Product Overview
The advanced DC590+ series 4-quadrant variable speed DC drives offer current ratings of up to 1950A, function block programming, configurable I/O and extensive application software, meeting the demands of the most complex DC motor control applications.
Detailed Information
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.
Options :
· Programmable Keypad 6901
· Technology Box for Communications (Profibus-DP, DeviceNet, CANopen, LINK, LonWorks, EI Bisynch/RS422/RS485, Modbus RTU)
· Speed Feedback Technology Box (analogue Tachometer, encoder microtach for acrylic F.O., microtach for glass F.O.)
· EMC Filter- Industrial Ambience
· Line Reactors for European and North American markets (UL-CSA)
· Line Inductors for long motor leads
· 598+ and 599+ Stack Controller configuration available for retrofit of existing power stacks
Markets:
· Converting Machinery
· Plastics and Rubber Processing
· Wire and Cable
· Metallurgical equipment
· Primary Metal Refining/Process
· Pulp & Pape
· Factory Automation
· Automotive
Features and 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
Applications:
· Printing
· Cable Machinery
· Film and Foil Lines
· Extrusion
· Mixers
· Annealing Lines
· Slitting Lines
· Metal Processing
· Test Stands
· Dynanometers
Macro Function Blocks:
· Open-loop winder control
· Winder control – loadcell/dancer
· Section control
· Math functions
· Embedded controller functions
Standards:
The DC590+ Series DC drives listed on this page meet the following standards when installed in accordance with the relevant product manual:
· EMC Compatibility : CE Marked in accordance with 2004/108/EC (EMC Directive)
· Europe : This product conforms with the Low Voltage Directive 2006/95/EC
· Safety : EN61800-5/2003 (when fitted inside a cubicle)
· North America/Canada : *Complies with the requirements of UL508C and CSA22.2 #14 as an open-type drive (*only applicable to frame sizes 1-4)
· Overvoltage Category : Overvoltage Category III (3-phase supply) / Overvoltage Category II (auxiliary supply)
· Pollution Degree : II (non-conductive pollution, except for temporary condensation) for control electronics
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
Overload:
– for 15 to 270A drives : 150% for 30 sec / 200% for 10 sec
– for drives above 270A : refer to catalog or manual for details
Environment:
– for 15 to 165A drives : 0-45°C / 32-113°F
– for 180 to 270A drives : 0-35°C / 32-95°F
– for 380 to 1950A drives : 0-40°C / 32-104°F
Up to 500m ASL (derate 1% per 200m up to 5000m maximum)
Speed Feedback:
– Armature Voltage Feedback / – Tach Generator / – Encoder
Analog Inputs:
5 Total : 1 x 12 bit (plus sign), 4 x 10 bit (plus sign)
– 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 (short circuit protected)
– 3x Configurable
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