Air Conditioning Refrigerant Delivery Efficiency Device / Internal Spring for Mixing Refrigerant / Maintains Cooling Performance and Helps Protect the Compressor

MURAKAMI (THAILAND) CO., LTD., as a distributor, offers α-HT, a device for air conditioning systems that helps improve the efficiency of refrigerant delivery inside the piping. It is suitable for buildings, factories, offices, and areas where air conditioners are used continuously. The device focuses on helping the cooling system perform better, reducing the load on the compressor, and helping the air conditioner reach the set temperature faster.

Table of Contents

• Overview of α-HT
• Working Principle of the Internal Spring in the Pipe
• Key Features for Maintaining Cooling Performance and Reducing Compressor Load
• Why Does α-HT Help Reduce Costs?
• Frequently Asked Questions (FAQ)

Overview of α-HT

α-HT is a device installed in the piping system of an air conditioner to help improve the flow condition of refrigerant and compressor lubricant oil inside the pipe. In an air conditioning system, the refrigerant circulates between the indoor unit and the outdoor unit to control the temperature in the usage area.

This device is suitable for systems that need support in improving refrigerant circulation without replacing the entire air conditioning system. It is especially suitable for worksites that need to maintain cooling performance, reduce the time required for the air conditioner to reach the set temperature, and help reduce the operating load on the compressor.

Working Principle of the Internal Spring in the Pipe

Inside α-HT, there is a structure that helps stir and mix the fluids inside the piping system, allowing the refrigerant and compressor lubricant oil to circulate more evenly. When the fluid inside the pipe moves more smoothly, viscosity and flow resistance are reduced, resulting in more efficient refrigerant delivery.

In the copper piping of an air conditioning system, the fluid consists of approximately 85% refrigerant and approximately 15% compressor lubricant oil. Therefore, stirring and mixing inside the pipe plays a role in helping the liquid flow in the system more continuously.

Key Features for Maintaining Cooling Performance and Reducing Compressor Load

When α-HT helps the fluid in the pipe move more smoothly, the air conditioning system can reach the set temperature faster and help reduce the load on the compressor, which is the main energy-consuming part of the air conditioner. According to the product information, approximately 90% of the electricity consumption of an air conditioning system comes from the compressor, while approximately 10% comes from the blower fan.

Key features suitable for actual use include:

• Helps stir and mix refrigerant and lubricant oil inside the pipe
• Helps reduce the viscosity of the flow in the air conditioning system
• Helps the air conditioner cool faster and reach the set temperature more quickly
• Helps reduce compressor load during cooling operation
• Suitable for air conditioning systems that need to maintain continuous operating efficiency

Why Does α-HT Help Reduce Costs?

Before deciding to install an additional device, an important point for business operators to consider is the source of energy consumption in the air conditioning system. Technical information indicates that up to 90% of the electricity consumption of an air conditioner comes from the compressor, while the blower fan and other parts use only 10%.

Therefore, α-HT is designed to address the issue directly by focusing on reducing the compressor load through stirring and mixing the fluid so that it circulates more easily. This is a practical way to help reduce electricity costs for the air conditioning system.

Frequently Asked Questions (FAQ)

Q1: Where is α-HT installed in the air conditioning system?
A1: The α-HT device is installed in the piping system that connects the indoor air conditioning unit and the outdoor unit.

Q2: How does this device help reduce electricity costs?
A2: The device has a vertical-axis spring that helps stir and mix the refrigerant, reducing flow viscosity. This helps reduce the operating load on the compressor, which is the component that uses up to 90% of the total electricity consumption of the air conditioning system.

Q3: What does the fluid inside the air conditioning pipe consist of?
A3: The fluid inside the air conditioning pipe consists of approximately 85% refrigerant and approximately 15% compressor lubricant oil. α-HT helps stir and mix these two fluids to improve delivery efficiency.

For more information, please download the PDF file attached to this article or fill out the form below to make an inquiry.