EVS9324SE LENZE

EVS9324SE Servo Controller

Product  Description：

Lenze Servo Controllers, such as the i700, i950, and 9400 HighLine series, are advanced, high-performance motion control drives engineered for precise speed, torque, and position regulation. These controllers serve as the dynamic drive stage in automated machinery, translating complex motion profiles from a central controller into exact motor voltages. Designed to work seamlessly with synchronous and asynchronous servo motors, they support sophisticated single-axis and multi-axis applications requiring dynamic throughput and high control accuracy.

Product Parameters

The technical baseline of Lenze Servo Controllers reflects their power efficiency, speed, and versatility across diverse electrical standards:

• Power Output Capacity: Ranges from compact 0.37 kW modules for small machinery to high-capacity units delivering up to 370 kW or more for heavy industrial tasks.

• Mains Input Voltage: Supports multi-voltage standards including three-phase 200V to 240V AC and 380V to 480V AC at 50Hz or 60Hz.

• Overload Capacity: Engineered for highly dynamic movements, offering short-term current scaling up to 200 percent to 300 percent of the rated current.

• Feedback Interfaces: Native support for multiple feedback protocols including Resolver, SinCos encoders, Hiperface, EnDat, and digital SSI encoders.

• Built-In Industrial Networks: Features integrated communication ports supporting EtherCAT, PROFINET, EtherNet/IP, and CANopen for real-time fieldbus synchronization.

• Integrated Safety Functions: Equipped with standard hardware-based safety functions, including Safe Torque Off (STO), Safe Stop 1 (SS1), and Safely-Limited Speed (SLS), complying with high performance-level safety standards.

Product Advantages

Lenze Servo Controllers are highly recognized for their motion intelligence and mechanical optimization:

• Advanced Motion Control Functions: Supports built-in, pre-tested application software software blocks for flying saws, electronic cams, winders, and complex multi-axis positioning, reducing programming workload.

• High Control Dynamics: Fast processing cycles allow the internal current and speed loops to adapt almost instantly to load variations, ensuring smooth surface finishes and precise path tracking.

• Compact Design and Space Savings: Bookcase-style mechanical form factors allow for zero-clearance side-by-side mounting inside the control panel, significantly minimizing the physical footprint of the electrical enclosure.

• Energy Management Efficiency: Features intelligent DC bus sharing across multi-axis configurations, allowing regenerative energy from a braking motor to power an accelerating motor, which reduces overall power draw.

• Easy Engineering and Diagnostics: Managed via Lenze's EASY Engineering software, providing intuitive graphical parameter setting, auto-tuning functions, and comprehensive real-time oscilloscope tools for debugging.

Product Applications

These controllers are deployed globally in highly synchronized, rapid-cycle automation:

• Packaging Technology: Driving high-speed flow-wrapping machines, rotary cutters, cartooning lines, and precise film-tension winders.

• Material Handling and Logistics: Controlling high-speed storage and retrieval systems, automated guided vehicles, sorting gates, and smart conveyor layouts.

• Textile Production Equipment: Coordinating multi-spindle winders, weaving loops, and high-precision fabric feed systems that demand constant tension tracking.

• Printing and Paper Conversion: Managing electronic line shafts, label printing machinery, and cross-cutters to maintain perfect geometric print alignment.

• Assembly and Robotics: Powering gantry systems, pick-and-place indexing tables, and multi-jointed handling mechanisms across automotive and electronics assembly lines.

Important Precautions

To protect the drive hardware and ensure consistent operational safety, the following guidelines must be followed:

• Voltage Leakage Awareness: Servo controllers exhibit high leakage currents via their internal line filters. Ensure a solid, low-impedance connection to the main protective earth ground before turning on power to prevent chassis-level shock hazards.

• DC Bus Discharge Waiting Time: Large power capacitors remain energized at high DC voltages even after the mains supply is disconnected. Wait at least five to ten minutes—and verify using a certified voltmeter—before touching any internal terminal screws or wires.

• Motor Cable Shielding: Motor lines emit high-frequency electromagnetic noise due to PWM switching. Always use high-quality, continuously shielded cables. Connect the shield over a wide area to the cabinet ground plate using grounding clamps to prevent signal corruption on nearby sensor wires.

• Heat Dissipation Clearances: While side-by-side mounting is supported, a minimum clearance space must be strictly maintained above and below the servo controller housing to allow cooling fans to move air efficiently and prevent internal thermal degradation.

• External Brake Resistor Configuration: When dealing with frequent deceleration cycles or high inertial loads, an external braking resistor must be connected and correctly parameterized in the software. Failure to do so will cause persistent overvoltage trips on the DC bus during stopping sequences.

The structure and details of the product：

Our services：

Shipping Port:  China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account

Service: Professional Sales provides 24 hours /7 days online service

Warranty: one year

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