Dwyer Series 16G Temperature / Process Loop Controllers (16G-23-11 , 16G-23-31)

Dwyer Series 16G Temperature/Process Loop Controllers (16G-23-11, 16G-23-31)

Product Introduction

The Dwyer Series 16G Temperature/Process Loop Controllers are versatile instruments designed for precise monitoring and control of temperature or process conditions in industrial systems. Featuring two independent control outputs, these controllers support dual-loop control using on/off, auto-tune or self-tune PID, fuzzy logic, or manual control methods. Equipped with an RS-485 interface and Modbus® communication protocol, they enable seamless bench-top configuration or integration with PLCs and data control systems. The 16G-23-11 and 16G-23-31 models combine flexibility with robust functionality for the most demanding process control applications.

Product Features

Control Method Versatility:

On/off control for simple switching applications.

Auto-tune/Self-tune PID for precise, stable process regulation.

Fuzzy logic control for complex, non-linear systems.

Manual control for operator-adjustable outputs.

Dual-Loop Capability:

Two independent control outputs for simultaneous management of multiple processes.

Ideal for applications requiring coordinated control of temperature and related variables.

Set-Point Flexibility:

Constant set-point for steady-state operation.

Sloped set-point for gradual ramping.

Program (ramp/soak) for staged process control.

Remote set-point for external system integration.

Comprehensive I/O Configuration:

2 primary control outputs (relay, 4–20 mA, or voltage).

2 secondary/alarm relay outputs for fault detection.

RS-485 with Modbus® for digital communication and remote monitoring.

Expandable Functionality:

Optional hardware for remote set-point, input retransmission, or event input.

Supports integration with SCADA systems and industrial networks.

User-Friendly Interface:

Intuitive configuration for quick setup and operation.

Compatible with bench-top programming tools or PLC interfaces.

Technical Specifications