Description

Product Specifications

Parameter Name	Parameter Value
Product model	TC-CCN014
Manufacturer	Honeywell
Product category	Temperature Controller / Process Controller
Electrical performance	24 VDC power supply, 0.5 A typical
Physical size	Compact panel mount (approx. 96 x 48 x 120 mm)
Interface type	Analog inputs (RTD, thermocouple), digital outputs
Communication protocol	Modbus RTU, RS-485
Environmental requirements	Operating temperature: -10°C to +60°C; Humidity: up to 90% RH non-condensing
Installation method	Panel or DIN rail mount
Performance indicators	PID control output, ±0.1°C accuracy, programmable ramp/soak profiles
Additional features	Local HMI display, alarm relay outputs, remote communication capability

Product Introduction

The Honeywell TC-CCN014 is a high-precision digital temperature controller designed for demanding industrial applications requiring accurate process temperature regulation. Part of Honeywell’s advanced line of compact controllers, the TC-CCN014 delivers robust performance in heating, cooling, and thermal processing systems across sectors such as plastics, food processing, pharmaceuticals, and chemical manufacturing.

This controller supports a wide range of sensor inputs including RTD and thermocouples, ensuring compatibility with various temperature measurement devices. It offers precise PID control with programmable ramp and soak functions, making it ideal for batch processes that require tightly controlled thermal profiles. The Honeywell TC-CCN014 also includes multiple alarm relays and configurable digital outputs for system integration and fault monitoring.

As a versatile process controller, the TC-CCN014 integrates seamlessly into both standalone and networked automation environments via its built-in Modbus RTU over RS-485 interface. Its user-friendly front panel interface allows for quick setup and real-time adjustments, enhancing operator efficiency and reducing downtime.

Whether used in ovens, furnaces, heat treatment chambers, or extrusion lines, the Honeywell TC-CCN014 provides consistent and reliable temperature control, contributing to improved product quality and process repeatability.

HONEYWELL TC-CCN014

Main Features and Advantages

High-accuracy temperature regulation
The Honeywell TC-CCN014 offers exceptional measurement accuracy down to ±0.1°C, ensuring tight control over critical process variables. This level of precision is essential in industries where thermal consistency directly impacts product quality and safety.

Programmable ramp and soak functionality
With support for multi-step ramp/soak profiles, the TC-CCN014 enables automated temperature cycling without the need for external PLC intervention. This feature enhances process flexibility and reduces programming complexity in thermal applications.

Modbus-enabled communication
The built-in RS-485 port with Modbus RTU protocol support allows seamless integration into supervisory control systems. This enables centralized monitoring and remote adjustment of setpoints, alarms, and process data from SCADA or HMI platforms.

User-friendly human-machine interface
Featuring an intuitive LCD display and membrane keypad, the Honeywell TC-CCN014 simplifies configuration and operation. Engineers and operators can quickly access control parameters and make real-time adjustments without specialized tools.

Compact and durable design
Designed for panel mounting in industrial environments, the TC-CCN014 combines space-saving dimensions with rugged construction. It resists dust, vibration, and electrical interference, ensuring long-term reliability in harsh conditions.

Application Areas

Thermal processing systems
The Honeywell TC-CCN014 is widely used in heat treatment furnaces, autoclaves, and curing ovens where precise temperature control is vital. Its ramp/soak capabilities make it ideal for composite curing, annealing, and sterilization cycles.

Plastics and rubber manufacturing
In injection molding, extrusion, and vulcanization processes, the TC-CCN014 ensures stable barrel and mold temperatures, which are crucial for dimensional accuracy and material consistency in finished products.

Food and beverage industry
Used in pasteurization tunnels, retorts, and drying chambers, the Honeywell TC-CCN014 maintains hygienic and repeatable thermal processes that meet strict food safety standards.

Pharmaceutical and laboratory equipment
For stability testing chambers, incubators, and analytical instruments, the TC-CCN014 provides the accuracy and traceability required by GMP and FDA regulations.

Related Products

Honeywell UDC2200: Entry-level digital temperature controller with similar footprint but fewer programming options than the TC-CCN014
Honeywell EXO5000: Modular process controller offering expanded I/O and redundancy features, often used alongside the TC-CCN014 in complex systems
Honeywell PXVC Series: Pressure controller series frequently paired with the TC-CCN014 for combined temperature and pressure process management
Honeywell CNIQ Gateway: Communication gateway that connects TC-CCN014 controllers to Ethernet-based networks for remote monitoring
Honeywell RCP300: Remote control panel compatible with TC-CCN014 for local operator interface and control extension
Honeywell DR4000: Data logger used to record and analyze process values from TC-CCN014 controllers for quality assurance purposes

HONEYWELL TC-CCN014

Installation, commissioning and maintenance instructions

Before installing the Honeywell TC-CCN014, ensure that the panel cutout dimensions match the controller’s mounting specifications and that the installation environment meets temperature and humidity requirements. Verify that all wiring complies with local electrical codes and that power sources are isolated before connecting field devices.

During commissioning, configure the input type (RTD or thermocouple), setpoint values, and control output settings using the front panel interface or configuration software. Test each alarm output and verify proper communication with connected SCADA or PLC systems. Perform a full thermal cycle test to confirm PID tuning and process response characteristics.

For ongoing maintenance, periodically inspect the TC-CCN014 for signs of overheating, condensation, or loose wiring. Clean the front panel with a dry cloth and avoid using solvents that may damage the housing. Keep firmware updated and maintain records of calibration and configuration changes to support troubleshooting and compliance audits.