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AD5000 Series Low-Voltage Inverter High-power Engineering Type Frequency Converter Inverter

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AD5000 Series Low-Voltage Inverter High-power Engineering Type Frequency Converter Inverter

MOQ : 1

Price : USD300-3000

Payment Terms : L/C,D/A,T/T,D/P,Western Union,MoneyGram

Delivery Time : 3-5Workday

Model Number : AD5000

Place of Origin : Japan

Output Power : 0,75 --- 3200kW / 132 --- 4000kW

Product Name : Frequency Converter Inverter

Warranty : Original Factory Warranty

Pakage : Original Pakage

level of protection : IP20

Shipping Term : International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/sea Freight / Air Freight / International Special Line

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AD5000 Series Low-Voltage Inverter High-power Engineering Type Frequency Converter Inverter
The AD5000 series low-voltage inverter is manufactured by Ansaldo Industrial Systems of Italy. With years of experience in R&D, design and manufacturing of vector-type inverters, this series adopts fully digital open-loop/closed-loop vector control, covers multiple voltage levels and the entire power range, with flexible power supply configuration, complete protection functions and a wide range of optional features.
Key Features
  • Compact structure
  • Easy installation
  • Superior performance
  • Long service life
  • High cost-effectiveness
  • Convenient commissioning
Technical Specifications
Topology Voltage-source two-level IGBT inverter
Control Modes V/F, Vector V/F, FOC, AFE
Voltage Range 380 - 480Vac (+/-10%) / 525 - 690Vac (+15/-10%)
Power Range 0.75 - 3200kW / 132 - 4000kW
Power Supply Configuration AC-AC (6-pulse, 12-pulse, 18-pulse) / DC-AC
PWM Switching Frequency 1.5 - 8 kHz
Cooling Method Forced air cooling
Communication Methods Standard: Profibus DP, Modbus TCP/IP; Optional: ProfiNet, Ethernet/IP
Protection Class IP20
Operating Temperature 0-40°C (maximum 55°C)
Altitude 1000m (maximum 3000m)
Product Models & Specifications
AD5000-F-380-480Vac±10% Series
Model Frame CLO IN0 (A) CL1 IN1 (A) CL1 Motor (4p) KW CL1 Motor (4p) HP CL2 IN2 (A) CL2 Motor (4p) KW CL2 Motor (4p) HP Height (mm) Width (mm) Depth (mm) Weight (Kg)
AD5A030FSBFH IIIN 42 40 18,5 30 32 15 25 454 246 279 32
AD5A036FSBFH IIIN 55 52 22 40 40 18,5 30 454 246 279 32
AD5A045FSBFH IVN 68 65 30 50 52 22 50 675 290 289 36
AD5A053FSBFH IVN 81 77 37 60 65 30 50 675 290 289 36
AD5A066FSBFH IVN 101 96 45 75 77 37 60 675 290 289 40
AD5A086FSBFH VN 130 124 55 100 96 45 75 755 290 304.5 52
AD5A108FSBFH VN 164 156 75 125 124 55 100 755 290 304.5 52
AD5A125FSBFH VIN 189 180 90 150 156 75 125 1000 300 334.5 88
AD5A150FSBFH VIN 221 210 110
180 90 150 1000 300 334.5 96
AD5A166FSBFH VIN 252 240 132 200 200 110
1000 300 334.5 96
AD5A210FSBFH VII 310 300 160 250 240 132 200 1068 290 526 120
AD5A260FSBFH VII 395 370 200 300 285 160 200 1068 290 526 120
AD5A290FSBFH VII 440 410 225 350 320 160 250 1068 290 526 120
AD5A350FSBFH VIII 550 510 280 400 385 200 300 1490 290 526 165
AD5A370FSBFH VIII 580 540 280 450 410 225 350 1490 290 526 165
AD5A440FSBFH VIII 650 640 355 550 510 280 400 1490 290 526 165
AD5A480FSBFH VIII 740 690 400 600 530 280 450 1490 290 526 165
AD5A520FSBFH VIII 810 750 450 650 585 315 500 1490 290 526 165
AD5A580FSBFH 2xVII 880 820 450 700 640 355 500 1126 600 530 270
AD5A700FSBFH 2xVIII 1.1 1020 560 800 770 450 600 1524 600 530 335
AD5A740FSBFH 2xVIII 1.16 1080 630 900 820 450 700 1524 600 530 335
AD5A880FSBFH 2xVIII 1.3 1280 710 1000 1020 560 800 1524 600 530 335
AD5A960FSBFH 2xVIII 1.48 1380 800 1200 1060 560 900 1524 600 530 335
AD5A1K0FSBFH 2xVIII 1.62 1500 800 1300 1170 630 1000 1524 600 530 335
