KB Electronics KBMG-212D Datasheet


KB Electronics KBMG-212D Datasheet - cover page
Brand
KB Electronics
Category
Motor
Document type
Datasheet
Language
Chinese
Pages
2
File format
PDF
File size
563 KB
Published
26 November, 2022
MD5 checksum
A957D3A6DD24DA84659F7D890D683521

About this manual

The KBMG‑212D ultra‑small regenerative drive provides full‑wave, four‑quadrant operation for permanent‑magnet and separately‑excited DC motors. It delivers both speed and torque control and includes features such as inertia slide‑to‑stop (CTS) and regeneration‑to‑stop (RTS) enable functions.

The unit accepts 115 V or 230 V AC input (50/60 Hz) and can deliver 0.1‑1 HP at 115 V (90 V DC) or 0.2‑2 HP at 230 V (180 V DC). It offers configurable analog inputs (0‑10 V or 0‑15 V) and a range of selectable DC output currents up to 10 A. Optional accessories include insulated signal isolators, multi‑speed PCB, and DIN‑rail mounting kits. This manual is written in Chinese.

What's inside

  • Standard Functions
  • Specifications
  • Electrical Ratings
  • Wiring Diagram
  • Features
  • Options

Specifications

Input AC line voltage115 V, 230 V (50/60 Hz)
DC armature voltage90 V, 180 V
Control modeSpeed, Torque
DC output current (selectable)1.7 A, 2.5 A, 5.0 A, 7.5 A, 10 A
Analog input voltage range0‑10 V or 0‑15 V
Enable functionsInertia slide to stop (CTS), Regeneration to stop (RTS)
Power rating (115 V)0.1‑1 HP (90 V DC)
Power rating (230 V)0.2‑2 HP (180 V DC)
Maximum load capacity150 % for 2 minutes

Frequently asked questions

What input voltages does the KBMG-212D support?

It accepts either 115 V or 230 V AC at 50/60 Hz.

Which motor types can be controlled by the KBMG-212D?

It can control permanent‑magnet and separately‑excited DC motors.

How is the drive enabled or stopped?

The controller has an ENABLE function that starts or stops the motor via a contact closure, with options for inertia slide‑to‑stop (CTS) or regeneration‑to‑stop (RTS).

What analog input ranges are available?

The drive accepts analog inputs of 0‑10 V or 0‑15 V.

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