The Integrator series is a single family of both AC drives (AC690+) and DC drives (DC590+) that provides the benefits of common programming, set-up and communication across both technologies. The DC590+ Integrator series highly advanced DC drive 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.

Markets:
• Plastic Processing
• Primary Metal Refining/Process
• Miscellaneous Processing
• Converting
• Pulp & Paper
• Rubber & Tire Processing
• Wire & Cable Processing
• Factory Automation

Features/Benefits:
• Extremely simple set-up and programming
• Extremely Compact
• Removable Key Pad
• Motor Thermistor Input
• 598+ and 599+ Stack Controller configuration available for retrofit of existing power stacks
• Macro Function Blocks:
   - Open-loop winder control
   - Winder control - loadcell/dancer
   - Section control
   - Math functions
   - Embedded controller functions

Applications:
• Converting Machinery
• Plastics processing Machinery
• Wire & Cable Machinery
• Automotive Test Stands
• Extruders & Mixers
• Winders

Technical Specifications:
Power Supply:
 Three Phase
   110-220VAC ± 10 %, 50-60 Hz ± 5%
   220-500VAC ± 10 %, 50-60 Hz ± 5%
   500-690VAC ± 10 %, 50-60 Hz ± 5%

Output Armature Current Ratings:
   15 - 1950A

Protection:
   IP00 / IP20 on frame size 1 (15-35A) drives only [Europe]
   UL Open Type [North America/Canada]

Speed Feedback:
 - Armature Voltage Feedback / - Tach Generator / - Encoder

Inputs/Outputs:
  Analog: 5 inputs / 3 outputs
  Digital: 9 inputs / 3 outputs

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

Power Bridge:
   590+ - 4 Quadrant Regenerative : Dual Three Phase SCR bridges
   591+ - 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 / - Stall protection