Industrial New AC Servo Motor 23.8A 18.6N.m SGMG-30AWA-YR14 Made in Japan
Specifications
Current: 23.8A
Volatge: 200V
Power :2900W
Max speed: 1500rpm
Encoder: 17bit Absolute encoder
Load Inertia JL kg¡m2¢ 10−4: 0.026
Shaft: straight without key
OTHER SUPERIOR PRODUCTS
SGMG-20A2AAB |
SGMG-20A2AB |
SGMG-20A2ABC |
SGMG-20A2ABS |
SGMG-20A2BB |
SGMG-20A2BBB |
SGMG-20ASA |
SGMG-20AWA |
SGMG-30A2A |
SGMG-30A2AAB |
SGMG-30A2AB |
SGMG-30A2ABC |
SGMG-30A2ABS |
SGMG-30AWA |
SGMG-30V2AB |
SGMG-40V2AB |
SGMG-44A2AAB |
SGMG-44A2AB |
SGMG-44A2ABC |
SGMG-44ASAAB |
SGMG-44V2AB |
SGMG-55A2A |
SGMG-55A2AAB |
SGMG-55A2AB |
SGMG-55A2ABC |
SGMG-60A2BBB |
SGMG-60A2BBC |
SGMG-75A2AAB |
SGMG-75A2AB |
SGMG-75A2ABC |
The most frequent curve in motor learning is the C curve shaped like the letter "S", with negative and positive zones. This curve is typical for motor tasks that are usually executed for the first time and where there is no previous experience and motor programmes to support them. This group includes gymnastics, skiing, tennis, and golf. In the first phase progress is relatively poor, since a beginner has no adequate motor experience and notions. Progress is only possible when there is a higher frequency of exercises combined with appropriate motivation, concentration, understanding of movement and suitable motor abilities. The curve with positive acceleration (curve B) is less common in motor learning.
The neurophysiologic research conducted over the past decades has left a visible mark on the study of motor learning processes in various fields of sport. Namely, the brain is not a whole but consists of two separate halves, the left and the right hemisphere. The nervous system is an exceptionally highly organised and complex system. Which parts of the nervous system or the brain are responsible for efficient motor learning? Despite many research efforts in this field, no satisfactory answer has yet been given. We know that certain parts of the brain are responsible for certain functions. In the cerebral cortex there is a motor centre in charge of motor functions. Moreover, the left and the right