SGMM Yaskawa Industrial Servo Motor 10W Power Supply Vibration Resistance SGMM-A1C313

Industrial Servo Motor Yaskawa SGMM-A1C313 Mini Servo-Motor 10W 2.1A w/ Pulley and mount plate

Specifications

Manufacturer: Yaskawa

Product number: SGMM-A1C313

Description: SGMM-A1C313 is an Motors-AC Servo manufactured by Yaskawa

Servomotor Type: SGMM

Rated Output: 10W (0.25HP)

Power Supply: 24V UL Recognized

Ins : B 

Speed: 3000r/min

Encoder Specifications: 2048 P/R Incremental Encoder

Revision Level: Standard or CE Specification

Shaft Specifications: Straight with keyway

Options: Standard

SIMILAR PRODUCTS

■ Direction of Rotation
SGMM Servomotors rotate counter-clockwise (CCW) when viewed from the drive end when
motor and detector leads are connected.
■ Shock Resistance
Install the motor axis in a horizontal direction. The motor should resist two vertical shocks of
490m/s2
.
■ Vibration Resistance
Install the motor axis in a horizontal direction. The motor should withstand a 49m/s2 vibration
in each of the three directions of up/down, left/right, and front/back.
■ Vibration Class
Vibration class of the motor is V15 at rated speed.

■ Environmental Resistance
The standard protective structure is IP42 class.

Torque/Speed Characteristics

Allowable Radial Load and Allowable Thrust Load Mechanically designed motors so as not to exceed the values shown in the table for radial and thrust load during motor operation

SGMM Navigation
SGMM Navigators are industry experts who have been trained and certified to guide utilities through the SGMM Navigation process. The Navigator works with the utility’s smart grid team to complete the
SGMM Compass on a consensus basis in a workshop setting—promoting valuable internal discussion of shared objectives.
After scoring and analyzing the survey, the Navigator leads a second workshop to review the findings and use them to set consensus aspirations for an agreed planning horizon—and to discuss related motivations, obstacles and required actions. These outputs are valuable inputs into the utility’s smart
grid planning and implementation process and set the stage for using the SGMM as a progress tracking mechanism for smart grid implementation. Many utilities report that the interaction, discussion, and consensus building that occur in the two workshops is a substantial additional value from the SGMM
Navigation process.

Self-Assessment
Utilities may also complete the SGMM Compass independently. They will receive a scoring report with a maturity level profile against the model, as well as aggregate data from the other utilities that have completed the survey for use in comparative analysis.
Utilities choosing the self-assessment option will also have access to individualized coaching to help interpret the results.

OTHER SUPERIOR PRODUCTS