Lenze EVS9324-EK Servo Drive Cam Controller: Precision Motion Control

The Lenze EVS9324-EK delivers exceptional cam control functionality for advanced automation systems. This Series 9300 servo drive combines precise positioning with robust power handling capabilities.

Core Power Specifications

• Brand: Lenze
• Model: EVS9324-EK
• Motor Power Rating: 3.0 kW (4.0 HP) @ 400V
• Power Output Capacity: 4.8 kVA @ 8kHz switching
• Input Voltage Range: 320-528V AC three-phase
• Operating Frequency: 45-65 Hz mains frequency
• Rated Output Current: 7.0A continuous @ 8kHz
• Maximum Output Current: 10.5A peak @ 8kHz
• High Frequency Current: 5.2A @ 16kHz operation

Performance & Thermal Management

• Heat Dissipation: 200W maximum power loss
• Thermal Derating: 2% per °C above 40°C ambient
• Motor Voltage Range: 0-3 times mains voltage
• Control Resolution: 24-bit position feedback
• Response Time: < 2ms for position commands
• Accuracy: ±1 pulse for cam positioning

Environmental & Physical Properties

• Unit Weight: 5.0 kg complete assembly
• Operating Temperature: 0°C to +40°C without derating
• Storage Temperature: -25°C to +70°C range
• Altitude Rating: Full performance up to 1000m
• Protection Class: IP20 standard enclosure
• Humidity Tolerance: 5-95% non-condensing

Installation & Setup Guidelines

• Mount in well-ventilated control panel location
• Maintain 50mm clearance on all sides for airflow
• Use shielded cables for signal connections
• Ensure proper grounding below 0.1 ohm resistance
• Follow EMC installation guidelines strictly
• Verify voltage settings before initial power-up

Packaging & Shipping Details

• Industrial protective packaging with shock absorption
• Complete installation manual and quick start guide
• All necessary mounting hardware included
• Global express delivery via FedEx, UPS, DHL
• 12-month comprehensive warranty coverage
• Technical parameter sheets and wiring diagrams

Expert Technical FAQ

• What distinguishes cam controller functionality from standard drives?
• This unit provides electronic cam profiling without mechanical components. It creates virtual cams for complex motion sequences and synchronization.
• How does switching frequency selection impact system performance?
• Higher frequencies reduce motor noise but increase switching losses. Choose 8kHz for torque performance or 16kHz for quieter operation.
• What cooling methods work best for continuous operation?
• Forced air circulation maintains optimal temperatures during heavy use. Keep ambient temperature below 35°C for maximum performance.
• Can this drive handle rapid cycling applications effectively?
• Yes, the fast response time supports high-duty cycle operations. The robust design handles frequent start-stop cycles reliably.
• What programming tools are available for cam profile setup?
• Lenze provides dedicated software for motion sequence programming. You can create and simulate cam profiles before implementation.

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