Blog

Home>>Blog&Video>>Blog

How to Maintain a Hot Runner Temperature Controller in Daily Use

2025-08-08

1.jpg



Proper maintenance of a hot runner temperature controller extends its service life, ensures precise temperature control, and reduces the risk of malfunctions. Key practices include:


Regular Inspection and Cleaning

Exterior Cleaning: Keep the surface free from dust and oil to ensure effective heat dissipation.

Connection Check: Inspect power cables, signal lines, and thermocouple connectors regularly to ensure they are secure and undamaged.

Plugs and Sockets: Periodically remove carbon deposits or oxidation to maintain reliable contact.


Electrical and Sensor Maintenance

Temperature Calibration: Calibrate the controller every 6–12 months (depending on usage) to ensure consistency between displayed and actual temperatures.

Thermocouples and Heaters: Check for aging or damage if temperature readings fluctuate abnormally.

Avoid Overload: Do not exceed the rated power capacity to protect internal components.


Optimized Operating Practices

Power-On and Shutdown Sequence: Turn on the controller before activating the hot runner system; when shutting down, switch off the heating circuit first, then the controller.

Gradual Heating and Cooling: Avoid rapid temperature changes to reduce thermal stress on components.

Prevent Idle Operation: Avoid keeping the controller powered on without loading the system for extended periods.


Scheduled Maintenance

Internal Component Check: Have qualified technicians inspect relays, fuses, and solid-state relays (SSR) periodically.

Software/Firmware Updates: Use the latest versions recommended by the manufacturer for better stability and performance.

Spare Parts: Keep commonly used spare parts (e.g., thermocouples, SSRs) in stock for quick replacement when needed.


Handling Abnormal Conditions

Stop operation immediately if you encounter temperature runaway, frequent alarms, or unstable readings. Investigate the cause before restarting to prevent further damage.

Maintain a fault log to track issues and improve long-term reliability.

 

 

 

 

 

 


More News

What Is a Sequential Timer Controller for Injection Molding and Why You Need It

What Is a Sequential Timer Controller for Injection Molding and Why You Need It

2025-12-29

What Is a Sequential Timer Controller?A Sequential Timer Controller is a specialized control de...

Injection Mold Maintenance and Care

Injection Mold Maintenance and Care

2025-12-25

Key Practices to Extend Mold Life and Ensure Stable ProductionInjection molds are core production as...

Comprehensive Guide: The Role of Temperature Control Switches in Hot Runner Systems

Comprehensive Guide: The Role of Temperature Control Switches in Hot Runner Systems

2025-12-18

In injection molding, temperature stability is not a luxury—it is a requirement. Even minor tempera...

Injection Molding vs 3D Printing: Materials, Strength, Heat Resistance & Surface Finish

Injection Molding vs 3D Printing: Materials, Strength, Heat Resistance & Surface Finish

2025-12-16

IntroductionWhen choosing a plastic manufacturing process, materials and performance often matt...

How to Select the Best Plastics for Injection Molded Automotive Parts

How to Select the Best Plastics for Injection Molded Automotive Parts

2025-12-04

 Choosing the right material is one of the most critical steps in automotive plastic injection ...

A Complete Guide to Hot Runner Molds: Advantages, Disadvantages, Key Technical Factors, and Application Fields

A Complete Guide to Hot Runner Molds: Advantages, Disadvantages, Key Technical Factors, and Application Fields

2025-12-03

IntroductionAs injection molding technology continues to advance, hot runner molds have become ...

Let's achieve more together

Lorem ipsum dolor sit amet consectetur adipisicing elit.

Get In Touch!

Welcome to contact us.
We will contact you within 24 hours. For urgent needs, please email us at sales@topower-controller.com.