
Explore Delta plc programming through 48 practical videos covering wiring, plc basics, and widely used commands for programming, uploading, downloading, and simulating in Automation Studio and Delta plc software.
Explore how and, or, and not commands control PLC circuits in Automation Studio, wiring a 24-volt source with pushbuttons, a lamp, and simulated outputs.
Design and simulate a dual-motor control circuit with relays, pushbuttons A and B, normally open/closed contacts, and lamp indicators, wiring a 24-volt path to start, stop, and interlock two motors.
wire a three-phase motor using a control circuit with start and stop pushbuttons, a relay coil, and a power circuit with L1, L2, L3 to start and stop the motor.
Learn to design a left-right rotation control for a three-phase motor using relays and a plc in wplsoft. It covers common and power circuits, input wiring, and safe reversing.
Learn how to wire a Delta dvp s2 PLC, connect input and output cards with 24-volt power, configure addresses, and simulate pushbutton wiring and lamp loads.
Learn PLC programming in Automation Studio, map in and out addresses, and drive four outputs with a normally open contact by pressing a pushbutton.
Demonstrates latch and unlatch in automation studio by paralleling outputs with inputs and using normally open and normally closed contacts to retain or release outputs.
Learn to start a three-phase motor with a PLC using Delta PLC programming in WPLsoft, wiring command and power circuits with normally open contacts and relays to control rotation.
Wire the Delta dvp14ss plc by connecting inputs x0-x7 and outputs y0-y5 to a 24v supply and 0v common, then select the correct model in the WPLSoft software.
Learn to configure delta plc projects in WPLsoft, select the correct device model, set com ports, and implement ladder programming using x0–x7 inputs and y0–y5 outputs.
Learn to simulate, compile, upload and download a simple PLC ladder program in WPLsoft, using online and debug modes to test input x0 and output y0.
Open a new project, download an empty program to the PLC, enter input and output addresses (X4–X7, Y0–Y5) in the monitor, and verify connections by activating inputs and outputs.
Learn to program a Delta plc in wplsoft using ladder logic, configure inputs from x0 to x7 and outputs from y0, simulate online, then download to the PLC.
Wire inputs and outputs in WPLsoft to light three greens from x4 and three reds from x5, using y0-y5 and the F9 element, then simulate and download to the plc.
Configure inputs and outputs in WPLsoft with normally open and normally closed contacts and a push button; use latch mode (x4, y1) to keep outputs on, and stop (x5, x6).
Learn to use set and reset commands in WPLsoft to make outputs stay active after input changes, with x4/x5, y0, and PLC simulation.
Learn to use set and reset commands in WPLsoft to control three outputs from input X4, with reset via X5 and NC stop X6.
learn how to use timer commands in Delta plc with WPLsoft software, covering t0 timers, time base values, and a 10-second on/off output controlled by an input.
Learn how to use timer commands in WPLsoft to create a 10-second output delay with fixed K or D values, using internal relay M0 and input X.
Learn how to use timer commands in WPLsoft to activate y0 for 10 seconds when x4 is pressed, using internal relay M0 and timers t0 and t1, with resets.
Learn how to use the CNT counter in Delta PLC with WPLsoft, counting items via a sensor and driving y0 and y1 outputs using rising pulse contacts.
Configure a conveyor system with the C0 counter in WPLsoft to stop after ten items pass, using X5 sensor pulses, normally open contacts, and a reset to reuse the process.
Learn to write faster PLC programs in WPLsoft using direct commands for normally open contacts at x0, set/reset, and timer and counter blocks with ldp/ldf, tmr, cnt.
Explore data registers in Delta PLC programming training in WPLsoft software, including general registers that reset on stop and registers not lost when the PLC is stopped.
Explore delta plc registers in wplsoft, including general, latch, and special registers, perform addition of d0 and d1 into d2, and persist results by using d460 with reset.
