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Industrial Servo Motor YASKAWA 0.91A AC SERVO 100W 200V 0.318N.m MOTOR SGMAV-01ADA2C

: Large Image : Industrial Servo Motor YASKAWA 0.91A AC SERVO 100W 200V 0.318N.m MOTOR SGMAV-01ADA2C

Product Details:

Place of Origin:	Japan
Brand Name:	YASKAWA
Model Number:	SGMAV-01ADA2C

Payment & Shipping Terms:

Minimum Order Quantity:	1
Price:	negotiable
Packaging Details:	New in original box
Delivery Time:	2-3 work days
Payment Terms:	T/T, Western Union
Supply Ability:	1000

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Detailed Product Description

Brand:	YASKAWA	Model:	SGMAV-01ADA2C
Place Of Origin:	Japan	Power:	100W
Volatage:	200V	Current:	0.91A
Highlight:	ewing machine servo motor , ac servo motor

Industrial Servo Motor YASKAWA 0.91A AC SERVO 100W 200V 0.318N.m MOTOR SGMAV-01ADA2C

Quick Details
Brand Name:Julante
Model Number:YE2
Type: Servo Motor
Frequency: 50/60Hz
Output Power: 200W
Protect Feature:Totally Enclosed
Phase:Three-phase
Certification:CCC, CE, ROHS, UL, VDE, Other
AC Voltage:208-230 / 240 V
Place of Origin:Japan
Efficiency:IE 1

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Contact person: Anna

E-mail: wisdomlongkeji@163.com

Cellphone: +0086-13534205279

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To start with, a ‘digital servo’ is the same as a standard servo, except for a microprocessor, which analyses the incoming receiver signals and controls the motor. It is incorrect to believe that digital servos differ drastically in physical design to standard ones. Digital servos have the same motors, gears and cases as standard servos and they also, most importantly, have a Feedback Potentiometer (Pot) just like their standard counterparts. Where a digital servo differs, is in the way it processes the incoming receiver information, and in turn controls the initial power to the servomotor, reducing the deadband, increasing the resolution and generating tremendous holding power.

In a conventional servo at idle, no power is being sent to the servomotor.When a signal is then received for the servo to move, or pressure is appliedto the output arm, the servo responds by sending powerotage to theservomotor. This power, which is in fact the maximum voltage, is pulsed orswitched On/Off at a fixed rate of 50 cycles per second, creating small ‘blips’of power. By increasing the length of each pulseip of power, a speedcontroller effect is created, until full power oltage is applied to the motor,accelerating the servo arm towards its new position.

In turn, as the servo positioning pot tells the servo’s electronics it is reachingits required position, the power blips are reduced in length to slow it down,until no power is supplied and the servomotor stops.

Over the last few years, servos have changed tremendously with size, rotational speeds and torque ever improving. The latest development, known as the ‘digital servo’, is yet another step forward. Digital servos have significant operational advantages over standard servos, even coreless versions. but with these advantages also come minor disadvantages, and this fact file will try, in simplified terms, to explain the positives and negatives ofDigital servos. It will also dispel some myths

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Contact Person: Harper

Tel: 86-13170829968

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