
IN THIS VIDEO I SHOW YOU HOW TO DO PLC WIRINING
INPUT NPN WIRINR
INPUT PNP WIRING
NPN SENSOR HOW CONNECT WITH PLC
PNP SENSOR WIRINING WITH PLC
HOW TO DO PLC OUTPUT,S WIRING
HOW CONTROL DC VOLTS FROM OUTPUTS
AND AC VOLTAGE PASS FROM RELAY CONTACTS........
Explore wiring transistor-type PLC systems, understand relay-type outputs, and learn transistor drive and control concepts across Fatek PLC, Mitsubishi PLC, and Siemens PLC courses in Urdu and Hindi.
Explore Delta PLC programming by uploading from the PLC to the PC and downloading from the PC to the PLC, including setup, simulation, and basic communication.
Delta plc software introduction shows how to configure plc software, set up communications, and interconnect hardware for industrial control systems.
Explore delta plc memory and how to use it with plc. Learn about stored program cycle, scan system, execution speed, external inputs and outputs, high-speed counter, timers, and special memory.
Explore how to implement timers in Delta PLC, converting milliseconds to seconds, configuring timer numbers, and introducing timer concepts for reliable sequencing in industrial control.
Learn to configure plc timers from 100 ms down to 1 ms, and accurately calculate timer times in milliseconds and seconds for precise control.
Master how to build an auto PLC circuit with timer control, shaping on-off sequences, open and closed contacts, and reliable output management.
Explore how to implement a 16-bit counter in PLCs and understand why counters are essential for tracking events in Fatek, Mitsubishi, and Siemens PLC systems.
Explore what a data register is and how to use the general data register and latch data register in PLCs, with emphasis on memory concepts and latched memory behavior.
Learn how to use timers with data registers in PLC programming and why data registers are used with timers.
Learn how to use a counter with a data register and why this approach benefits Fatek plc, Mitsubishi plc, and Siemens plc contexts.
Delta PLC math functions include add, sub, mul, and div commands, and learn how to use them.
Master Delta PLC conditional commands using greater than, less than, and equal via math to implement robust PLC control logic.
Explore how to use the Delta DVP PLC MOV command in PLC programming and why this MOV command matters for reliable control.
Learn how to set ethernet ip settings for plc and ip settings on the wpl software, enabling proper network communication for fatek, mitsubishi, and siemens plc systems.
Learn how to set plc ip settings using isp soft software, including selecting and verifying ip addresses and basic network configuration for Fatek, Mitsubishi, and Siemens plc.
Learn how to achieve induction motor position control using proximity switches, with sensor-based feedback and practical control techniques for reliable performance.
Explore how to enable a high-speed 32-bit counter via encoder in Fatek, Mitsubishi, and Siemens PLC systems.
Learn how to use a high speed 32 counter in PLCs via a high speed encoder, with practical insights from encoder-based counting.
Learn how to use an encoder in two-phase or A/B phase configurations and apply it through a high-speed counter in PLC applications.
Explore how to use an encoder with a data register to achieve precise position control in PLC applications.
Explore how PLC outputs are set and reset from a high-speed encoder to achieve precise position control, with zero state concepts and practical implementation in industrial PLCs.
Explore Delta PLC analog to digital and digital to analog modules, including setup, average input values, present value, and compressor control considerations.
Explore how to load and unload a compressor using delta plc analog to digital scaling and the analog-to-digital card.
Learn to control air tank pressure using a 4-20 mA pressure transmitter and PLCs from Fatek, Mitsubishi, and Siemens, with practical tuning, wiring, and signal interpretation.
Explore digital to analog conversion with 0 to 20 milliamp current scaling and how to control a VFD using PLC-based analog outputs in Urdu and Hindi.
Learn digital to analog scaling from 0 to 10 volts and how to control a VFD with these voltages, including practical signal paths, scaling formulas, and control concepts.
Master Mitsubishi plc wiring with NPN and PNP configurations and learn how to connect sensors to the plc for practical control applications.
Upload a Mitsubishi PLC program to a PC and download it back to the PLC using software tools and online transfer features.
Explore how to use Mitsubishi GX Works and GX Developer software with an introduction to creating simple projects, understanding memory, and applying basic PLC programming concepts for Mitsubishi PLC.
Learn to create a simple program and ladder program on a Mitsubishi PLC, using octal input/output concepts and the related software tools with emulator support.
Learn to set and reset Mitsubishi PLC outputs and reset all outputs with a single command through PLC programming.
Explore the PLC general internal memory and latched internal memory, and learn how to use memory in PLC to control relays and outputs.
Learn how to use a 100-millisecond timer in Mitsubishi plc and how to calculate timer times, with practical insights on timing precision and common pitfalls.
