8400 HighLine Frequency Converter Inverter
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Detailed Product Description
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8400 HighLine Frequency Converter Inverter The Lenze 8400 HighLine inverter is designed for speed control in
simple motion control and positioning tasks, while complying with
eco-design directive EN IEC 61800-9-2 requirements. Application Areas Rotary indexing tables, storage systems (intralogistics),
form-fill-seal machines (packaging industry), and various
industrial automation applications. Product Highlights
Technical Specifications
Model Specifications
Industry Applications Intralogistics & Automated Storage Core Scenarios: • German Automated Warehouse: Stacker crane positioning drives (15kW) with 15 programmable positioning points and S-curve motion profiles ensure precise alignment (±0.1mm accuracy) • U.S. E-commerce Fulfillment Center: Conveyor sorting system drives (11kW) with Ethernet/IP compatibility and electronic gearbox function for seamless parcel sorting • Singapore Smart Storage Facility: Mini load carrier drives (2.2kW) with compact DIN rail design and "VFC Eco" mode for energy efficiency Packaging Industry Core Scenarios: • Italian Food Packaging Plant: Form-fill-seal machine drives (5.5kW) with 10 customizable positioning points for different bag sizes • U.S. Pharmaceutical Packaging Line: Blister packaging machine drives (3.7kW) with closed-loop vector control for consistent speed (±0.05%) • Thai Cosmetic Bottle Filling Plant: Rotary capping machine drives (1.5kW) with trapezoidal motion profiles for smooth capping torque Plastic & Rubber Industry Core Scenarios: • German Plastic Injection Molding Plant: Rotary indexing table drives (7.5kW) with 15 positioning points for mold alignment (±0.2mm accuracy) • Dubai Plastic Pipe Factory: Extrusion line cutter drives (22kW) with anti-corrosion coating for harsh environments • Brazilian Rubber Product Factory: Vulcanization press rotary table drives (30kW) with synchronized positioning via Powerlink Automotive Parts Manufacturing Core Scenarios: • Hungarian Automotive Component Plant: Gear cutting machine rotary table drives (45kW) with high-precision closed-loop positioning (±0.03mm) • U.S. Auto Assembly Line: Conveyor transfer table drives (15kW) with electronic gearbox function for synchronization • South Korean Auto Parts Supplier: Wheel hub machining line drives (55kW) with STO safety function for maintenance safety Printing & Labeling Industry Core Scenarios: • Dutch Label Printing Press: Web tension control drives (3.0kW) with PID regulation for consistent web tension • U.S. Flexographic Printing Line: Anilox roller drives (5.5kW) with closed-loop vector control for uniform ink application • Indonesian Packaging Printing Plant: Rotogravure printing machine drives (1.5kW) with simple operation panel for local staff Key Adaptation Highlights Global Grid & Certification Compliance: 380-480V wide voltage range fits global industrial grids;
CE/UL/CSA certifications ensure cross-border import compliance Positioning Function Versatility: Up to 15 positioning points with customizable motion profiles
adapt to simple-to-complex positioning tasks Harsh Environment Resilience: Anti-corrosion coating, forced air cooling, and wide temperature
tolerance suit demanding industrial environments Safety & Regulatory Alignment: Optional STO function meets strict safety standards for
Europe/North America; compliant with eco-design and EMC regulations User-Friendly & Low Maintenance: Intuitive panel programming, SD card parameter backup, and high
MTBF reduce downtime and maintenance costs Multi-Protocol Connectivity: Standard Profinet/Modbus RTU plus optional protocols integrate
with global factory automation systems Frequently Asked Questions Q: Our European factory uses this inverter to control a rotary
indexing table. There's always a ±0.5mm positioning deviation, and
we already connected an encoder. What's the issue? A: Most likely due to encoder signal interference or improper
positioning parameter settings. Check encoder cable routing and
adjust positioning parameters P1501 and P1502. Q: The 11kW model in our U.S. workshop can communicate after
connecting to Ethernet/IP but fails to synchronize positioning,
showing error "SYNC02". How to fix this? A: Caused by bus synchronization timeout. Confirm slave address
doesn't conflict and adjust parameter P0110 and PLC communication
timeout settings. Q: Our small packaging factory in rural Southeast Asia uses the
1.5kW model to control a form-fill-seal machine. When the grid
voltage fluctuates heavily, positioning points shift, and even
"UV1" undervoltage alarms trigger. What should we do? A: Enable undervoltage ride-through function (set P00500 to
"Allow") and set positioning retry count (P1505) to 3 for automatic
repositioning once voltage recovers. Q: The 7.5kW model in our German plastic factory controls an
injection molding machine's rotary table. It triggers "OC2"
overcurrent alarms after frequent start/stops. The motor and wiring
are fine—what's wrong? A: Adjust acceleration time (P00200) from 5s to 10s and enable
"positioning soft start" (P1503) to reduce startup current impact
during frequent positioning. Q: We want to configure the 55kW model with STO function for North
American customers. We don't know how to wire the emergency stop
button—do we need an additional module? A: No extra module required. Connect normally closed contacts of
emergency stop button in series to 2-channel redundant safety
terminals (X12/STO1 and X12/STO2). |
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| Product Tags: Lenze 8400 frequency inverter converter HighLine frequency converter with warranty Lenze 8400 HighLine motor drive |
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