LEGO马达的比较

更新时间:2023-06-18 01:02:34 阅读: 评论:0

LEGO马达的比较
Lego西班牙语培训® 9V Technic Motors compared characteristics

May 2006 update: now includes NXT motor
See also this comparison page.
Thomas Avery has also performed measures on 5292 motors, e Lugnet thread.
The roster thf
Electric Technic Motor 9V
Lugnet Partsref 2838c01, Peeron 2838c01, Lego 74569
The older 9V Technic motor (1990). Ungeared, it has a high rotation speed and low torque, so for most applications it requires an external gear reduction.
Electric Technic Micromotor
Lugnet Partsref 2986, Peeron 2986, Lego 70823
Appeared in 1993, this small, light weight motor turns slowly and offer low torque - but respectable torque for its size. Must be ud generally with pulley, top and ba, but other motion transmissions are possible (e examples by Brian Sadowsky, with a 16t gear/clutch or a pin joiner)
Electric Technic Mini-Motor 9v
Lugnet Partsref 71427c01, Peeron 71427c01, Lego 71427
Since 1997, this motor replaces 2838. Geared down and quite efficient, this is the motor of choice for most applications.
Electric Technic Mini-Motor 9v
Lego 43362jun
In 2002, Lego replaced 71427 motor with a new type, 43362. Externally almost identical, its internal structure is very different. Performances are almost as good, and its weight is much lower.
Electric RC Race Buggy Motor
Peeron 5292
Introduced in 2002, this motor appeared with 8475  RC Race Buggy. Very powerful, it also consumes a lot of energy. Not recommended for u with a RCX which can't deliver the current needed by this beast. The innermost shaft hole is geared up by a 23/17 factor. Only the outermost output is tested below.
Electric Technic Motor 9V Geared
Peeron 47154
This motor was first included in 4094 Motor Movers t (2003). Provides an axle hole with friction, allowing to choo axle length without the need of an extender. Flat bottom allowing easy mounting.
NXT motor
This motor is specific to the NXT t (2006). Includes a rotation encoder, returning to the NXT the position of the shaft with 1° resolution. Becau of the special connector of this motor (non-standard phone plug type), a cable adapter is required to drive this motor with regular 9V sources. Not recommended for u with a RCX which can't deliver the high current that this motor can consume. Slow rotation speed, minimizing the need of external gear train.
Weight
芝加哥大学

2838
monitored
2986

71427

43362 

5292

47154

NXT
48g
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42g
28g
55g
40g
80g
Suppod to be equivalent to 71427, 43362 motor is 30% lighter. This is generally an advantage, except when the motor is ud as a counterweight, or to balance the structure, for example in COG-shifting walkers.

No-load characteristics
Test conditions: motor is powered by a variable, regulated power supply. An ammeter measures current flowing through the motor, a voltmeter monitors tension across. The rotation speed is measured by a RCX equipped with a light nsor, looking at an half-whit
e/half black cylinder.
 
信号英文
9 V supply
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2838

2986
心情压抑

71427

43362 

5292 

47154

NXT
Rotation speed
(rotations per minute) 
4100 rpm
35 rpm
360 rpm
340 rpm
1300 rpm
460 rpm
170 rpm
No-load current
35 mA
6 mA
3.5 mA
9 mA
160 mA
31 mA
60 mA

43362 has a higher no-load current than 71427, probably caud by higher internal frictio
n. 47154 has a fairly high no-load current, becau of its 5-stages gear reduction. But it us big-tooth gears in the last stages, probably much more sturdy that the 2-stages, thin-tooth 71427/43362 internal gearing. The 5292 also exhibit very high no-load current, here again caud by internal friction. This explains also the break in its speed/voltage curve.

As is usual for DC motors, rotation speed is proportionnal to voltage applied to them, this can be en on graphs below. No-load current depends little on voltage.allegro

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