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Yaskawa AC servo motor 0.89A SGMPH-01A1AGB81 0.317Nm 3000R/MIN Industrial Servo Motor

: Large Image : Yaskawa AC servo motor 0.89A SGMPH-01A1AGB81 0.317Nm 3000R/MIN Industrial Servo Motor

Product Details:

Place of Origin:	Japan
Brand Name:	Yaskawa
Model Number:	SGMPH-01A1AGB81

Payment & Shipping Terms:

Minimum Order Quantity:	1
Price:	negotiable
Packaging Details:	New in original box
Delivery Time:	2-3 work days
Payment Terms:	TT West Union
Supply Ability:	100

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Detailed Product Description

Power:	100W	Volatage:	200V
Current:	0.89A	Nm:	0.317
R/MIN:	3000	INS:	B
Highlight:	ewing machine servo motor , electric servo motor

Yaskawa AC servo motor 0.89A SGMPH-01A1AGB81 0.317Nm 3000R/MIN Industrial Servo Motor

Item Description

Description: AC Servo Motor

Model Number: SGMPH-01A1AGB81

Category: Motors & Encoders

Warranty: 12 months

Delivery Options: Standard, Express, Same Day & Next Day options available

AC Servo Motor

Rated RPM: 3000

Rated N.m: 0.318

Rated Power 100W

Rated Volatege 200V

Servomotor Type SGMAH Sigma II

Standard Revision Level Standard

Shaft Specifications Straight with key and tap

Accessories Standard; without brake Option D

original made in Japan

ac servo motor

with connectors and cable

Function:Control

UPC: not applicable

ISBN: not applicable

EAN: not applicable

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Contact person: Anna

E-mail: wisdomlongkeji@163.com

Cellphone: +0086-13534205279

SIMILAR PRODUCTS

SGDL-04AP
SGDL-04AP+SGML-04AF14
SGDL-04AP+SGML-04AF14
SGDL-04AS
SGDL-04SVS
SGDL-08AF12
SGDL-08AP
SGDL-08AP+SGML-08AF14
SGDL-A5BP
SGDM-01AD
SGDM-01ADA
SGDM-01ADA/SGDH-01AE+SGMAH-01AAA21
SGDM-01ADA+SGMAH-01AAAG761
SGDM-01ADA-RY5
SGDM-01BDA
SGDM-02ADA
SGDM-02ADA/SGDH-02AE+SGMAH-02AAA21
SGDM-02ADA+SGMAH-02AAA2C
SGDM-02ADA+SGMPH-02AAA41
SGDM-02ADA+SGMPH-02A1A21
SGDM-02AD-R
SGDM-02BDA
SGDM-02BDA

3 Schematic representation of a magnetic field created by the flow of current in a conductor. The direction of the lines of force is given by the “law of the screwdriver”: mentally follow the movement of a screw as it is screwed in the same direction as that of the current; the lines of force will then follow the circular direction of the head of the screw. The magnetic lines of force are perpendicular to the direction of current.

A very useful phenomenon is that, forming the conductor into the shape of a coil can augment the intensity of the magnetic field created by the flow of current through the conductor. In this manner, as more turns are added to the coil, the same current produces larger and larger magnetic fields. For practical reasons
all magnetic fields created by current in a machine are generated in coils. See Figure 1.4.

5 Electricity. (a) Ionic clouds of positive and negative currents. The positive clouds are normally atoms that lost one or more electrons; the negative clouds are normally free electrons. (b) The flow of electrons inside a conductor material, for example, copper. ions in space or within gases. As it will be shown in later chapters, both types of electrical conduction are found in turbogenerators. See Figure 1.5.

1.2 ELECTRICAL—MECHANICAL EQUIVALENCE
There is an interesting equivalence between the various parameters describing electrical and mechanical forms of energy. People with either electrical or mechanical backgrounds find this equivalence useful to the understanding of the physical process in either form of energy. Figure 1.6 describes the various forms
of electrical-mechanical equivalence.

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Contact Person: Harper

Tel: 86-13170829968

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