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The E82CV402K2C model from Lenze is a frequency inverter designed for use as a base controller. This unit supports vector control and operates with three-phase mains voltage of 230V, delivering an output power of 4.0 kW (5.0 HP).
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| Manufacturer | Lenze |
|---|---|
| Product Line | Series 8200 |
| Part Number | E82CV402K2C |
| Description of module | Frequency inverter (base controller) |
| Thermal resistor | Less than or equal to 0.13 K/W |
| Electronic product | Yes |
| Design type | “Cold plate” technology (type-dependent) |
| Version | Vector controlled inverter |
| Output Power | 4.0 kW or 5.0 HP |
| Mains voltage | 230V |
| Voltage phases | 3 phase |
| Output DC power | 0.8 kW |
| Rated mains current (3 phase) | 21.3A without mains choke and 16A with mains choke |
| Dissipated power loss | 63W (inside) and 127W (cooler) |
Lenze's E82CV402K2C is classified as a frequency inverter, primarily functioning as a base controller in various applications. It employs vector control technology to facilitate efficient operation. With a mains voltage of 230V and structured for three-phase connections, this inverter can provide an output power of 4.0 kW, equating to approximately 5.0 horsepower.
The unit's design incorporates cold plate technology, which is dependent on the specific type utilized. With a total weight of 2.4 kg, this electronic product installs conveniently into different systems. Its thermal management is enhanced by maintaining a thermal resistor rating at or below 0.13 K/W, contributing to operational efficiency.
This inverter delivers a direct current output of 0.8 kW, aiding in versatile applications. During operation, the rated mains current reaches 21.3A for three-phase connectivity, which decreases to 16A when a mains choke is integrated. The design accounts for power dissipation, indicating an internal loss of 63W, with an additional loss of 127W to the cooler. Together, these features outline the inverter's capacity and suitability for demanding industrial tasks.