Learn how to use a 10 millisecond timer in Mitsubishi PLCs and apply time calculation formulas to convert milliseconds into seconds and set timer values.
Learn how to use a one millisecond retentive timer in Mitsubishi plc, with practical ladder logic guidance and timing accuracy considerations.
Learn how to use timer auto function and control on/off plc outputs in auto mode across Fatek, Mitsubishi, and Siemens plc setups.
Discover how to use a 16-bit counter and why using a counter matters in Mitsubishi PLCs.
Explore Mitsubishi plc data register 2 types: normal data register and latched data register, with practical insights on incrementing, decrementing, and deploying in a Mitsubishi plc project.
Learn to use a timer with a data register in PLC, exploring millisecond to second timing and practical steps for Mitsubishi PLC configurations.
Learn how to use a 16-bit counter with a data register and understand why a data register is used with a counter in PLC systems.
Explore using a 16-bit retentive counter with a data register and counter memory, and understand its introduction and setup within PLC contexts.
Explore how to use a retentive timer with data register in Mitsubishi, Siemens, and other PLCs, and understand why retentive timers are used for precise timing in PLC operations.
Learn how to add two data registers in a PLC and understand why addition is used in PLC operations, with examples from Mitsubishi PLC contexts.
Learn how to apply multiplication, division, and subtraction commands in PLC programming, using math functions to handle data and control sequences.
Learn what the alt command is and why to use it in plc programming, including handling rising and falling edge signals and open contacts for different plc families.
Explore how Mitsubishi plc handles decimal data and floating point conversion, and understand practical arithmetic and data representations for decimal and floating point values.
Explore inverse logic and the reasons to use this command in PLC programming, clarifying how logical conditions influence outputs and control decisions.
Learn how a single switch can control a PLC-driven relay logic circuit, enabling on and off actions through simple push-button interactions.
Learn how PLC outputs are reset using a math function and how to reset all outputs, including zeroing and managing display values during simulations.
Learn how to use a digital-to-analog module to generate 0–10 V signals for VFD frequency control, enabling precise PLC-based speed control with Mitsubishi and Siemens systems.
Operate a proportional card by converting a digital input signal to an analog output signal, applying scaling to produce the correct output voltage.
Explore digital to analog conversion for a proportional valve in Mitsubishi PLC, understanding how analog signals and percent-based control drive precise valve actuation.
Explore digital to analog conversion from 0 to 20 milliamps and learn scaling techniques to control a variable frequency drive, with focus on PLC integration.
Learn to configure multi analog outputs on fx2n-da, including -10 v to 10 v and 0–20 ma and 4–20 ma ranges.
Learn how to read and interpret VFD frequency signals from a Mitsubishi PLC using 0–10 V analog input to a digital card, including frequency feedback and channel values.
Discover how to read linear and variable analog values from a Mitsubishi PLC analog to digital card, using channels 1 to 4, voltage ranges, and interpreting present and average values.
Learn to read the average value and present value via an analog to digital card in Mitsubishi plc systems, configuring analog inputs, linear displays, and channel options.
discover how to read air pressure and vacuum using a pressure transmitter with a 4-20 ma output, and interpret present and average values within the current loop signal.
Learn how to read 0–20 mA analog signals from a Mitsubishi PLC analog-to-digital card, including transmitter concepts, average value handling, and converting to digital outputs.
Learn how to read all analog channel values from a single command on an analog to digital card, covering 0-20 mA and 4-20 mA ranges in PLC applications.
Learn how Mitsubishi PLC enables a high-speed 32-bit up counter and encoder wiring, with an introduction to counter setup.
Explore how a high-speed encoder uses two-phase A and B signals to enable precise position control via encoder feedback in PLC systems.
Learn how to configure output set reset from a high-speed encoder value and set direction in PLC systems, covering practical techniques for Fatek, Mitsubishi, and Siemens controllers.
Explore how to convert high speed encoder bits into millimeters and why this conversion matters in the Fatek PLC, Mitsubishi PLC, and Siemens PLC course.
ASSLAM O ALIKUM FRIEND IN THIS COURSE WE SHOW YOU HOW TO DO PLC PROGRAMMING AND HOW MAKES PROJECTS AND BASIC TRAING ON ALL PLC AND HMI AND OTHER MANY EQUIPMENT TRAINING ON,,...
The Instrumentation course employs a large range of industrial current loop, temperature, pressure, level and flow sensors and associated equipment. The course teaches electricians with no previous instrumentation knowledge how to recognise, calibrate and maintain a range of equipment used in real industrial instrumentation systems and then the follow-up course on PID Controllers shows how these would be put into a control loop. These two courses combined together form the Instrumentation & Process Control course..