DC Motor Speed Controller - DC590G Series | Parker NA
K38849
K38849

DC Motor Speed Controller - DC590G Series

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The DC590G series 4-quadrant variable speed DC drives offer current ratings of up to 270A, function block programming, configurable I/O and extensive application software, meeting the demands of the most complex DC motor control applications

The DC590G series 4-quadrant variable speed DC drives offer current ratings of up to 270A, function block programming, configurable I/O and extensive application software, meeting the demands of the most complex DC motor control applications

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Description
    The DC590G Integrator series meets the demands of the most complex motor control applications. Extensive application software (including winder control as standard) together with Function Block Programming and configurable I/O creates a total drive system in a single module.

    Options :
    • Technology Box for Communications (Profibus, RS485)
    • Speed Feedback Technology Box (analogue Tachometer, 5701 Plastic Fibre Microtach, Wire-ended Encoder , 5901 Glass Fibre Microtach.)

    Features & Advantages:
    • Extremely simple set-up and programming
    • Extremely Compact
    • Motor Thermistor Input

    Macro Function Blocks:
    • Open-loop winder control
    • Winder control - loadcell/dancer
    • Math functions
    • Embedded controller functions

    Technical Specifications:
    • Power Supply: Three Phase 380VAC ± 10 %, 50-60 Hz ± 5%

    • Output Armature Current Ratings: 35 - 270A

    • Overload:150% for 30 sec / 200% for 10 sec
      
    • Environment:
      for 35 to 70A drives : 0-45°C / 32-113°F
      for 110 to 270A drives : 0-35°C / 32-95°F

    • Protection:IP00

    • Speed Feedback:
      Armature Voltage Feedback / analogue Tachometer / Encoder / Optical Fiber Microtach encoder

    • Analog Inputs:
      5 Total : 1 x 12 bit, 4 x 10 bit
      - 1x Speed Demand Setpoint (-10/0/+10V) / 4x Configurable

    • Analog Outputs:
      3 Total : 10 bit
      - 1x Armature Current Output (-10/0/+10V or 0-10V) / 2x Configurable

    • Digital Inputs:
      9 Total : 24VDC (max 15mA)
      - 1x Program Stop / 1x Coast Stop / 1x External Stop / 1x Start-Run / 5x Configurable

    • Digital Outputs:
      3 Total : 24VDC / 100mA
      - 3x Configurable

    • Reference Supplies:
      1x +10VDC / 1x -10VDC / 1x +24VDC

    • Power Bridge:
      590G - 4 Quadrant Regenerative : Dual Three Phase SCR bridges
      591G - 2 Quadrant Non-Regenerative : Single SCR bridge
      Variable Field Control with SCR's

    • Drive Protection:
      High energy MOV's / Heatsink overtemperature / Instantaneous overcurrent
      Thyristor trigger failure / Inverse time overcurrent / Interline snubber network
      Field Failure / Zero speed detection / Speed feedback failure / Stall protection
      Motor overtemperature
Description

Performance Characteristics

Brand

Parker

Product Type

DC Drive

Drive Axis Type

Single Axis Technology

Product Series

DC590G

Input Voltage

3*380 VAC

Continuous Output Current Rating

35 to 270 A

Output Power

10 to 150 HP

Compatible Motor Type

DC Brushed Servo

Compatible Feedback Device

Armature Voltage
Tachometer
Encoder

Modes of Control

Regenerative
Non-Regenerative

Communication Interface

RS485
Profibus

Operating Temperature

0 to 45 °C for 35-70A drives (derate up to 55°C max.)
0 to 35 °C for 110-270A drives (derate up to 55°C max.)
32 to 113 °F for 35-70A drives (derate up to 131F max.)
32 to 95 °F for 110-270A drives (derate up to 131F max.)

Operating Altitude

up to 500 m ASL (derate > 500m)

Overload Rating

150 % for 30s
200 % for 10s (depending on drive output current, refer to manual for details)

Specifications Met

-

FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems...

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