AD5A1K1FSBFH 3xVIII 1.74 1620 900 1350 1230 710 1050 1524 900 530 495
AD5A1K3FSBFH 3xVIII 1.95 1920 1000 1650 1530 800 1200 1524 900 530 495
AD5A1K4FSBFH 3xVIII 2.22 2070 1000 1800 1590 900 1350 1524 900 530 495
AD5A1K6FSBFH 3xVIII 2.43 2250 1250 1950 1755 1000 1500 1524 900 530 495
AD5000-K-525/690Vac±15%,-10% Series
Model Frame CLO IN0 (A) CL1 IN1 (A) CL1 Motor (4p) KW CL1 Motor (4p) HP CL2 IN2 (A) CL2 Motor (4p) KW CL2 Motor (4p) HP Height (mm) Width (mm) Depth (mm) Weight (Kg)
AD5A260KSNFH VII 230 215 200 200 160 132 150 1068 290 526 120
AD5A280KSNFH VII 255 235 225 250 180 160 150 1068 290 526 120
AD5A440KSNFH VIII 400 370 355 350 275 250 250 1490 290 526 120
AD5A500KSNFH VIII 450 420 400 450 315 250 300 1490 290 526 120
AD5A530KSNFH VIII 480 445 450 500 330 315 350 1490 290 526 120
AD5A650KSNFH VIII 580 540 500 600 405 400 450 1490 290 526 120
AD5A880KSNFH 2xVIII 800 740 710 800 550 500 600 1524 600 530 335
AD5A1K0KSNFH 2xVIII 900 840 800 900 630 630 700 1524 600 530 335
AD5A1K1KSNFH 2xVIII 960 890 900 950 660 630 700 1524 600 530 335
AD5A1K3KSNFH 2xVIII 1160 1080 1000 1100 810 800 850 1524 600 530 335
AD5A1K5KSNFH 3xVIII 1350 1260 1250 1250 945 900 1000 1524 900 530 495
AD5A1K6KSNFH 3xVIII 1440 1335 1300 1400 990 950 1100 1524 900 530 495
AD5A2K0KSNFH 3xVIII 1740 1620 1600 1700 1215 1250 1250 1524 900 530 495
Industry-Specific Application Scenarios
Crane Industry
  • For hoisting, luffing and traveling mechanisms of port container cranes, precise vector control enables smooth lifting and movement of heavy loads, adapting to 110%/150% overload requirements
  • Frequency conversion speed regulation for overhead cranes and gantry cranes reduces start-up impact, protects mechanical structures, and improves operational efficiency
Steel & Metallurgical Industry
  • Speed regulation control for blast furnace fans and converter dust removal fans in steelworks. Flexible power supply configuration adapts to complex power grid environments, ensuring continuous operation
  • For auxiliary drive systems of rolling mills (roller tables, coilers), fully digital closed-loop control achieves speed synchronization to meet high-intensity production needs
Cement Industry
  • Drives rotary kilns, grate coolers and cement mills in production lines. Adapts to high-temperature and dusty conditions with IP20 protection and forced air cooling
  • Frequency conversion adjustment for cement conveying fans and water pumps reduces energy consumption while accessing factory control systems through rich communication protocols
Rubber, Plastic & Papermaking Industries
  • Speed control for extruders and injection molding machines in rubber/plastic industry. Accurately matches material processing processes and improves product consistency
  • Drives wire section, press section and drying section of paper machines. Multi-motor synchronous control ensures stable paper tension across full power range
Printing, Packaging & Test Bench Applications
  • For laminating machines, die-cutting machines and conveyors in printing/packaging lines, enabling stepless speed regulation and smooth start-stop for high-frequency operation
  • Load simulation and speed regulation control for industrial motor test benches with flexible control modes (V/F, FOC) to meet various test requirements
Frequently Asked Questions
Q1: The AD5000 inverter for port container crane hoisting frequently triggers 150% overload protection, but the load is normal. What could be the cause?
