Tips
The following steps can help you realise better cooling from your air cooler:
Ensure that you have switched to cooling mode
Ensure there is sufficient water in the tank
Keep windows or doors open for cross-ventilation
We recommend replacing the pads every year by registering a request on our Customer Care Helpline: +91-9510976161
Cooling pads are not covered under warranty
Symphony Air Cooler carries a 1-year warranty. To avail of the warranty services, please ensure you hand over a photocopy of the valid Purchase Bill to the service engineer. You can also opt for our Extended Warranty for 2 years at some minimal cost.
Please check the air cooler for the above steps before registering your request.
FAQS
An evaporative air cooler works by introducing moisture into the air and lowering its temperature. The air cooler takes in dry air, moistens it with water vapour, and releases cooled air into the room. This form of cooling is cheaper and more energy-efficient than traditional refrigeration techniques.
A standard ceiling fan rotates to increase the circulation of air within a room so that the perspiration on your skin can evaporate more quickly. However, the cooling effect is limited. Fans cannot operate in closed environments and in regions where air velocity exceeds 6.4 kilometres an hour. If ambient temperatures are above the body’s natural temperature (37℃), a rotating fan will heat the body instead of cooling it.
Air coolers, on the other hand, have a tangible cooling effect on the ambient air. By introducing moisture into the air and circulating it effectively, a Symphony air cooler can lower the room temperature significantly. While a circulating fan only affects skin perceptible temperature, an air cooler can actually lower indoor temperature by nearly 5℃. Air coolers work on the principle of evaporative cooling, which is a more reliable and consistent technique than circulation. Air coolers are also a lot quieter than standard fans.
Air cooling is the most energy-efficient cooling technology available. Operating costs for an air cooler are 1/10th of a traditional air conditioner. A 2.2-ton split air conditioning unit can consume 2200 watts an hour. A Symphony air cooler consumes nearly the same amount of energy as a standard ceiling fan. Symphony air cooling units require energy in the range of 105 watts/hr to 255 watts/hr.
Although the energy consumption of a ceiling fan and air cooler is similar, the cooling effect is considerably different. Air coolers can cover a larger area, actually cool the air, and work noiselessly.
Although air coolers work best in dry, arid conditions, they can still provide a cooling effect as long as the humidity is below the saturation point. In other words, air coolers are effective till the air humidity reaches beyond 50%.
Air coolers may be less effective in moderately humid areas, but they can still provide ventilation and air circulation. However, air coolers are not recommended in areas with high relative humidity.
Symphony air coolers use innovative honeycomb and Aspen cooling pads. Honeycomb pads have a unique lattice structure that resembles a honeycomb. This medium provides a superior cooling effect due to the increased surface area for the transfer of humidity in passing air. Aspen cooling pads are made from shredded aspen wood fibres that are held together in a pad structure. Aspen is a completely natural material that provides 75% cooling efficiency.
Both Aspen and Honeycomb cooling pads are completely natural and highly cost-effective.
Symphony coolers come with i-Pure, a multistage filtration system that cleans a spectrum of airborne pollutants and harmful micro-organisms. The cool air passes through several filters before it is released into the room. These filters can cleanse the air and water to provide a healthier indoor environment. Dust, microscopic pollution particles, bacteria, odours, and allergens are all filtered by this innovative system.
Symphony provides 32 different residential air cooler models. These air coolers are designed to serve different needs and different spaces. Picking the perfect air cooler depends on several factors including the size of your room, the local climate, the structure of your building, your budget, and the need for special features. Use the Symphony Cool Tool online to pick the perfect air cooler based on your needs.
Installing a Symphony air cooler is quick and simple.
Start by taking the cooling unit out of the carton and removing any protective layers.
Depending on the model, place the cooler in front of a window or on the trolley.
Carefully insert the water pipe into the float valve. Keep the model disconnected and switched off while you fill the tank with water.
Finally, plug the unit into an electric socket nearby and switch it on.
Place the control knob in a ‘cool’ position, but keep the airflow knob off. Wait for a few minutes till the pads get soaked with water.
Adjust horizontal louvres and controls as per requirement
Keep all windows and doors open for optimal cooling performance.
The process should take less than ten minutes if done correctly. Please refer to the Symphony Owner’s Manual for more details on parts and safety.
Yes. All Symphony air coolers work on inverters. Ensure that your inverter is appropriately rated for a sine wave. The sine wave is the standard type of electricity supplied by all utility companies. All air coolers and most inverters are designed to work on this standard.
Symphony air coolers are innovative electrical devices that should not be disposed of alongside other household waste. Recycling an air cooler is the most effective way of preventing harm to human health or the environment. If your air cooler needs to be discarded please contact your local authorities or the nearest Symphony dealer for details on how to discard the cooler responsibly.