Inverter AC Installation Process A Simple & Concise Guide

 

Inverter air conditioner installation can go a long way in improving the comfort of your home without making it a power-guzzling one. An inverter air conditioning unit varies speed according to cooling requirements, leading to improved temperature regulation and reduced electricity consumption. For enjoying the maximum benefits of inverter technology, though, inverter  AC installation is a must. In this article, we will guide you through inverter AC system installation so that it is a trouble-free and hassle-free experience.

What is an Inverter Air Conditioner?

An inverter air conditioner is a cooling system that uses investor technology to control the engine speed that feeds the compressor. Unlike typical cooling systems, which work at a fixed speed and turn on and off to maintain the correct temperature, the inverter-type AC constantly alters the compressor speed. Inverter technology converts standard electrical power in your home into a different form of power. Then change the power to regulate how fast the compression of speed control works. This implies that the compressor engine can work at different speeds, and spend less power while maintaining the same temperature instead of starting and ending constantly.

 

inverter AC installation

Why an Inverter AC System?

Before we go on with the installation process, let us just mention why an inverter air conditioner is an excellent option:

  • Energy Efficiency

The HVAC inverter system uses less energy than the traditional models by varying the compressor speed instead of alternating the compressor continually on and off.

  • Increased Comfort

 The system provides equal cooling with no temperature fluctuation.

  • Longer Lifespan

An inverter AC machine has a longer lifespan since startups and shutdowns occur less frequently.

  • Less noise

 Because they operate more efficiently, they produce less noise compared to non-inverter machines.

We will now begin the installation of the inverter AC.

 

Professional Air Conditioner Installation

Inverter AC Step-by-Step Installation Guide

Following is an AC installation guide  that can help you to install inverter AC:

Step 1: Selecting the Suitable Location

Choosing the suitable position for installing the inverter increases the efficiency of the inverter air conditioning unit.

Indoor Unit Installation

  • Fix it at a height of 7-8 feet above the ground for improved cooling.
  • Make sure that there is no heat or sunlight source in direct contact.
  • Keep a free airflow space of a minimum of 15 cm around the unit.

Outdoor Unit Location

  • Place it in an open area where it will not overheat.
  • Store it out of direct sunlight and rain to avoid any damage.
  • To decrease noise, you must choose a sturdy place to mount it.

Step 2: Mounting Plate Installation

  • For indoor AC installation in homes, the mounting plate is the base on which the indoor unit is secured.
  • Use screws to install the mounting plate on the wall.
  • Identify the drilling locations for the holes required.

 

Step 3: Drilling the piping hole

  • To connect the indoor and outdoor units with each other, drill a hole with a 2.5-inch

            diameter.

  • For the drainage of condensation, lean the hole slightly downward.
  • Smooth the edges of the hole to avoid it from piercing the pipes.

Step 4: The indoor unit Installation

  • Install the pipes and wires to the indoor unit.
  • Secure the indoor unit firmly onto the previously mounted plate.
  • All of the connections should be well secured to avoid leaks and short circuits.

Step 5: Installation of Outdoor Unit

  • Mount the outdoor unit firmly on a solid foundation or on a wall bracket.
  • Attach the indoor unit to the compressor through the refrigerant tube.
  • Look out for any bends, as they can affect your inverter performance.
  • Electrical circuits must be well-insulated.

Step 6: Vacuuming and Leak Testing

  • Use a vacuum pump to extract water vapours and air from refrigerant pipe. 
  • Test the connections for leaks using a soap solution.
  • If leakage is found, shut the fittings and re-tighten and re-test before continuing.

Step 7:  Termination of Electrical Connections

  • Seek professional help to install the power supply.
  • Voltage and current rating must match HVAC inverter system requirements.
  • Secure all electric devices and tuck the wires to prevent any risk.

Step 8: Test the Inverter AC System

  • Turn on the inverter air conditioner and observe if it boots up as expected.
  • Change various temperatures to experiment with cooling capability.
  • Check the noise levels and abnormal vibration or noise.
  • Inspect the drainage system to ensure the condensation water is draining sufficiently.

Step 9: Installing the Last Piece

  • Lock down all panels and covers.
  • Inform the user of suggested basic maintenance for best performance.
  • Provide guidelines for the longevity of the inverter AC system.

Importance of Air Conditioner Professional Installation

While self-installation may seem cost-effective, professional air conditioner installation services guarantee:

  • Proper Installation

 Professionals have the necessary tools and knowledge to install the system without destroying any component.

  • Safety Compliance

Electric mode and refrigerant handling require technical expertise for ensuring safety.

  • Warranty Protection

 The majority of manufacturers require professional installation to maintain warranty.

  • Maximum Performance

 Defective installation of an inverter AC system may result in inefficiency along with repeated breakdowns. 

Conclusion

 Inverter AC should be installed to ensure maximum efficiency, life, and safety. From selecting the right location to conducting rigorous testing, each step is important in the seamless functioning of your inverter air conditioner system. Even though some homeowners attempt to do it themselves, professional installation of an air conditioner guarantees the best result. Investing money in properly installed HVAC inverter system will not only make your house warm but also generate energy savings along with long-term reliability.