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MHS403-25 DC Motor Control

MHS403-25 DC Motor Control

MHS Series

The MHS series of drives adds to our already feature rich 1Q offering. With an isolated input that can accept a grounded 4-20 mA or 0-10 VDC signal, Programmable Logic Control (PLC) or motion card connectivity is easy. The addition of cage clamp terminals on all logic connections, and power connections on some models, makes installation a breeze. Aside from having all the standard calibration adjustments offered by our other 1Q drives, the MHS series also offers start/stop push button inputs, dual voltage power capability, on-board fusing, and tachogenerator feedback inputs for even more precise control of motor speed. With a wide 1/20 - 5 horsepower range, this series can control almost any PM or shunt-wound motor.


Potentiometer Kit 202-0003 is included with a purchase of the MHS403-25

AC & DC Manuals

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$1,064.73

Contact the factory for volume pricing

Model
Number
Enclosure Maximum
Current
(ADC)
Input
Voltage
(VAC)
Output
Voltage
(VDC)
Power Range Field / Shunt
Supply
Braking Reversing Isolation
HP kW
MHS403-25 Chassis 25 115 0 - 90 1 - 2 1/2 .75 - 1.9 50 / 100 No No 0 - 10 VDC
4 - 20 mA
230 0 - 90 1 - 2 1/2 .75 - 1.9 100 / 200
0 - 180 2 - 5 1.5 - 3.7

Features

  • Field Supply: Voltage output to energize the field winding of a shunt-wound motor
  • 3-Wire Start/Stop: On-board latching relay allows for use of momentary Start/Stop pushbottons
  • Isolation Logic: Allows floating or grounded 0 - 10 VDC or 4 - 20mA signals. Burr-Brown provides .01% linearity
  • Diagnostic LEDs: Current Limit, Power
  • On-board Fusing: Drives include on-board fusing
  • Tach Feedback: Accepts tachogenerator feedback for tighter speed regulation
  • Multi-turn Trim Pots: Minimum Speed and Maximum Speed use 12 turn trim pots for finer tuning

Technical Data

  • 1.37 Form Factor
  • 1% Base Speed Regulation over 60:1 Speed Range
  • 0.1% Base Speed Regulation over 80:1 Speed Range with Tach

Trim Pots

  • Maximum Speed
  • Minimum Speed
  • Acceleration
  • Deceleration
  • Current Limit
  • IR Compensation
  • Tach