Product details
Lenze EVS9323-ES — High Precision Servo Inverter
Lenze EVS9323-ES belongs to the advanced 9300 Series Servo Inverters. It offers precise motor control with compact design and high reliability. Designed for demanding automation tasks, it ensures smooth, efficient, and dynamic drive performance.
Core Specifications
- Manufacturer: Lenze
- Model: EVS9323-ES
- Rated Power: 1.5 kW (2 HP)
- Input Voltage: 3 AC 400/480 V
- Supply Current: 3.9 A / 5.5 A with line filter
- Output Current: 3.9 A (8 kHz) / 2.9 A (16 kHz)
- Dimensions: 97 × 350 × 250 mm
- Weight: 5 kg
Performance & Design
- Built-in design saves space in control cabinets
- Supports both 400V and 480V AC systems
- Fast response for dynamic motion control
- Stable operation with low power loss
- Thermal management for continuous load handling
Electrical and Functional Features
- Control type: Servo control with vector technology
- Frequency range: up to 16 kHz switching
- Protection class: IP20 (built-in mounting)
- Ambient temperature: -10 °C to +45 °C
- Integrated control electronics for flexible parameterization
- Diagnostic LEDs for status and fault monitoring
Advantages
- Excellent torque accuracy for servo motors
- Easy integration with Lenze control systems
- Compact and efficient design minimizes energy loss
- Low maintenance with long lifespan
- Supports multiple industrial network protocols
Included in the Package
- 1 × Lenze EVS9323-ES Servo Inverter
- 1 × Quick installation guide
- Mounting accessories (if required)
- Shipped via FedEx, UPS, or DHL
- Warranty: 12 months standard factory warranty
Professional FAQ
- Q1: What is the main use of the Lenze EVS9323-ES?
A: It is ideal for servo-driven automation systems requiring high precision and fast response, such as conveyors, winders, and robotics. - Q2: Can this inverter handle constant torque loads?
A: Yes, the EVS9323-ES maintains stable torque and efficient control for constant load applications. - Q3: How can I monitor inverter status?
A: Use built-in LEDs and Lenze diagnostic software for quick fault detection and performance checks. - Q4: What cable type should I use for installation?
A: Use shielded cables for EMC compliance and optimal noise suppression in industrial environments. - Q5: What should I do if overheating occurs?
A: Check the ambient temperature, ensure adequate ventilation, and verify the inverter’s cooling fan operation.
Contact & Technical Support
- Email: sales@powergearx.com
- WhatsApp: +86 18030005825
Original Source: https://www.powergearx.com/
Partner: Ubest Automation Limited
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