Programmable Logic Controllers

Create RSLogix programs by building ladder diagrams in Prosim and simulating ladder logic with Logic Pro panels, using ladder components like switches, coil, latch, and one shot rising pulse.

Demonstrates creating an or gate in ladder logic with two inputs a and b, using parallel contacts and addresses, then simulating the output with plc tools.

Implement two-input and gate using a ladder diagram in Logic Pro. Offline edit and PLC simulation verify the truth table, showing output energizes only when A and B are high.

Develop a not gate in a PLC using a normally closed inverted input, showing output 1 for input 0 and output 0 for input 1, via offline setup and simulation.

Learn nand gate programming in PLC ladder logic, using an and gate with a not gate, or two not gates with an or gate, to validate the nand truth table.

Design a nor gate with two inputs and two outputs, map A and B to outputs, and implement the logic in ladder logic using inversion and normally closed switches.

Develop a PLC xor gate program in ladder logic for two inputs, verify with a truth table that outputs high for exactly one input high and low for both inputs.

Explore latching in PLC logic: use start and stop inputs to energize and hold an output until stop, with parallel latch configuration, multiple outputs, and basic sequence behavior.

Demonstrate sequence logic and latching in PLCs by wiring LEDs, motors, and switches with latch bits and push buttons, then simulate power on/off and motor control.

Implement a door control using two momentary open/close switches and an emergency switch, with upper and lower limit feedback to drive the motor up or down while preventing stall.

Explore a garage door simulation using logic x simulator to implement open and shutdown led indications with upper and lower limit switches, wiring inputs and outputs.

Implement continuous door movement with a stop button to halt immediately, then add an emergency stop and normally closed and normally open switches plus a latch to control the motor.

Explore door simulation in a plc, using status bits and a data table to flash ajar, open, and close lamps, with run-mode emulation of the door's motion.

Explore a PLC door simulation with ladder logic modifications that control open, close, and ajar indicators, including run mode, shutdown lamp behavior, limit switches, temporary bits, and blinking states.

Learn how to read a piping and instrumentation diagram (P&ID) by tracing flow from a compressor through valves, transmitters, and an accumulator, using the legend to identify symbols.

Implement a plc-based mixing tank control: start energizes pump one to fill, flow-meter pulses drive a counter to 90% full, then pump stops and full indicator activates.

Practice a plc sequence in the mixing tank experiment part 2 to energize heater and mixer, and control pumps with full and timer logic.

Learn to configure interlocks with level switches, pumps, and heaters in a mixing tank PLC project, enabling run and idle modes, and implementing counters, timers, and reset sequences.

Explore PLC control of a mixing tank in simulation, implementing run/idle modes, timer resets and self-resetting timers, with a full-limit switch to manage heater, pump, stirrer, and mixer.

Demonstrates how a mixing tank control uses reset, pump energization, and timers to manage level cycles and recurrence timing in a continuous process, via a PLC simulation.