LEGO Education Power Functions Aksesuāri Servo motors

Loose LEGO product in a polybag without original packaging and instructions (English language not guaranteed). › See more product details; Product description This is the servo motor. With this motor you can use models such as building vehicles with real steering of the wheels. Like the steering of a real car. The servo motor is three modules wide, five modules high and seven modules long. The connectors at the front and on the sides ensure easy installation and attachment in the TECHNIC models. The servo motor has connected outputs at the back and front. This makes building a four-wheel drive easier. The socket can be rotated from its neutral position (vertical) in seven steps 90 degrees clockwise and counter-clockwise. There are 15 positions in total: neutral position – 7 levels clockwise – 7 levels counter-clockwise. When the servo motor is steered with full force in one direction, it rotates a whole 90 degrees (e.g. with the infrared remote control). When it is rotated in individual steps in one direction, it switches through the seven positions that correspond to the seven power levels (e.g. with the infrared speed remote control or the rechargeable battery box). The servo motor delivers a maximum torque of 250 mNm (300 mA). Without load, it rotates 360 degrees per second. This means that the socket requires 0.25 seconds to rotate from neutral to horizontal position. Power consumption depends strongly on the load it drives Under normal conditions, this can be washed at approx. 150mA and should not exceed 300mA When you start building your model, it is important that the socket is in the neutral position: so the four points should be arranged in a line with the socket. To bring the servo motor into the neutral position, you connect it to a socket with switched power supply but without control (e.g. an infrared receiver that is ON).; Product description This is the servo motor. With this motor you can use models such as building vehicles with real steering of the wheels. Like the steering of a real car. The servo motor is three modules wide, five modules high and seven modules long. The connectors at the front and on the sides ensure easy installation and attachment in the TECHNIC models. The servo motor has connected outputs at the back and front. This makes building a four-wheel drive easier. The socket can be rotated from its neutral position (vertical) in seven steps 90 degrees clockwise and counter-clockwise. There are 15 positions in total: neutral position – 7 levels clockwise – 7 levels counter-clockwise. When the servo motor is steered with full force in one direction, it rotates a whole 90 degrees (e.g. with the infrared remote control). When it is rotated in individual steps in one direction, it switches through the seven positions that correspond to the seven power levels (e.g. with the infrared speed remote control or the rechargeable battery box). The servo motor delivers a maximum torque of 250 mNm (300 mA). Without load, it rotates 360 degrees per second. This means that the socket requires 0.25 seconds to rotate from neutral to horizontal position. Power consumption depends strongly on the load it drives Under normal conditions, this can be washed at approx. 150mA and should not exceed 300mA When you start building your model, it is important that the socket is in the neutral position: so the four points should be arranged in a line with the socket. To bring the servo motor into the neutral position, you connect it to a socket with switched power supply but without control (e.g. an infrared receiver that is ON).; This is the servo motor. With this motor you can use models such as building vehicles with real steering of the wheels. Like the steering of a real car. The servo motor is three modules wide, five modules high and seven modules long. The connectors at the front and on the sides ensure easy installation and attachment in the TECHNIC models. The servo motor has connected outputs at the back and front. This makes building a four-wheel drive easier. The socket can be rotated from its neutral position (vertical) in seven steps 90 degrees clockwise and counter-clockwise. There are 15 positions in total: neutral position – 7 levels clockwise – 7 levels counter-clockwise. When the servo motor is steered with full force in one direction, it rotates a whole 90 degrees (e.g. with the infrared remote control). When it is rotated in individual steps in one direction, it switches through the seven positions that correspond to the seven power levels (e.g. with the infrared speed remote control or the rechargeable battery box). The servo motor delivers a maximum torque of 250 mNm (300 mA). Without load, it rotates 360 degrees per second. This means that the socket requires 0.25 seconds to rotate from neutral to horizontal position. Power consumption depends strongly on the load it drives Under normal conditions, this can be washed at approx. 150mA and should not exceed 300mA When you start building your model, it is important that the socket is in the neutral position: so the four points should be arranged in a line with the socket. To bring the servo motor into the neutral position, you connect it to a socket with switched power supply but without control (e.g. an infrared receiver that is ON).

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