Heat Pack 9

Frequently Asked Questions

• How does the recirculation feature in Secomak's industrial heatpack systems help reduce energy consumption?

  Secomak's industrial HeatPack systems feature a recirculation capability that reuses hot air from the application back into the heater inlet, reducing energy consumption by up to 80%. This innovative design accelerates heat-up times and minimises wear on components, significantly enhancing overall system efficiency. The recirculation feature provides substantial operational cost savings whilst maintaining optimal thermal performance.

• What temperature accuracy can I expect from Secomak's Heat Pack Process Air Heater in continuous industrial applications?

  Secomak's Heat Pack Process Air Heater delivers exceptional temperature accuracy of plus or minus 1% in continuous industrial applications through advanced PID controls and solid state relay technology. This precise control ensures consistent thermal performance and reliable process outcomes across demanding industrial environments. The sophisticated control system maintains stable temperatures even during extended operational periods.

• What are the power supply requirements for different models of Secomak heatpacks?

  Power supply requirements range from 380V to 480V, with specific configurations dependent on your end location and local electrical standards. This voltage range ensures compatibility with various international power systems and industrial electrical infrastructures. Our technical team can specify the exact power requirements based on your geographical location and facility specifications.

• Can Secomak's Heat Pack Process Air Heater be integrated with existing PLC control systems?

  Yes, Secomak's Heat Pack Process Air Heater is designed for seamless integration with existing PLC control systems, ensuring compatibility with your current automation infrastructure. This integration capability allows for centralised control and monitoring of heating processes within your existing operational framework. The flexible communication options facilitate easy implementation without significant system modifications.

• What safety features are included in Secomak's industrial heatpack systems to prevent overheating?

  Secomak's industrial heatpack systems include comprehensive temperature monitoring on both inlet and outlet points to prevent overheating and ensure safe operation. High and low temperature alarms are fully configurable through the HMI interface, providing customisable safety parameters for your specific application requirements. These safety features ensure reliable operation whilst protecting both equipment and personnel from thermal hazards.

• How quickly can Secomak heatpacks reach their target temperature in industrial processes?

  Secomak heatpacks achieve very quick heat-up times, though specific durations vary based on the model selected (HeatPack 3, 12, 24, or 36) and application requirements. For precise heat-up times tailored to your specific industrial process, it's advisable to consult Secomak directly for detailed performance specifications. Our rapid heating capability minimises process downtime and enhances operational efficiency.

• What maintenance is required for optimal performance of the Heat Pack Process Air Heater?

  The Heat Pack utilises a direct drive fan design, making it essentially maintenance-free during normal operation, significantly reducing operational costs and downtime. However, regular inspection routines should still be followed to ensure optimal performance and identify any potential issues early. This proactive approach maintains peak efficiency whilst extending equipment lifespan.

• Can Secomak's industrial heatpack systems be customised for specific application requirements?

  Yes, Secomak's industrial HeatPack systems can be extensively customised to meet specific application requirements across various industrial sectors. Our engineering team works closely with customers to develop tailored heating solutions that address unique operational demands and performance specifications. This customisation capability ensures optimal thermal performance for your specific industrial heating challenges.

• What are the space requirements and mounting options for different Heat Pack models?

  Our Heat Pack models vary in size but all feature compact designs to minimise space requirements whilst maximising thermal performance. We offer flexible mounting options including the heatpack mounted on a trolley with lockable castors for easy transport between different locations. This portability feature provides operational flexibility and allows for efficient utilisation across multiple applications.

• How do I determine the correct heatpack capacity for my industrial heating application?

  Determining the correct capacity requires understanding your airflow requirements, flow pressure specifications, desired temperature of the space being heated, and recirculation capabilities. Heat-up time requirements are also crucial factors in capacity selection to ensure optimal performance for your specific application. Our technical experts can assist with capacity calculations based on these parameters to recommend the ideal HeatPack specification.

• What are the applications of a heater?

  Secomak heaters serve numerous industrial applications including industrial drying processes, composite curing ovens, and industrial bolt container drying operations. These versatile heating solutions are designed to meet diverse thermal processing requirements across various manufacturing sectors. Our extensive application experience ensures reliable performance in demanding industrial environments.