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Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation

Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation

Product Details:
Place of Origin: CHINA
Brand Name: WEIDE
Certification: CE
Model Number: 80ST-CJ102430L5A-B/0.75kw
Document: Weide Servo Catalogue-2504_...ed.pdf
Detail Information
Place of Origin:
CHINA
Brand Name:
WEIDE
Certification:
CE
Model Number:
80ST-CJ102430L5A-B/0.75kw
Control Mode:
Position Control
Compatible Feedback Units:
Compatible Feedback Units
Adopts The Latest Power Device IPM:
Featuring Compact Size, Strong Overload Capacity, And High Reliability
Optimized Brake Unit:
Suitable For Frequent Start-stop Applications
Simple Operation:
Convenient Trial Run, Monitoring, And Parameter Setting With Only 4 Keys
Applicable Power Range:
0.1~3.8 KW
Highlight:

High Light

Highlight:

2500PPR Incremental Encoder AC Servo Drive

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PWM Sine Wave Vector Control Servo Motor

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Position Control Servo System

Trading Information
Minimum Order Quantity:
1
Price:
87 USD
Packaging Details:
10.00cm * 6.00cm * 12.00cm 3.5kg
Delivery Time:
15days
Payment Terms:
L/C,T/T
Supply Ability:
5000/years
Product Description
Compact Industrial Servo Motor with Integrated Smart Servo Drive
Precision motion automation control system designed for industrial applications requiring high accuracy and reliability.
Product Specifications
Model Number
80ST-CJ102430L5A-B/0.75kw
Mathematical Model
Linear
Signal Type
Continuous
Function
Automatic Control, Protection
Certifications
CCC, ISO: 9001, CE
Condition
New
Material
Aluminum Alloy
Input Power
Single Phase L1, L2/Three Phase L1, L2, L3 AC220V
Temperature Range
Working: 0~40℃; Storing: -40~50℃
Control Type
PWM Sine Wave Vector Control
Feedback Mode
2500PPR Incremental Encoder
B Series Universal Servo Driver & Motor Features
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 0
  • Position Control Mode with adaptive feedback unit
  • 2500ppr incremental encoder and wire-saving encoder compatibility
  • Latest IPM (intelligent power module) for compact size and high reliability
  • Optimized braking unit for frequent start-stop operations
  • Easy operation with trial operation, monitoring, and parameter setting via 4 keys
  • Adaptive power range: 0.1~3.8KW
Model Specifications
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 1
Model No. 10B 15B 20B 30B
Output Power (KW) 0.05-0.4 0.6-1.0 1.0-1.3 1.5-3.8
Rated Torque (N.m) 0.01-1.3 1.9-4 4-10 6-15
Technical Specifications:
  • Input Power: Single Phase L1,L2/Three Phase L1,L2,L3 AC220V-15%~+10%
  • Temperature: Working: 0~40℃; Storing: -40~50℃
  • Humidity: Working: 40%~80% (no dew); Storing: below 93% (no dew)
  • IP Grade: IP20
  • Control Mode: PWM sine wave vector control
  • Regenerative Braking: Built-in brake resistor for power above 0.4KW
  • Feedback Mode: 2500PPR incremental encoder
  • Speed Frequency Response: >400Hz
  • Speed Regulation Ratio: 1:5000
Driver Dimensions
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 2
Wiring Diagram
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 3
Certifications & Compliance
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 4 Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 5
Industry Applications
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 6
Packaging & Delivery
Compact AC Servo Drive with 2500PPR Incremental Encoder, PWM Sine Wave Vector Control, and Position Control for Precision Automation 7