1pcs New Industrial Servo Motor YASKAWA SGM-01B314S AC SERVO MOTOR 100W
QUICK DETAILS
· YASKAWA ELECTRIC
·SGM-01B314S
·SGM-01B314S
· SERVO MOTOR
· AC SERVO MOTOR
·100W
·0.87A
· 0.318N.m
· 3000RPM
· 200V
· Ins B
· AVAILABLE
· REBUILT SURPLUS
· NEW SURPLUS
· REPAIR YOURS
· 24-48 HOUR RUSH REPAIR
· 2 - 15 DAY REPAIR
· 2 YEAR RADWELL WARRANTY
OTHER SUPERIOR PRODUCTS
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Emerson VE-,KJ-
Honeywell TC-,TK-
GE Modules IC -
Fanuc motor A0-
Yokogawa transmitter EJA-
SIMILAR PRODUCTS
SGM-01A312
SGM01A312 .87AMP 100W
yaskawa
SGM-01A312B
SGM01A312B SERVO MOTOR
yaskawa
SGM -01A312C
SGM01A312C SERVO MOTOR
yaskawa
SGM-01A312S
SGM01A312S .87AMP 200V 100WATT
yaskawa
SGM-01A314
SGM01A314 100WATT 200VAC
yaskawa
SGM-01A314B
SGM01A314B SERVO MOTOR
yaskawa
SGM-01A314B
SGM01A314B # ZL02 SERVO MOTOR
yaskawa
SGM-01A314C
SGM01A314C 3000RPM 100W 200V
yaskawa
SGM-01A314P
SGM01A314P SERVO MOTOR
yaskawa
SGM-01A3G24
SGM01A3G24 SERVO MOTOR
yaskawa
SGM-01A3G26
SGM01A3G26 SERVO MOTOR
yaskawa
SGM-01A3G36
SGM01A3G36 SERVO MOTOR
yaskawa
SGM-01A3G46
SGM01A3G46 SERVO MOTOR
yaskawa
SGM-01A3MA12
SGM01A3MA12 SERVO MOTOR
yaskawa
SGM-01A3NS31
SGM01A3NS31 SERVO MOTOR
yaskawa
SGM-01A3NT11
SGM01A3NT11 SERVO MOTOR
Yaskawa
SGM-01A3NT14
SGM01A3NT14 SERVO MOTOR
SGM-01A3NT23
SGM01A3NT23 SERVO MOTOR
yaskawa
SGM-01A3S011
SGM01A3S011 SERVO MOTOR
yaskawa
SGM-01A3SO11
SGM01A3SO11 SERVO MOTOR
yaskawa
SGM-01A3SU11
SGM01A3SU11 200V 100W
yaskawa
SGM-0 1A3SU31
SGM01A3SU31 SERVO MOTOR
yaskawa
SGM-01A3T012
SGM01A3T012 SERVO MOTOR
yaskawa
SGM-01A3TE21
SGM01A3TE21 SERVO MOTOR
yaskawa
SGM-01A3YH21
SGM01A3YH21 SERVO MOTOR
yaskawa
SGM-01AF12
SGM01AF12 SERVO MOTOR
Yaskawa
SGM-01AF14
SGM01AF14 SERVO MOTOR
yaskawa
SGM-01AGSU11
SGM01AGSU11 AC 0.87AMP 3000RPM 200V 100W
yaskawa
SGM-01AWG26
SGM01AWG26 SERVO MOTOR
yaskawa
SGM-01AWSU11
SGM01AWSU11 SERVO MOTOR
Yaskawa
SGM-01AWSU12
SGM01AWSU12 AC 0.87AMP 3000RPM 200V 100W
yask Awa
SGM-01AWYH22
SGM01AWYH22 SERVO MOTOR
SGM-01B312
SGM01B312 2.2AMP 100W 100V
yaskawa
SGM-01B312B
SGM01B312B SERVO MOTOR
Yaskawa
SGM-01B314
SGM01B314 AC 100W 200V
yaskawa
SGM-01B314S
SGM01B314S SERVO MOTOR
yaskawa
SGM-01B3FJ11
SGM01B3FJ11 SERVO MOTOR
yaskawa
SGM-01B3G14B
SGM01B3G14B SERVO MOTOR
yaskawa
SGM-01B3H16B
SGM01B3H16B SERVO MOTOR
yaskawa
SGM- 01B3TK11
SGM01B3TK11 SERVO MOTOR
yaskawa
SGM-01BF12
SGM01BF12 SERVO MOTOR
yaskawa
SGM-01BW12
SGM01BW12 SERVO MOTOR
yaskawa
SGM-01BW12B
SGM01BW12B SERVO MOTOR
yaskawa
SGM-01L314
SGM01L314 SERVO MOTOR
yaskawa
SGM-01L3B2L
SGM01L3B2L 100V 100W 3000RPM
yaskawa
SGM-01L3B4CL
SGM01L3B4CL 100V 2.2A 3000RPM 100W.318NM
yaskawa
SGM-01L3B4L
SGM01L3B4L 0.1KW 3000RPM 0.318NM 2.2AMP 100V
yaskawa
SGM-01U312
SGM01U312 200V 100W
yaskawa
SGM-01U312C
SGM01U312C SERVO MOTOR
yaskawa
SGM-01U314M
SGM01U314M SERVO MOTOR