Most likely the overload protection parameters don't match actual working conditions, or vector control parameters need optimization. Verify if CL2 overload curve is set to "150% 1min/5min" (defaults may use 110% CL1 curve). Check Torque Compensation parameter - for heavy load inertia during initial hoisting, increase dynamic torque response gain appropriately. If power grid voltage fluctuates significantly, enable voltage fluctuation suppression function to avoid false triggers from voltage sags. Also ensure IGBT module cooling is unobstructed and forced air cooling filter is free of dust clogging, as high temperatures reduce protection thresholds.
Q2: The AD5000 inverter supporting a cement mill has experienced frequent ProfiNet communication interruptions after 6 months in high-temperature, dusty environment. It recovers after restart but recurs. How to resolve?
Core issue lies in working conditions impacting communication interface and parameter stability. Check dustproof sealing of inverter's communication interface (IP20 protection doesn't cover interface details, so additional dustproof connectors are required) and clean dust/oxide layers on interface pins. Enable "communication timeout reconnection" function in parameters and extend timeout to 3-5 seconds (default may be 1 second, easily triggering interruptions when dust causes signal attenuation). Confirm ProfiNet baud rate matches central control system. For severe grid interference, ground communication cable shield and install EMC filter on inverter side to reduce electromagnetic interference.
Q3: In steel mill rolling mill auxiliary drive system, multiple AD5000 inverters control roller tables synchronously, but slight speed deviation (±0.5%) causes steel plate conveying offset. How to calibrate?
Speed deviation stems from improper synchronous control mode selection or parameter mismatch. Confirm if "Master-Slave Control" is enabled - recommend setting one inverter as master (speed reference) and others as slaves (torque following) instead of independent V/F control. Adjust slave's Torque Response Time to match master (usually 0.1-0.3 seconds) to avoid speed differences from torque lag. Check encoder feedback signal (if configured) for loose wiring, and enable "speed feedback filtering" in parameters to filter high-frequency interference and improve synchronization accuracy.
Q4: When AD5000 inverter is used with rubber and plastic extruders, motor vibrates at low speeds (below 5Hz), resulting in uneven material extrusion. How to address?
Low-speed vibration is common in vector control, mainly related to low-frequency torque characteristics. Switch control mode to "Vector V/F" (balancing vector precision and low-frequency stability) instead of pure FOC mode. Increase Low-Frequency Torque Boost gradually in 0-5Hz range (avoid overcompensation to prevent motor overheating). Adjust PWM switching frequency to 4-6kHz (default may be 1.5kHz) to reduce current harmonics and motor vibration at low speeds. For older motors, inspect winding insulation - aged windings cause unstable low-frequency torque output, requiring maintenance if necessary.
Q5: During AD5000 inverter commissioning, some key parameters (overload curve, PWM frequency) cannot be modified when reading via Modbus TCP/IP. What is the reason?
Mainly caused by inverter's "Parameter Lock" function or operating state restrictions. Check if inverter is in "RUN" state - some parameters can only be modified in "STOP" mode. Check Parameter Lock Level - if set to "Level 2 (Read-Only)", enter unlock password (default is usually manufacturer's initial password, such as 1234 or 0000). Confirm Modbus TCP/IP communication permissions - some manufacturers set "Monitoring Only", so enable "Read-Write Permission" in communication parameters and ensure computer IP is in same network segment without port conflicts.

Product Tags:

AD5000 low-voltage inverter

      

high-power frequency converter

      

engineering type industrial inverter

      
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