AODE's Oil Temperature Control Units (OTCUs) are designed for precise thermal regulation in applications requiring high-temperature stability and efficiency. These units are widely used in injection molding, die casting, rubber processing, and chemical industries, ensuring uniform heating, energy efficiency, and extended equipment lifespan. With advanced PID controllers, high-performance pumps, and safety features, AODE’s solutions deliver consistent and reliable temperature control for industrial production.
Temperature Range: 80°C – 350°C
Heating Power: 6kW – 120kW
Pump Capacity: High-pressure circulation pumps for stable flow
Control Precision: ±1°C with PID temperature regulation
Cooling Method: Indirect or direct oil cooling system
Safety Mechanisms: Overheat protection, pump failure alarm, automatic pressure relief
Compliance Standards: CE, ISO 9001, UL (varies by region)
Customization: Tank capacity, heating power, pump specifications, interface integration
| Model | Temperature Range | Heating Power | Pump Flow Rate | Cooling System | Control Accuracy | Safety Features |
|---|---|---|---|---|---|---|
| OTCU-80 | 80°C – 200°C | 6kW | 40 L/min | Indirect | ±1°C | Overheat, Low-Level Alarm |
| OTCU-120 | 80°C – 250°C | 12kW | 60 L/min | Direct & Indirect | ±0.5°C | Overpressure, Auto Shutoff |
| OTCU-180 | 80°C – 300°C | 24kW | 80 L/min | Direct Cooling | ±0.5°C | Emergency Stop, Flow Protection |
| OTCU-350 | 80°C – 350°C | 48kW | 120 L/min | Dual Cooling System | ±0.1°C | Full-System Safety Controls |
Temperature Range Customization – Units can be designed to handle specific temperature limits from 80°C to 350°C, depending on industry needs.
Heating Power Adjustment – Customizable heating power from 6kW to 120kW, ensuring optimal energy efficiency.
Pump Selection – Adjustable flow rates and pressure levels for different oil viscosities and circulation requirements.
Cooling System Options – Choose between direct cooling (faster response) or indirect cooling (more precise control) based on application.
Control Interface Integration – Options for PLC, touch screen, remote monitoring, and IoT connectivity.
Safety Feature Enhancements – Additional pressure relief valves, flow sensors, and emergency shutoff mechanisms for critical applications.
| Specification | Estimated Price Range (USD) | Key Influencing Factors |
|---|---|---|
| Entry-Level (80-200°C, 6-12kW) | $2,500 – $5,000 | Basic heating power, standard pump, manual control |
| Mid-Range (80-300°C, 12-48kW) | $5,000 – $12,000 | Higher precision, digital interface, improved cooling |
| High-End (80-350°C, 48-120kW) | $12,000 – $25,000 | Advanced automation, IoT integration, high flow rate |
Temperature range – Higher maximum temperatures require more robust materials and insulation.
Heating capacity – More powerful heating elements lead to higher costs.
Pump efficiency – High-flow, high-pressure pumps increase performance but also add to the price.
Control system – Basic analog controllers are cheaper than advanced PLC touch-screen units.
Safety & compliance – Additional certifications and protections influence costs.
The global oil temperature control unit market is experiencing steady growth, driven by increasing demand in plastics, die casting, pharmaceutical, and food processing industries. With manufacturing automation expanding, businesses seek high-precision thermal management solutions to enhance production efficiency. The rising adoption of smart temperature control systems with IoT integration further strengthens market prospects. AODE, as a leader in customized thermal control solutions, is well-positioned to capitalize on this growth.
Investing in an AODE Oil Temperature Control Unit delivers substantial returns through:
Energy Savings – Optimized heating efficiency reduces power consumption by up to 20%, lowering operational costs.
Improved Product Quality – Precision temperature control ensures defect reduction, enhancing production yield.
Extended Equipment Life – Consistent thermal regulation prevents wear and tear, reducing maintenance costs.
Higher Production Efficiency – Minimized downtime leads to increased output and faster turnaround times.
Scalability – The units integrate seamlessly with automation systems, enhancing long-term productivity.
Assess Temperature Requirements – Choose a model with the right temperature range (80°C - 350°C) based on industry needs.
Consider Power and Pump Efficiency – Larger production lines require higher heating power (up to 120kW) and customized pump flow rates.
Look for Smart Control Features – AODE offers PLC, IoT-enabled monitoring, and remote-control options for enhanced efficiency.
Check Safety & Compliance – Ensure the unit meets industry safety standards, such as overheat protection and pressure monitoring.
Evaluate ROI Based on Application – Automotive, injection molding, and die-casting industries benefit the most from long-term cost savings.
With rising automation trends and increasing quality demands, investing in AODE Oil Temperature Control Units guarantees high efficiency, lower costs, and superior product quality, making them a valuable long-term asset in industrial production.
What did our happy clients say?
We purchased AODE’s Water Temperature Control Unit for our plastic molding line. It provides precise temperature control, energy savings, and reliable performance. The unit’s compact design fits well in our factory, and the integration with our system was seamless. Highly recommended!
We've been using AODE’s Oil Temperature Control Unit for our rubber processing machines. The unit offers consistent temperature regulation and outstanding efficiency. The built-in safety features are impressive, and the support team was very responsive. Great investment!
After installing AODE’s Thermal Control Unit, our production quality has improved significantly. It effectively manages both heating and cooling, ensuring precise temperature stability. The energy savings have exceeded our expectations. Highly satisfied with the product!
AODE’s Injection Temperature Control Unit has been a game-changer in our injection molding process. It ensures accurate temperature control with minimal energy waste. The customer support was excellent, and installation was easy. I recommend it to any manufacturer!