The leader in industrial automation and control solutions
Configuration Software for Maple Systems PID controllers

Our powerful PID Controller software provides powerful configuration and management capabilities for our industrial temperature controllers.

  • Multi-Controller Batch Configuration. Save time by configuring and updating multiple temperature controllers at once instead of programming each device manually.
  • Real-Time Parameter Read & Write. Monitor and adjust parameters live during operation via RS485, programming ports, or USB.
  • Auto Node Scan. Automatically detect and connect to devices on the network quickly without manual network mapping.
  • Advanced Temperature Profile Editor. Easily create, edit, and manage complex ramp/soak or temperature profiles for programmable controller models.
  • Parameter File Backup & Restore. Save configuration files and load them onto multiple units fast, error-free standardization across production lines.
  • Built-in Diagnostics. Troubleshoot communication links and monitor systems health directly with the interface.
  • Wide Model Compatibility. Works seemlessly across Maple Systems controller lineup.

MaplePID Pro configuration software is a temperature controller configuration tool developed by Maple Systems. Through programming port, or RS485 communication interfaces, controller parameters can be read, modified, and written directly from a PC. The software provides a centralized environment for controller configuration and parameter management, helping simplify device setup, process adjustment, and system maintenance.

Maple Systems PID controllers with a process response graph showing oscillation before auto-tuning and stable control after auto-tuning
PID controller mounted on stainless steel industrial process equipment with pipes and control hardware.

MaplePID Pro supports simultaneous communication with multiple controllers and displays device parameters within a centralized interface, allowing users to monitor and configure multiple devices efficiently.

Controller data can be quickly read and written across multiple devices, enabling fast batch configuration for multi-zone temperature control systems, manufacturing equipment, and OEM machine integration.  

Industrial Temperature Control Application Diagram. PID control combines proportional, integral, and derivative actions to regulate industrial temperature processes.
PID controller between a noisy orange waveform and a smooth blue waveform, illustrating signal conditioning and noise filtering.

MaplePID Pro provides flexible communication configuration for RS485 connections, allowing users to easily configure communication parameters such as COM port, baud rate, parity, data bits, and stop bits to establish reliable communication between controllers and the software.

When multiple controllers are connected on the same communication network, identical communication parameters must be used to ensure stable and proper communication.   

MaplePID Pro provides flexible communication configuration for RS485 connections, allowing users to easily configure communication parameters such as COM port, baud rate, parity, data bits, and stop bits to establish reliable communication between controllers and the software. When multiple controllers are connected on the same communication network, identical communication parameters must be used to ensure stable and proper communication.   

PID Control Loop Diagram displaying a desired set value, Maple Systems PID Controller, control output to an actuator, to a controlled system , and process variable
Maple Systems High Performance Process & Temperature Controller (PID)

Maple Systems PID Controllers combine auto-tuning, fuzzy logic PID control for industrial process and temperature applications. The PID100 Series features universal thermocouple, RTD, current and voltage inputs, flexible output options, and built-in Modbus RTU communication. Compare PID111 and PID114 panel-mount controllers to match your sensor output and installation requirements.