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TS3667N3E8Tamagawa step motor

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TS3667N3E8Tamagawa step motor
  • Market price: $ 709.5
  • Shop price: $ 215.0
  • Goods click count: 192
  • Total:
  • Quantity:
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Description

TS3667N3E8Tamagawa step motor

If you need more than 10pcs and want to get better wholesale price, please feel free to contact us by following:
email:[email protected]
Tel:0086-574-88333153
We will quote you our best price to you in 24hours.

FEATURES

Capable of controlling precise position in open loop?Rotational angle is proportional to the number of input pulses.Rotational speed is proportional to the input pulse rate (pulse frequency).Angle error (Positioning error) is very small and is not accumulated. Capable of holding the static position stable by self-holding torqueBiggest self-holding torque (Holding torque) is generated in the state of exciting the motor windings.Even in the state of non-exciting, some self-holding torque (Detent torque) is generated because the permanent magnet is used.

Capable of responding fast to the starting, stopping and reversing with its superior acceleration

No maintenance is needed for the mechanical wear as is often the case with brushes for DC motors

Merit of 5-Phase Step motors,

5-phase step motors have the superior characteristics of resolution, vibration, performance and others compared with 2-phase step motors.

High resolution
0.72° for full step and 0.36° for half step. These are the resolution of 2.5 times compared with 2-phase step motors.

Low vibration and smooth rotation,
because the torque ripple is small and the variation of operating torque is extremely small.

Fast response
The out of synchronization caused by resonance is rare in the range of low and middle rotational speed unlike the conventional 2-phase step motor, and it is capable of controlling the fast positioning by means of slow-up and slow-down the step resolution is 2.5 times as accurate as the conventional step motors.

?42

0.72

TS3667

N1E1

N11E1

2.63

0.35

0.13
(1.3)

?42×33

N1E2

N11E2

1.28

0.75

N1E3

N11E3

0.67

1.4

N2E4

N12E4

3.33

0.35

0.18
(1.8)

?42×39

N2E5

N12E5

1.65

0.75

N2E6

N12E6

0.9

1.4

N3E7

N13E7

1.65

0.75

0.24
(2.4)

?42×47

N3E8

N13E8

0.9

1.4










  

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