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Introduction to the Maple PLC Series

Introduction to Positioning with Maple Systems PLC’s

How to Control Motor Speed Using a PID Loop, Pulse Width Modulation and a High Speed Counter

Positioning Instruction and Position Data with Maple Systems PLC’s

Position Control with Maple Systems PLC’s

How to Import and Export Modbus Tags

Positioning Parameters & Manual Control with Maple Systems PLC’s

MapleLogic Introduction Overview

PLC Programs, Special Configurations & Communications

PLC Memory Registers and Data Types

PLC I/O Allocation and Online Communication

How to Use the PLC Online Simulator and the Online Editor

How to Configure your I/O Modules Virtually

How to Turn a Pump On and Off using Digital I/O

How to Read the Analog Input from a 0-10V and 4-20mA Pressure Sensor

How to Program Timers

How to Program Counters

How to Configure your Maple PLC as a Modbus RTU and TCP Slave – Part 1

How to Configure your Maple PLC as a Modbus RTU and TCP Slave – Part 2

How to Set Up your Maple PLC as a Modbus RTU Master Device

How to Set Up your Maple PLC as a Modbus TCP Master Device

How to Troubleshoot and Reset Error Codes for your PLC Diagnostics

How to Read Temperature using a Thermocouple

How to Read Temperature using an RTD Sensor

What is a PID Controller?

How to Program a High Speed Counter

How to Set Up your Maple PLC and Maple HMI using Modbus RTU and TCP Communications

What is a High Speed Counter and How is it Used with an Encoder?

How to Control the Temperature of a Heater Using a PID Loop

How to Measure Motor Speed Using a High Speed Counter with a Quadrature Encoder

What is Pulse Width Modulation?

How to Control the Speed of a Motor Using Pulse Width Modulation

How to Configure a Custom Function Block