Siemens S71200 PLC Training-2 (İntermediate&advanced)

Siemens s71200 PLC training-2 (intermediate and advanced) covers basic PLC math: addition, subtraction, multiplication, and division using EN inputs. The calculate command handles complex operations with IN1–IN4 and 32 variables.

Explore how add, sub, mul, div and calculate commands operate in a Siemens S71200 PLC, using data blocks and linked variables to compute and output results in real time.

Master the calculate command on a Siemens s71200 plc by building a formula with IN1–IN4, applying division and multiplication by five, and writing results to data block variables.

Learn practical Siemens S71200 PLC commands including mod, neg, inc, dec, abs, min, max, and limit, and see how EN signals drive in-out data.

Explore four plc commands—mod, negative, increment, and decrement—on the Siemens S71200, using positive edge triggers and inputs in one and in two, and observe remainders and single-cycle outputs.

Explore abs, min, max, and limit commands in a programmable logic controller program, showing how abs outputs the input’s absolute value, min and max select extremes, and limit clamps values.

Learn commands for squaring, square roots, natural logarithm, and exp in S71200 PLCs, and apply LN to correct nonlinear sensor data or EXP for exponential growth or decay.

Learn to compute sin, cos, and tan on the Siemens S71200 PLC by converting degrees to radians, multiplying by 3.14 and dividing by 180.

Explore sine thirty, cosine sixty, and tangent forty-five on a Siemens S71200 PLC, entering radian equivalents in the inputs and observing outputs near 0.5 and 1.

Explore asin, acos, and atan in s71200 plc training to identify angles from sine, cosine, and tangent values, convert radians to degrees, and substitute into a formula to calculate angles.

Explore frag and expt operations by loading the PLC program and editing values with modify zero and modify one, observe two to the power of five equals thirty-two in output.

Convert numbers between formats and apply rounding operations to outputs, using the convert, round, ceil, floor, and trunc commands to transform input values.

Explore how the S71200 PLC executes convert, round, ceil, trunc, and floor commands through practical number examples and observed output values.

Demonstrate scaleX to map a 0-1 input to a min-max output using value*(max-min)+min. Show normX to normalize a value within min and max for analog signal interpretation.

Learn how Norm X and Scale X commands map analog sensor readings from 0 to 27,648 into 0 to 1 and convert to real temperatures.

Explore how analog signals differ from digital signals, how Siemens PLCs convert 0-10 V or 4-20 mA inputs into 16-bit digital values, and how resolution and overflow margins affect precision.

Demonstrates adding RTD, thermocouple, and analog output modules to a S71200 PLC; explains module addresses, 0–10 volt inputs, PT100/RTD and TC configurations, and basic diagnostics in tia portal.

Demonstrate using NormX and ScaleX to convert a 0–10 volt sensor reading into temperature by multiplying the NormX output (0–1) by the sensor scale, with ranges like 0–100 and 50–200.

Measure room temperature with a J-type thermocouple using a thermocouple module in the PLC via TIA Portal, and enable wire diagnostics to detect cable breaks while scaling readings to Celsius.

Learn to implement a differential temperature application with indoor and outdoor sensors, compute their difference, and drive a fan with on at >10°C and off at <8°C.

simulate indoor and outdoor temperature sensors to demonstrate differential temperature control; observe how a difference above ten activates the fan and below eight resets the system.

Measure piston speed by timing from i02 to i03 and dividing 200 by that elapsed time using the program's timer and division command.

Shift commands move bits within a 16-bit memory space to the right or left by n positions, with the en input triggering the shift and the output showing the result.

Rotate right and rotate left commands cycle bits within memory, unlike shift commands that lose bits, and rotate the in value by n to the output with wraparound.

Demonstrates shift-right and shift-left and rotate commands on the S7-1200 PLC by defining variables, linking them to commands, and observing bit shifts and zero when data goes out of bounds.

Demonstrates using the rotate command on a word data type in Siemens S71200 PLCs, contrasting it with shift, rotating six bits and preserving data in the leading and trailing bits.