Ningbo Anson Hi Series Servo Drive User Manual

The Ningbo Anson Hi Series servo drive manual provides safety guidelines, installation steps, wiring diagrams, parameter settings, and troubleshooting for…


Ningbo Anson Hi Series Servo Drive User Manual - cover page
Brand
Ningbo Anson
Category
Industrial Robot
Document type
User Manual
Language
Chinese
Pages
94
File format
PDF
File size
5.2 MB
Published
30 September, 2026
Updated
30 September, 2026
MD5 checksum
31766FEEDBEF2CE9E77EB7CB614E1276

About this manual

This manual covers the complete lifecycle of the Hi Series servo drives, starting with safety usage standards and product arrival checks, followed by detailed installation instructions and recommended brake‑resistor selection. It also includes wiring diagrams for various series (Hi200/202, Hi260/262, Hi282) and guidance on connecting peripheral equipment.

Further sections describe the digital and Wi‑Fi operators, a comprehensive parameter list, alarm inspection procedures, and commissioning steps. Special cases such as in‑built motor models, fault handling, and parameter modification are explained with step‑by‑step instructions. This manual is written in Chinese.

What's inside

  • Safety Usage Standards
  • Product Arrival Confirmation
  • Installation
  • Brake Resistor Selection
  • Drive Weight
  • Technical Specifications
  • Wiring Diagrams
  • Digital Operator
  • Parameter List
  • Alarm Inspection

Specifications

Rated output current75 A ~ 300 A
Voltage range3‑phase 380 V ~ 440 V
Overload capacity150 % for 60 s (5 Hz +)
Maximum applicable motor power per shell37 kW ~ 160 kW depending on shell code

Frequently asked questions

What must be checked before powering on the servo drive?

Ensure the power voltage matches the drive’s rated voltage, verify that input and output wiring positions are correct, confirm that no short circuits exist, and that the drive cover is securely closed.

Can the Hi Series drives be installed in explosive‑hazard environments?

No, the drives must not be used in areas requiring explosion protection; a special explosion‑proof cabinet should be used instead.

How are brake resistors selected for wind‑cooled drives?

Select a brake resistor based on the drive’s power rating as shown in Table 1.4; liquid‑cooled drives have built‑in resistors, while wind‑cooled drives require external selection.

What is the recommended torque range for tightening the main loop terminals on a R‑shell drive?

The torque range for R‑shell (37–90 kW) main loop terminals is 6 ~ 8 Nm.


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