Explore how to use increase and decrease commands in WPLsoft to count warehouse goods with input sensors, updating the D0 register and resetting the value when needed.
Learn to use the move command to transfer values into registers such as d0, set t0 timers, and control inputs x4 and x5 to drive outputs like y0.
Explore how rising and falling pulses trigger counters in WPLsoft for a conveyor application, using normally open contacts, sensor inputs, and reset logic to count items.
Explain how internal relays in WPLsoft control a timer and output from a momentary input (x4), using m0, t0, and y0 for a 10-second cycle.
Use the comparator command in WPLsoft to compare registers d0 and d1 from inputs x4 and x5, driving y0 when d1 > d0 and y1 when d1 < d0.
Learn how to use equal and unequal comparator commands in WPLsoft to compare registers d0 and d1 and drive y0 and y1 outputs, with reset and PLC download steps.
Use the add and subtract commands in WPLsoft to add and subtract values between d0, d1, d2, and d3 on a PLC. Incorporate m0 and x4 wiring.
Learn to perform multiply and divide operations in WPLsoft for delta plc, using mul d0 d1 d2 and div d0 d1 d3, with results stored in d2 and d3.
Use the B move command to transfer data between registers, such as D0 to D4 into D10 to D14, in a Delta PLC project using WPLSoft.
Discover how the f move command in WPLsoft copies a register’s value, such as D0, into multiple registers when X0 is activated.
Open a new project, select the plc ss model, and learn to use the call jump command in WPLsoft to control x0, x2, m0, cp0, y0, and y2.
Learn to use the interrupt command in Delta plc with WPLsoft, mapping x0–x3 to I001, I101, I201, and I301 to pause the main program and run interrupt routines.
Learn to use the inverse command in wplsoft for delta plc programming to reverse outputs, such as turning y0 off when x0 is activated.
Learn how to use MC and MCR commands in WPLsoft to control activation of internal program sections, using inputs like x0 to enable and disable outputs y0–y2.
master the pwm command in wplsoft to generate on/off pulses with adjustable duty cycle, using milliseconds, x0 input and y1 output, and counting pulses into register d0 until 50.
Learn to implement a retentive timer in WPLsoft, preserve timer values when a normally open input toggles, and drive output Y0 via T0 and D-register storage.
Use the sequencer command in WPLsoft to convert decimal numbers to binary and display them on PLC outputs, using move with x0 and x1 triggers to transfer data to y0.
Learn how to implement a sequencer in wplsoft using a timer t0 to sequentially activate plc outputs y0 through y3 every two seconds, with m1000 contact triggering and timer reset.
Learn how to implement the subroutine command in WPLsoft for delta PLCs, wiring x0/x1 triggers, P0/P1 calls, and managing y0 and y1 outputs with set and repeat logic.
Learn how to use cmp command in wplsoft to compare a fixed k10 value with a variable d10 register using the x0 input, activating y0, y1, and y2 outputs.
Explore how the zone compare command (xcp) in wplsoft uses x0 activation to compare a value against a 10–100 range, turning on y0, y1, or y2 outputs.
Hello friends,
I am very happy that you have chosen this course for your own learning. In this course, Delta plc training is supposed to be taught to you in simple language. This course contains 48 educational videos and is taught in 5 hours. All the frequently used and important commands available in Delta plc are taught in this course.
Because learning plc must be practical, in this course, it has been tried to implement all commands on the device along with software training, so that learning plc Delta is easier.
To learn plc, it is better that you do all the projects that have been implemented along with this course and you also implement project writing along with this course. Learning in this way makes you better understand the commands and fix the errors in the program because you execute all the commands together with the round and actually makes learning faster and understanding the commands better.
This course does not require special prerequisites, but it is better to have worked in industrial electricity because it is easier for someone who has worked in industrial electricity to understand plc programming, but it is not necessary to complete the prerequisites for this course. Because it has been tried to teach all commands in a practical way and using simple projects, and all commands can be learned without any prerequisites.