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1. Intelligent, Durable, and User-Friendly Operation and Maintenance
The stainless steel sheet metal construction exhibits exceptional heat resistance, corrosion resistance, and deformation resistance. This design effectively minimizes operational vibrations and noise levels. Moreover, it boasts a service life exceeding 15 years and requires minimal maintenance expenses. The system supports one-click activation, timed on/off functionality, and automatic adjustment across multiple temperature ranges, eliminating the necessity for dedicated personnel to be on-site at all times.
2. Energy Recycling for Enhanced Overall Efficiency
Through the implementation of total heat recovery technology, waste heat generated from industrial wastewater and exhaust gases can be captured and repurposed for heating or cooling purposes. This approach enables secondary energy utilization, thereby significantly improving energy efficiency. Additionally, the adoption of this technology reduces the need for larger supporting equipment such as transformers and power lines, subsequently lowering the load on the power grid and decreasing initial infrastructure investment costs.
3. Ultra-Broad Temperature Range Output to Fulfill Diverse High-Temperature Demands
The system is capable of stably delivering thermal energy at temperatures of 75℃ for high-temperature applications, 90℃ for ultra-high-temperature requirements, and 120℃ for extreme high-temperature scenarios. This wide temperature range caters to the differentiated high-temperature needs across various sectors, including industrial production, heating, and hot water supply. Furthermore, the system maintains efficient heating performance even in extremely low-temperature environments, overcoming the low-temperature limitations typically associated with traditional heat pumps.
| Type | FSH-75II/GW | ||||
| power supply | 380V 3N~50Hz | ||||
| Rated operating conditions | Heating Capacity | 75KW | |||
| Input power | 31.3KW | ||||
| COP | 2.4 | ||||
| evaporator | 12℃ | ||||
| 7℃ | |||||
| condenser | 70℃ | ||||
| 75℃ | |||||
In the context of industrial parks and sizable residential communities, this system can function as the pivotal apparatus for regional centralized heating systems. It effectively harnesses waste heat to supply domestic hot water. Remarkably, it maintains efficient operation even in low-temperature conditions, eliminating the necessity for supplementary auxiliary heating measures. When integrated with the municipal pipeline network, it enables precise temperature regulation across multiple zones via 5G remote monitoring technology, thereby minimizing heat loss within the pipeline system.
2. Applications in Brewing and Beverage Production Processes
The system ensures precise temperature management throughout the brewing and fermentation stages, employing gentle heating techniques to prevent the evaporation of aromatic compounds within the beverage, ultimately enhancing product quality. Additionally, its heat recovery capabilities allow for the capture and reuse of waste heat generated during the distillation process to preheat raw materials, leading to a further reduction in overall energy consumption.
3. Addressing Specialized High-Temperature Requirements
For specialized high-temperature applications, such as laboratory heating and hospital steam supply for high-temperature sterilization, the system's ultra-high-temperature mode is designed to meet the demanding heat energy needs of these unique industries. It operates with a high degree of safety and stability, eliminating concerns related to explosions or leaks.
Q1.What is the corrosion resistance of the stainless steel sheet metal of the equipment? Will using seawater or high salinity water sources affect lifespan?
The stainless steel sheet metal used has undergone special anti-corrosion treatment and has strong resistance to acid, alkali, and salt spray corrosion. If using high salinity water sources such as seawater, it is recommended to pair them with specialized anti-corrosion heat exchangers to further isolate the water source from the core components of the unit, without worrying about corrosion issues.
Q2.What data can be seen through remote monitoring?
Real time data such as water temperature, pressure, energy consumption, and operating status can be viewed through remote monitoring via the APP, supporting remote start stop and temperature adjustment. Most minor malfunctions, such as parameter abnormalities and sensor problems, can be resolved online through remote diagnosis.
Q3.Will the equipment frequently frost when operating in a low temperature environment of -35 ℃? Does it affect the heating effect?
The equipment is designed with anti freezing protection function for low-temperature environments, and reduces the risk of frosting through efficient refrigerant and compressor technology. Even if there is slight frosting, the system will automatically start the defrosting program to ensure stable heat exchange efficiency. In practical applications, it can still meet the requirements of high-temperature hot water and constant temperature heating in an environment of -35 ℃, and the heating effect is not significantly affected.
