Water Mold Temperature Controller 9KW PID ±1°C 15-120°C Microcomputer Control for Injection Molding and Die Casting

Descriptions of Water Mold Temperature Controller

Water Mold Temperature Controller 9KW PID ±1°C 15-120°C Microcomputer Control for Injection Molding and Die Casting is one type of our AODE's high quality Water Mold Temperature Controller, This Water Mold Temperature Controller provides precise temperature regulation with PID accuracy of ±1°C, ensuring efficient control from 15°C to 120°C. Featuring a 9KW heating capacity, this unit is ideal for processes like plastic injection molding, die casting, and rubber presses. With direct cooling and a 100 L/min pump flow, it ensures optimal temperature management. Key benefits include reducing energy consumption, improving product consistency, and enhancing manufacturing efficiency. The customizable features, such as multi-point temperature control, make it a versatile solution for various industrial applications.

Detailed Informations of Water Mold Temperature Controller

Specifications of Water Mold Temperature Controller 9KW PID ±1°C 15-120°C Microcomputer Control for Injection Molding and Die Casting

Maximal Selling Points & Features

1. Precise Temperature Control: With a PID temperature accuracy of ±1°C, it provides precise and consistent temperature management, which is essential for maintaining high-quality mold processes.

2. Wide Temperature Range: It offers a temperature control range from 15°C to 120°C, catering to a variety of industrial needs, including die casting and injection molding.

3. High Heating Capacity: The unit comes with a 9KW heating capacity, suitable for demanding processes that require consistent heat for extended periods.

4. Efficient Cooling: Direct cooling method with a 100 L/min pump flow ensures effective temperature regulation and avoids overheating issues during production.

5. Safety and Protection: Equipped with an alarm system for excess temperature, water depletion, open-phase detection, overloading, and reverse turn, ensuring safe operation.

6. Customizable Options: Options for explosion-proof equipment, RS485 communication for automation, and customizable multi-point temperature control to tailor the unit to specific needs.

Core Functionality of Water Mold Temperature Controller 9KW PID ±1°C 15-120°C Microcomputer Control

The Water Mold Temperature Controller is designed to regulate water temperatures in industrial processes where precise heat management is required. It provides accurate and reliable control of temperature ranges, ensuring that molds are kept at optimal temperatures for consistent quality in applications such as plastic injection molding, die casting, and rubber pressing. The unit is equipped with a powerful pump and efficient cooling system, ensuring smooth operation during long cycles.

Applications of this Water Mold Temperature Controller

1. Plastic Injection Molding: Ensures optimal mold temperature for uniform plastic products.

2. Die Casting: Maintains consistent mold temperatures during metal casting.

3. Rubber Pressing & Molding: Ideal for controlling temperature during the rubber curing process.

4. Other Industrial Uses: Includes chemical engineering, shoe material production, and printing, where temperature regulation is critical for product consistency.

Customization & Configuration Selection Based on Needs

1. Cooling Options: Direct cooling is the standard, but indirect cooling can be customized for more delicate processes or specific cooling requirements.

2. Pump Power & Flow: Depending on the scale of your operation, the horsepower of the pump and the flow rate can be adjusted for optimal performance.

3. Communication Features: For automated environments, RS485 communication functionality is available, enabling centralized control of multiple units.

4. Explosion-Proof and Safety Features: If your industry involves hazardous materials or explosive environments, explosion-proof equipment and additional safety options should be considered.

Investment & Purchase Considerations:

1. Energy Efficiency: Assess the power consumption and ensure that it matches your factory's energy capabilities. The model’s energy efficiency, with a maximum power consumption of 10KW, should be weighed against its output to determine long-term operating costs.

2. Customization Needs: If your manufacturing process requires specific temperature control features (e.g., multi-point control or customized cooling solutions), ensure that those are discussed with the supplier before purchase.

3. Maintenance & Support: Check if the manufacturer offers ongoing support, training, and maintenance services to ensure long-term reliability and performance.

FAQs About Water Mold Temperature Controller

1. What is the temperature control range of the Water Mold Temperature Controller?

The Water Mold Temperature Controller offers a temperature control range from 15°C to 120°C, suitable for a variety of industrial applications such as plastic injection molding and die casting.

2. What is the temperature control accuracy?

The device features PID control with an accuracy of ±1°C, ensuring highly precise temperature regulation for consistent production quality.

3. What is the heating capacity of the Water Mold Temperature Controller?

It has a heating capacity of 9KW, ideal for industrial applications that require stable and continuous heating for mold processes.

4. Can the Water Mold Temperature Controller be used for both heating and cooling?

Yes, the unit supports both heating and direct cooling, making it suitable for applications where both temperature management and rapid cooling are necessary, like injection molding and die casting.

5. How does the Water Mold Temperature Controller ensure safety during operation?

It features an integrated alarm system that alerts operators to issues such as excess temperature, water depletion, open-phase, overloading, and pump reversal, providing a layer of safety in industrial settings.

6. Is the Water Mold Temperature Controller customizable?

Yes, the system offers customization options, including explosion-proof equipment, multi-point temperature control units, RS485 communication for automated management, and specific pump sizes to meet your operational needs.