Product Description
Efficiency in Heating TechnologyTechnical Description of Efficiency in Heating TechnologyThe trainer contains a complete closed heating circuit with circulating pump, electrical heater, and convector for dissipating heat, various pipe sections, fittings and safety devices. The losses of the most important fittings can be determined using seven differential pressure sensors. Control response and energy flux can be plotted using four temperature sensors, a flow rate sensor and an effective power sensor. The characteristics of a conventional circulating pump and a differential pressure controlled circulating pump can be compared.Specification of Efficiency in Heating Technology Fundamentals of energy efficient heating technology Closed water circuit with 2 circulating pumps, expansion vessel, heater and convector 2-Point and PID software controller for temperature: reference variable, hysteresis and PID parameters adjustable 7 Differential pressure sensors, 4 temperature sensors, 1 effective power sensor and 1 flow rate sensor Software with control functions and data acquisition via USB under Windows Vista or Windows 7 Technical Data of Efficiency in Heating TechnologyConventional circulating pump, 3 stages Power consumption: 43...80W Max. flow rate: 3,7m/h Max. head: 6,2m Differential pressure-controlled circulating pump Power consumption: 4...50W Max. flow rate: 3,5m/h Max. head: 6m Electric heater: 2.000W Expansion vessel: 2L Software controller Adjustable reference variable: 0...80C Measuring ranges Differential pressure: 5x 0...600mbar, 2x 0...100mbar Temperature: 0...100C Flow rate: 1...50L/min Effective power: 0...200W Dimensions and Weight of Efficiency in Heating Technology LxWxH: 2.000x750x1.760mm Weight: approx. 150kg
FAQs of Efficiency In Heating Technology:
Q: What makes Efficiency In Heating Technology suitable for industrial use?
A: Efficiency In Heating Technology is engineered with low power consumption, cost-effective operation, and durable mild steel material, making it ideal for industrial applications.
Q: What type of power source does Efficiency In Heating Technology use?
A: Efficiency In Heating Technology operates on an electric power source.
Q: How does Efficiency In Heating Technology ensure proper execution?
A: The product is designed meticulously to provide reliable performance and proper execution in various industrial settings.
Q: What are the primary features of Efficiency In Heating Technology?
A: The primary features include low power consumption, cost-effective operation, and robust execution.
Q: What material is used to manufacture Efficiency In Heating Technology?
A: Efficiency In Heating Technology is made from mild steel, ensuring durability and adaptability in industrial environments.