Product details
Lenze EVS9324-EK Servo Drive Overview
The EVS9324-EK is a compact servo cam controller made for smooth and accurate motor control. It supports wide voltage input and works well in many motion tasks. Written by Powergear X Automation. Contact us at sales@powergearx.com or +86 18030005825.
Key Features
- Motor rating: 3.0 kW / 4.0 hp
- Input voltage: 320V–528V AC
- Frequency range: 45–65 Hz
- Power output: 4.8 kVA at 8 kHz
- Output current: 7.0 A (8 kHz)
- Peak output: 10.5 A (8 kHz)
- Heat loss: 200 W
- Motor voltage: up to 3× mains voltage
- Thermal derating: 2% per °C above 40°C
- Weight: 5 kg
- Altitude use: up to 1000 m
Additional Technical Details
- Output current: 5.2 A (16 kHz)
- Peak current: 7.8 A (16 kHz)
- Stall current: 10.5 A (8 kHz)
- Stall current: 7.8 A (16 kHz)
- Cooling: internal controlled airflow
- Efficiency: designed for low-loss operation
- Control type: digital cam control and motion sync
- Cable length support: long cable runs with stable output
- Environment: suited for industrial duty cycles
Product Benefits
- Reliable for high-speed cam motion
- Simple setup with clear parameters
- Wide input tolerance for unstable mains
- Fast response for precise machine timing
- Compact and easy to install in cabinets
- Stable output even at higher switching modes
Warranty & Delivery
- Warranty: 12-month coverage from Powergear X Automation
- Shipping options: FedEx, UPS, DHL
- Safe packing for global transit
Professional FAQ
1. What should I do if the drive overheats during long cycles?
Improve airflow, check cabinet spacing, and reduce switching frequency if possible.
2. Why does the motor speed fluctuate under load?
Verify motor parameters, inspect wiring, and confirm the cam profile settings.
3. Can the unit operate well with long motor cables?
Yes, but proper grounding and shield connection are important for stable signals.
4. How do I prevent vibration during fast cam jumps?
Lower gain slightly, check mechanical alignment, and ensure encoder feedback is clean.
5. What is the most common cause of start-up faults?
Incorrect input voltage setting or incomplete parameter load after installation.
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