Industrial Yaskawa Electric 450W SGMGH-05K5A-SE15 with Encoder UTSAH-B17BE

Industrial Yaskawa Electric 450W SGMGH-05K5A-SE15 with Encoder UTSAH-B17BE

QUICK DETAILS

· YASKAWA ELECTRIC

· SGMGH-05K5A-SE15

· SGMGH-05K5A-SE15

· SERVO MOTOR

· AC SERVO MOTOR

· 450W

· 2.84 N.m

· 3.8A

· Ins F

· 1500RPM

· 200V

· AVAILABLE

· REBUILT SURPLUS

· NEW SURPLUS

· REPAIR YOURS

· 24-48 HOUR RUSH REPAIR

· 2 - 15 DAY REPAIR

· 2 YEAR RADWELL WARRANTY

OTHER SUPERIOR PRODUCTS

SIMILAR PRODUCTS

CUSTOMER SUPPLIED DATA:
Voltage: (6 thru 48 Volt normally available)
Motor Load: Speed, Torque, and Current.
(An existing motor can be tested by DCM & matched)
Shaft Diameter: Length (Single or Double Extension)
Material: (Carbon Steel Standard - Stainless Steel)

SGMAS Series Wound DC Motors have the armature and field windings connected in a series circuit. These type motors normally drive loads that require precise speed regulation. Starting torque developed in series motors normally ranges between 300% and 375% of full load, but can be as high as 800% of full load torque. These motors can easily be configured in 2 & 3 speed, as well as reversible models.

THREE-PHASE ROTATING FIELDS require three pairs of windings 120 windings 120º apart energized by voltages that also have a 120 apart, energized by voltages that also have a 120-degree phase displacement.
SYNCHRONOUS MOTORS are specifically designed to maintain constant speed with the rotor synchronous to the rotating field constant speed, with the rotor synchronous to the rotating field.
Synchronous motors require modification (such as squirrel-cage windings) to be self-starting.

Reluctance motors
1. Reluctance motor: A synchronous‐induction motor. The rotor has salient poles and a cage so that it starts like an induction induction motor, and runs like a synchronous motor.
2. Uses soft magnet rotor that is magnetized by the application of current in the stator coils
3. The magnet is spun by a 3 phase AC motor with no rotor voltage
4. The gear teeth are designed to increase the magnetic flux driving the rotor while providing asymmetry that gives it the rotational acceleration
5 Permeability of the rotor provides a http://wapedia.mobi/en/File:Switched_rel 5. Permeability of the rotor provides a significant increase in inductive power
6. Full solution of Faraday’s law with time and velocity dependence.