...