Description
The Lenze E82EV302S4C is an 8200 Vector series inverter drive designed for three-phase 400/500 VAC motor control applications. Rated at 3.0 kW (4.1 HP), it provides adjustable output frequency up to 500 Hz for precise speed regulation. The unit is engineered for panel-mounted industrial installations.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Lenze |
| Category |
Drives |
| Part Number |
E82EV302S4C |
| Subcategory |
Drive |
| Series |
8200 Vector |
| Rated Power |
3.0 kW (4.1 HP) |
| Input Voltage |
3-Phase 400–500 VAC |
| Input Frequency |
50/60 Hz |
| Input Current |
9.5 A (400 V) / 7.2 A (500 V) |
| Output Voltage |
0–Input Voltage (3-Phase AC) |
| Output Frequency Range |
0–500 Hz |
| Control Modes |
Vector Control, V/Hz Control |
| Enclosure Rating |
IP20 |
| Mounting Type |
Panel Mount |
| Weight |
6.50 lbs |
Information About E82EV302S4C
The E82EV302S4C belongs to the Lenze 8200 Vector product line, developed for controlled motor speed and torque applications in automation systems. It operates on a three-phase 400–500 VAC supply at 50/60 Hz and supports vector and V/Hz control modes. The inverter delivers input current ratings of 9.5 A at 400 V and 7.2 A at 500 V, ensuring stable performance across voltage ranges. Designed with an IP20 protection class, it is intended for cabinet-mounted indoor use with modular expansion options for communication and system integration.
Key Features:
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8200 Vector Series: Modular AC drive platform for industrial applications.
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3.0 kW (4.1 HP) Rating: Suitable for general-purpose motor control.
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400–500 VAC Input: Three-phase operation at 50/60 Hz.
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9.5/7.2 A Input Current: Rated at 400 V and 500 V respectively.
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0–500 Hz Output Frequency: Adjustable frequency range for flexible speed control.
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Vector and V/Hz Control: Supports precise torque and speed regulation.
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IP20 Protection Class: Designed for enclosed panel mounting.
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Expandable Communication: Compatible with optional fieldbus modules.
The E82EV302S4C delivers the reliability and precision required for industrial variable frequency drive applications.
