Description
Micron DTC-4308-2 Universal Input Temperature Controller, 4+4 Digit Dual Display, Two Set Point, 96 × 96 mm Panel Mount
Advanced Dual Set Point Universal Temperature Controller for Precise Industrial Process Automation
The Micron DTC-4308-2 Universal Input Temperature Controller is a high-performance microprocessor-based digital temperature controller designed to deliver precise temperature monitoring and advanced process control for industrial heating and cooling applications. Equipped with a 4+4 digit dual LED display, dual set point functionality, and universal sensor input compatibility, this controller provides superior flexibility for managing complex temperature control processes.
Designed for 96 × 96 × 85 mm DIN panel mounting, the DTC-4308-2 supports Pt100 RTD, J-Type Thermocouple, and K-Type Thermocouple inputs, with optional compatibility for R-Type and S-Type Thermocouples. This universal input capability allows users to configure the controller according to their specific application without changing the instrument.
The Two Set Point feature enables independent control of two temperature levels or allows simultaneous control and alarm functions, making it ideal for applications requiring enhanced process monitoring and safety. Whether used in industrial furnaces, plastic processing machines, packaging equipment, pharmaceutical manufacturing, food processing, chemical plants, laboratories, heat treatment facilities, textile industries, or industrial automation systems, the Micron DTC-4308-2 ensures accurate temperature regulation, improved energy efficiency, and reliable long-term performance.
Universal Input Compatibility
The Micron DTC-4308-2 is equipped with universal input technology, allowing compatibility with multiple temperature sensors.
Supported input types include:
- Pt100 RTD (0.1°C / 1°C Resolution)
- J-Type Thermocouple (Iron-Constantan)
- K-Type Thermocouple (Chromel-Alumel)
Optional Inputs
- R-Type Thermocouple
- S-Type Thermocouple
This flexibility enables a single controller to support a wide range of industrial temperature measurement applications while reducing inventory and maintenance costs.
Dual Set Point Functionality
One of the major advantages of the DTC-4308-2 is its Two Set Point operation.
The controller allows users to independently configure two control points for different process requirements.
Typical applications include:
- Dual-stage heating
- Heating and cooling control
- Temperature control with alarm
- High and low limit monitoring
- Multi-stage process control
- Safety shutdown applications
This feature enhances process flexibility and improves overall operational efficiency.
Bright 4+4 Digit Dual LED Display
The controller features a high-brightness 4+4 digit LED display, providing simultaneous indication of:
- Process Value (PV)
- Set Value (SV)
Advantages
- Easy reading from a distance
- Simultaneous process and set point display
- Improved operator convenience
- Reduced monitoring errors
- Better process supervision
The dual display ensures operators always have real-time information about the process temperature and controller settings.
Wide Temperature Measuring Range
Depending on the selected sensor input, the controller supports temperature measurement up to 1600°C.
Typical operating ranges include:
- 0–450°C
- 0–1200°C
- Up to 1600°C (with optional R/S Thermocouple)
This wide measuring capability makes the controller suitable for both medium-temperature and high-temperature industrial applications.
Advanced Temperature Control
The Micron DTC-4308-2 provides flexible control strategies for maintaining accurate process temperatures.
Set Point 1 Control
- ON/OFF Control
- Proportional Control
These control methods ensure stable process temperature while minimizing overshoot and fluctuations.
Configurable Set Point 2 Functions
The second set point can be configured for various control and monitoring applications.
Available functions include:
- Heat Control
- Cool Control
- High Temperature Alarm
- Low Temperature Alarm
- High Deviation Alarm
- Low Deviation Alarm
This versatility allows the controller to meet the needs of diverse industrial processes while enhancing operational safety.
Microprocessor-Based Intelligent Control
The DTC-4308-2 utilizes advanced microprocessor technology to ensure accurate temperature regulation and dependable long-term performance.
Key benefits include:
- Fast signal processing
- High measurement accuracy
- Stable process control
- Excellent repeatability
- Reliable long-term operation
- Reduced process variation
The intelligent controller continuously monitors sensor inputs and adjusts outputs to maintain the desired process conditions.
Standard DIN Panel Mount Design
The controller is designed for installation in standard industrial control panels.
Dimensions
- Panel Size: 96 × 96 mm
- Depth: 85 mm
The compact DIN-standard housing simplifies installation in both new equipment and retrofit projects.
Suitable for Heating and Cooling Systems
The Micron DTC-4308-2 can control a variety of industrial temperature processes.
Applications include:
- Electric heaters
- Industrial furnaces
- Ovens
- Cooling systems
- Heat exchangers
- Drying equipment
- Process reactors
Its configurable outputs provide flexibility for both heating and cooling operations.
Improved Energy Efficiency
Precise temperature regulation helps reduce energy consumption by preventing unnecessary heating or cooling cycles.
Benefits include:
- Lower electricity consumption
- Improved process stability
- Better product quality
- Reduced equipment wear
- Lower operating costs
Accurate control contributes to increased production efficiency and reduced energy waste.
Industrial Applications
The Micron DTC-4308-2 is suitable for a broad range of industries.
1. Plastic Industry
Controls barrel heaters, injection molding machines, extrusion systems, and hot runners.
2. Heat Treatment
Maintains precise temperatures in annealing, hardening, tempering, and heat treatment furnaces.
3. Pharmaceutical Industry
Controls sterilizers, reactors, laboratory equipment, and manufacturing processes.
4. Food Processing
Maintains consistent temperatures in ovens, dryers, cooking equipment, and processing lines.
5. Chemical Industry
Monitors and controls reactors, vessels, and heating systems.
6. Packaging Machinery
Used in sealing machines, laminators, shrink tunnels, and packaging equipment.
7. Textile Industry
Controls dyeing machines, dryers, finishing equipment, and heat-setting processes.
8. Laboratories
Suitable for incubators, ovens, environmental chambers, and testing equipment.
9. HVAC Systems
Provides accurate temperature control for commercial and industrial HVAC applications.
10. Industrial Automation
Integrated into OEM machinery and automated manufacturing systems requiring precise temperature regulation.
Easy Programming and Operation
The controller features a user-friendly front panel with simple programming keys for quick configuration.
Users can easily adjust:
- Input type
- Temperature set points
- Control mode
- Alarm parameters
- Output functions
- Process settings
The intuitive interface minimizes setup time and simplifies daily operation.
Rugged Industrial Construction
Designed for continuous industrial use, the DTC-4308-2 features a durable enclosure and reliable electronic components.
Advantages include:
- Long service life
- Stable performance
- Resistance to industrial operating conditions
- Low maintenance
- Reliable continuous operation
Its robust design ensures dependable performance even in demanding manufacturing environments.
Why Choose the Micron DTC-4308-2 Temperature Controller?
The Micron DTC-4308-2 combines universal input compatibility, dual set point functionality, intelligent microprocessor control, and flexible alarm options into one advanced industrial controller. It offers reliable temperature regulation, improved process safety, and efficient operation for a wide range of industrial applications.
The Micron DTC-4308-2 Universal Input Temperature Controller is an excellent choice for engineers, OEMs, system integrators, and industrial users seeking dependable, flexible, and accurate temperature control. Its dual set point capability, universal sensor compatibility, and rugged construction make it ideal for modern industrial process automation.
Japsin Instrumentation – Since 1974
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