Introduction: With the development of science and technology, sweeping robots have become the right-hand man of modern household cleaning.
However, among many brands and models, the amount of suction power has become the focus of consumer attention.
So, how much suction power is enough for the sweeping robot? This article will give you a detailed analysis of the relationship between suction and cleaning effect.
1. Factors influencing the suction power of the sweeping robot
1. Static pressure and air flow
The size of the suction power of the robot vacuum cleaner is usually measured in Pascal (Pa), which refers to the static pressure.
But in addition to static pressure, air flow is also an important factor.
The higher the air flow, the more dust and garbage the robot vacuum cleaner will inhale, and the better the cleaning effect.
However, many brands do not mention air flow when they advertise it.
2. Side brush, main brush structure and air duct design
The amount of suction power is not the only factor that determines the effectiveness of the cleaning.
The side brush, the main brush structure and the air duct design will also have an impact on the cleaning effect.
Reasonable side brush and main brush design can better suck ground garbage into the sweeping robot, while the air duct design affects the distribution and efficiency of suction.
Second, the analysis of the suction power of mainstream sweeping robots
At present, the suction power of mainstream sweeping robots on the market is between 1000-1800Pa, and the suction power of high-end models of some brands even reaches more than 2000Pa.
However, in actual use, the suction power in standard mode is generally only about 3000Pa.
This is because the sweeping robot will automatically adjust the suction power under different ground materials and cleaning needs.
3. The relationship between the size of the suction power and the cleaning effect
1. The greater the suction power, the better the cleaning effect?
Theoretically, the greater the suction, the better the cleaning effect.
However, in practice, not all scenarios require maximum suction.
On hard floors, such as tiles and wooden floors, a lower suction power is sufficient for cleaning, while on soft floors such as carpets, a higher suction power is required to achieve good cleaning results.
2. Balance between suction, noise and battery life
The greater the suction power, the noise and energy consumption of the robot vacuum cleaner will increase accordingly.
Therefore, when choosing a robot vacuum, you need to find a balance between suction, noise, and battery life.
Fourth, purchase suggestions
1. Pay attention to suction and air flow
When buying a sweeping robot, don't just look at the suction, but also pay attention to the air flow.
Higher air flow rates improve cleaning results.
2. Choose a reasonable side brush, main brush structure and air duct design
Reasonable side brush, main brush structure and air duct design can improve the cleaning effect and reduce energy consumption.
3. Consider actual needs
According to the material of the home floor and cleaning needs, choose the appropriate suction size.
In general, the suction power of 1000-1800Pa is enough for daily use.
4. Noise reduction processing
Choose a robot vacuum with noise reduction to reduce noise while working.
Summary: There is no fixed answer to how much suction power is enough for sweeping robots.
When purchasing, consumers should pay attention to factors such as suction power and air flow, side brush, main brush structure and air duct design, and comprehensively consider their actual needs to find the most suitable product for themselves.