A50HA1E
Cytech
Product Description
Thermoelectric cooler is mainly made of Semiconductor refrigeration piece、Heat sinks, fans, panel. TEC is small, light, easy to install, No refrigerant, no pollution to the environment, Cooling and heating functions can interchangeable. Can be connect an external emergency fan and hydrogen fan, can remote monitoring though RS485 .
When the DC flow through the circuit, which is formed by different conductor connection in nodes produces endothermic or exothermic phenomenon,this phenomenon called peltier effect .
Thermoelectric cooler use in this peltier effect . When Thermoelectric cooler power on , one side cooling through the fan and the heat sink to absorb heat, contained in the other side of the heating through the fan and heat sink get heat away.
Name | Portable Thermoelectric Air Conditioner |
Model | FF-500W-48C |
Mounting Method | Semi-embedded Mounting |
Power Supply | 48V DC |
Cooling capacity | 500W |
Power capacity | 700W |
Max Noise Level | 63dB（A） |
IP Grade | IP55 |
Net Weight | 22kg |
Dimensions | 323*303*205 (mm,W*H*D) |
Options
Model | Voltage | Nominal cooling capacity(W) (L35/L35) | Nominal cooling capacity(Btu/hr) (L35/L35) | Power consumption(W)(L35/L35) | IP Grade | OPERATING TEMP ℃ |
A10HA1E | DC12V，DC24V，DC48V | 100 | 340 | 95 | IP55,NEMA 4, NEMA 4X | -10℃~+70℃ |
A20HA1E | DC12V，DC24V，DC48V | 200 | 680 | 230 | IP55,NEMA 4, NEMA 4X | -10℃~+70℃ |
A30HA1E | DC24V，DC48V | 300 | 1020 | 410 | IP55,NEMA 4, NEMA 4X | -10℃~+70℃ |
A50HA1E | DC48V | 500 | 1700 | 700 | IP55,NEMA 4, NEMA 4X | -10℃~+70℃ |
A70HA1E | DC48V | 700 | 2390 | 1100 | IP55,NEMA 4, NEMA 4X | -10℃~+70℃ |
Advantages
Thermoelectric Cooler (TEC) technology is renowned for its exceptional energy efficiency. Unlike traditional cooling systems that rely on compressors and refrigerants, a Thermoelectric Cooler operates using the Peltier effect to transfer heat. This process significantly reduces power consumption, making Thermoelectric Cooler solutions an environmentally friendly choice. The ability of a Thermoelectric Cooler to precisely regulate temperatures without energy waste leads to lower electricity costs over time, making it a sustainable and cost-effective cooling method.
Thermoelectric Cooler systems eliminate the need for harmful refrigerants, thereby reducing environmental impact. Many conventional cooling technologies rely on chemicals that contribute to greenhouse gas emissions and ozone depletion. With Thermoelectric Cooler technology, there are no such harmful substances involved, making it a responsible and eco-conscious cooling solution.
One of the key benefits of a Thermoelectric Cooler is its precise temperature regulation. Thermoelectric Cooler units maintain consistent temperature ranges with minimal fluctuation, which is crucial for applications requiring accuracy, such as laboratory equipment, temperature-sensitive products, and delicate electronics. The Thermoelectric Cooler ensures optimal performance by preventing overheating or excessive cooling.
Thermoelectric Cooler systems offer versatile applications across various industries. From medical devices to industrial machinery, a Thermoelectric Cooler adapts to specific temperature requirements. The Thermoelectric Cooler responds quickly to temperature changes, ensuring stable conditions even in environments prone to fluctuations.
A major advantage of Thermoelectric Cooler technology is its compact and lightweight design. Thermoelectric Cooler units are ideal for applications where space is limited. Unlike traditional cooling systems, a Thermoelectric Cooler does not require bulky components, making integration into small or confined spaces effortless. Additionally, the lightweight nature of a Thermoelectric Cooler enhances portability and ease of installation.
The compact nature of a Thermoelectric Cooler allows its integration into various applications, such as portable cooling systems, medical devices, and wearable cooling solutions. A Thermoelectric Cooler can seamlessly fit into space-constrained environments while maintaining high performance.
One of the primary advantages of a Thermoelectric Cooler is its rapid response to temperature changes. A Thermoelectric Cooler can initiate cooling or heating almost instantly, making it ideal for applications where immediate temperature adjustments are necessary. Thermoelectric Cooler technology is crucial for scenarios that demand real-time temperature control.
Industries such as telecommunications, automotive applications, and food storage require precise temperature management. A Thermoelectric Cooler provides an effective and fast solution, ensuring stable conditions and enhancing operational efficiency.
Unlike traditional cooling systems that rely on compressors and refrigerants, a Thermoelectric Cooler operates with a solid-state design. This feature makes a Thermoelectric Cooler highly reliable, as there are no moving parts prone to mechanical failure. With fewer maintenance requirements, a Thermoelectric Cooler is a durable and long-lasting cooling solution.
The absence of moving components in a Thermoelectric Cooler minimizes wear and tear, leading to an extended operational lifespan. Additionally, without refrigerant leaks, a Thermoelectric Cooler ensures consistent efficiency and environmental safety.
Thermoelectric Cooler technology is known for its silent operation. Unlike conventional cooling systems that generate significant noise due to compressors and fans, a Thermoelectric Cooler operates quietly, making it ideal for noise-sensitive environments.
A Thermoelectric Cooler is the preferred choice for settings such as hospitals, research labs, libraries, and residential areas where noise reduction is essential. By eliminating excessive noise, a Thermoelectric Cooler enhances comfort and maintains a peaceful environment.
Thermoelectric Cooler technology continues to revolutionize cooling solutions with its efficiency, adaptability, and environmentally friendly design. Whether for industrial, medical, or consumer applications, a Thermoelectric Cooler provides a superior alternative to traditional cooling methods.
Application
Thermoelectric cooler are extensively used for cooling electronic components. From high-performance CPU in computers to intricate microprocessors, TEC coolers help maintain optimal operating temperatures. This ensures the longevity and reliability of electronic devices, preventing overheating-related issues.
In the medical field, Thermoelectric cooler contribute to temperature control in various equipment. Refrigerated storage units for medications, temperature-sensitive diagnostic equipment, and even cooling systems for laser medical devices benefit from the precise temperature regulation provided by TEC coolers.
In aerospace applications, Thermoelectric cooler are employed for thermal management. Electronic systems in spacecraft and satellites often face extreme temperature variations. TEC coolers play a vital role in stabilizing and regulating temperatures to ensure the proper functioning of sensitive instruments.
Thermoelectric cooler contribute to climate control in vehicles. They play a role in regulating the temperature inside car seats, ensuring passenger comfort. TEC-based cooling systems are also used in refrigerated trucks to transport temperature-sensitive goods.
In laboratories and research facilities, Thermoelectric cooler are integral for maintaining precise temperatures. They are employed in equipment such as spectrophotometers, chromatography systems, and DNA sequencers, where temperature stability is critical for accurate results.
Thermoelectric cooler aid in maintaining the efficiency of photovoltaic solar panels. By controlling the temperature of solar cells, TEC coolers contribute to optimizing the conversion of sunlight into electricity, enhancing the overall performance of solar energy systems.
In the telecommunications industry, Thermoelectric cooler are used to regulate the temperature of network equipment. Cooling components such as transceivers and amplifiers ensures stable operation and prevents overheating, contributing to the reliability of communication systems.
