<iframe src="https://www.googletagmanager.com/ns.html?id=GTM-M5MG9RCD" height="0" width="0" style="display:none;visibility:hidden"></iframe>
Login
Contact

ME Brushless Servo Motor SD Driver

Model: ME&amp;SD系列

Category: Machine Tool & Machinery

Exhibitor:

ADLEE POWERTRONIC CO., LTD.

Booth No: L1224

0
Share :
Share :

Description
Product applications:
Drilling machine、Grinding machine head、Moving equipment、Conveying positioning、Capping machine、CNC internal & external grinder、Metal feeder、 Automatic fabric inspection machine, etc.

Innovated Matchservo Motor
1. AC servo motor has low noise, minimized EMI and maintenance free.
2. Brushless servo motor is specialized design to have smooth shaft rotation and improved reliability.
3. Servo motors are light weight and compact size, higher power density, higher torque density and higher efficiency than conventional AC motors.
4. A wide range of high-efficiency operation speed 30~3000RPM, suitable for the load changes, speed variation operating conditions are generally advantages that conventional motor can't achieve.

Intelligent Servo Drive Controller
1. The servo driver provides position, speed and torque for three kinds of basic modes operation.
2. Digital I / O output into regulation.
3. Dual system control by torque and speed.
4. Internal servo drive provides 8 segments speed, two-stage acceleration and deceleration control.
5. Internal servo drive 7 segments provides position location, a return HOME mode, eliminate the cumulative amount of error, precise, no need of PC (such as HMI, PLC) control, save costs on PC, and therefore more in line with market demand.
6. Applicable to many commonly used control interfaces such as RS485, standard panel, terminal signal control, PLC and human-peer.
7. Available for all control interfaces, ex. RS 485, direct signal, PLC, HMI.
8. Servo drive provides 24VDC for SENSOR require.
9. Speed rendering and real output DC10V for external control header.
10. Servo drive signals can be output 128 PPR for external control using.
11. Position tolerance on high speed, avoid over-current, over-voltage and motor blocked protection against abnormality occurs.

Related Products
AM Brushless AC Motor and Drive
BS Brushless AC Motor and Drive
Inverter Duty Motor
IE3 V3 Spindle Motor
IE3 V3 Blower Motor
AC Induction Motor
Variable Frequency Drive
You may also like
Draw Latch, Stainless Steel
Heavy Duty Single Flyer Winding Machine - For Drone / Quadruped Robot Motor Production Line
Equator
Hydraulic Riveting Machine
ERH
PBA Systems Co-Planar Air Bearing XY Gantry (Customizable upon request)
Fusion Galvo G100 Metal Marking Machine
SP10 Ramp and Soak Controller
Eccentric cycloid dynamic indexing plate
Rotary table bearing
Epilog PRO Laser Machine
Pneumatic Riveting Machine
YAL
Large Stator Horizontal Slot Cell Inserter - Electric Vehicle Motor Assembly Line
High-Precision Granite Base for AOI (Automated Optical Inspection)
MNLS Series | Piezo Stage
Stator Slot Cell Inserter - For Drone / Quadruped Robot Motor Production Line
Servo-Controlled Pre-Lacing Forming Machine - Electric Vehicle Motor Assembly Line
180 Degree Hinge
IE5 SynRM motor with Drive
LOGITRANS EHL 1004
Energy Saving Precision Air Conditioner
Self-fusing Silicone Rubber Tape
AI SUPERCAPACITOR MODULE
Zero Point Positioning System, Origin Positioning System, Quick Mold Change System

Highest Rated Products

AMR Robot
Multi-Axis Robot
AI Master
FOBA F0100-ir 超快雷射雕刻系統
M20W MINI fiber laser marking and engraving machine
AGS-7 Robot Polishing Station
collaborative arm
ATM3 3D Air Aurora Machine
Factory Energy Management System
Smart Forklift CDD14
600kg AGV AMR Chassis Platform Build Your Own Mobile Robotics
Better Packages WAT Tape Dispenser
GENERAL PURPOSE HAND HELD READERS GRYPHON FAMILY
XTS (eXtended Transport System)
HALCON
COMPACT ARM CAW SERIES
Elastomer Couplings
Bellows Couplings
Disc Pack Couplings
Torque Limiters
Line Shaft Couplings
Customized Couplings
Gear Couplings
ATEX Couplings & Torque Limiters
Xsmart On-Line XRF
ROBOT
Electric Gripper Series
AI NVH
Idustrial Camera
IRIS-M™ Optical Vibration Analysis
Back