yaskawa
SGM-01U3B4L
SGM01U3B4L 200V 100W 0.87AMP 3000RPM
yaskawa
SGM-01UW12SP
SGM01UW12SP SERVO MOTOR
yaskawa
SGM-01V312 # OH01
SGM01V312 # OH01 SERVO MOTOR
Yaskawa
SGM-01V312B
SGM01V312B SERVO MOTOR
yaskawa
SGM-01V314
SGM01V314 0.87AMP 100W 200V 3000R / MIN
yaskawa
SGM-01V3NT14
SGM01V3NT14 SERVO MOTOR
yaskawa
SGM-01V3NT2
SGM01V3NT2 SERVO MOTOR
yaskawa
SGM- 01V3NT21
SGM01V3NT21 SERVO MOTOR
yaskawa
SGM-01VGNK11
SGM01VGNK11 SERVO MOTOR
yaskawa
SGM-01VGNK13
SGM01VGNK13 SERVO MOTOR
yaskawa
SGM-01VGNK22
SGM01VGNK22 SERVO MOTOR
yaskawa
SGM-01VGNK71
SGM01VGNK71 SERVO MOTOR
yaskawa
SGM-01VGNK72
SGM01VGNK72 SERVO MOTOR
yaskawa
SGM-01VGNK91
SGM01VGNK91 SERVO MOTOR
yaskawa
SGM-01VGNK92
SGM01VGNK92 SERVO MOTOR
yaskawa
The stator is formed by a metal carcass and one or more magnets that create a permanent magnetic field inside the stator. At the rear of
the stator are the brush mountings and the brush gear which provide electrical contact with the rotor.
The rotor is itself formed by a metal carcass carrying coils which are interconnected at the commutator at the rear of the rotor.
The commutator and brush assembly then select the coil through which the electric current passes in the opposite direction.
Principle of operation
Whatever the complexity of the rotor coil windings, once they are energised, they may be represented in the form of a ferromagnetic cylinder with a solenoid wrapped around it.
The wire of the solenoid is in practice the wire bundle located in each groove of the rotor. The rotor, when energised, then acts as an electromagnet, the magnetic field following the axis separating the wires of the solenoid in the direction of the current which flows through them.
By the attraction of opposite poles and repulsion of like poles, a torque then acts on the rotor and makes it turn. This torque is at a maximum
when the axis between the poles of the rotor is perpendicular to the axis of the poles of the stator.
As soon the rotor begins to turn, the fixed brushes make and break contact with the rotating commutator segments in turn.
The rotor coils are then energised and de-energised in such a way that as the rotor turns, the axis of a new pole of the rotor is always perpendicular to that of the stator. Because of the way the commutator is arranged, the rotor is in constant motion, no matter what its position. Fluctuation of the resultant torque is reduced by increasing the number of commutator segments, thereby giving smoother rotation.
By reversing the power supply to the motor, the current in the rotor coils, and therefore the north and south poles, is reversed. The torque which acts on the rotor is thus reversed and the motor changes its direction of rotation. By its very nature, the D.C. motor is a motor with a reversible
direction of rotation.