Type of
reverse provided in the design of the tool.
Reverse allows you to switch the direction of rotation of the nozzle. The type of switch responsible for this function is also indicated here. There are sliders, flags, and on the start button. Here is a detailed description of each of these varieties:
- Slider. The switch is in the form of a slider with two opposite positions. As a rule, it moves in the “back and forth” direction relative to the tool chuck - this format is considered the most practical. The sliders are quite simple and at the same time convenient and visual. That is why they are the most popular option nowadays.
— Flag. A switch in the form of a flag, usually installed above the start button and flipped left and right. One of the advantages of a checkbox is that it is right at hand and can be switched with virtually no unnecessary movements (which is not always possible with a slider).
- On the start button. Reverse switch combined with the start button. Such a combination button is usually made in the form of a “rocker”, and the direction of rotation depends on which side of the rocker the customer pressed; The same press immediately starts the engine. This design allows you to easily and quickly change the direction of rotation - for this you do not need to be distracted by individual switches, just move your finger slightly and press the other half of the start button.
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— There is no reverse. In models without a reverse function, you will have to use special right- and left-handed whisks to mix solutions. Nozzles of the first type are intended for the preparation of thick cement and plaster mixtures, of the second order - for mixing substances with a low degree of viscosity. Mixers with reverse do not have such strict requirements for twisting the spiral in the working nozzle, since the direction of rotation of their shaft can be easily changed.—
Soft start. This function allows you to avoid a sharp start of the engine at the beginning of work, which, on the one hand, allows you to avoid overloads on the power supply network, and on the other hand, splashing of building mixtures.
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Speed controller. The ability to adjust the speed of rotation of the nozzle of the working tool will be very useful for working with mixtures of different consistency. As you know, for effective mixing of liquid materials, a high speed is required, and for viscous materials, a lower speed, but a higher torque.
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Maintain momentum. With the help of special sensors, the speed control system monitors changes in load and, depending on this, increases or decreases the speed of the nozzle, thus maintaining the speed set by the user, regardless of the load. This ensures more efficient and better mixing and extends the life of the device.
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Power button lock. Locking the power button when the tool is off allows you to avoid accidental start in abnormal mode, which increases the safety of the device. And vice versa: locking when the tool is on eliminates the need to constantly keep your finger on the power button, which is very convenient, especially during long work.
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Electronic engine protection. The system provides
...automatic shutdown of the engine in case of overheating, jamming of the nozzle, or simply in case of a critical increase in load, which helps to avoid tool failure and extend its service life.
— Brushless motor. The presence of a brushless (brushless) motor in an electric tool. Such motors are noticeably superior to traditional collector motors in terms of efficiency, which can significantly reduce energy consumption without sacrificing power; this is especially important for cordless tools (see "Power Source"), where this feature is predominantly found. In addition, brushless motors are quieter and produce virtually no sparks during operation, making them perfect for working in high fire hazard environments. Their main disadvantages are traditional — the complexity of the design and high price.
