The Lenze EVS9327-ES functions as a servo inverter within the Series 9300. It is designed for efficiency and offers a maximum output current of 31.2 A at 480V, making it suitable for demanding applications.
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Manufacturer | Lenze |
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Series | Series 9300 |
Part Number | EVS9327-ES |
Product Name | Servo Inverter |
Max. Output Current (16 kHz) | 31.2 A for 480V |
Dimensions | 135 x 350 x 250 mm |
Mass | 7.5 kg |
Mains Voltage | 320 to 528 VAC |
Mains Rated Voltage | 400V and 480V |
Mains Voltage Phase | 3 phases |
Mains Input Frequency | 45 to 65 Hz |
Alternative DC Supply | 460 to 740 VDC |
Motor Power (4-pole ASM) | 15 kW for 400V and 18.5 kW for 480V |
Output Current (8 kHz) | 32 A for 400V and 30.4 A for 480V |
Output Current (16 kHz) | 20.8 A for 400V and 19.2 A for 480V |
Output Power | 22.2 kVA for 400V and 25 kVA for 480V |
Max. Output Current (8 kHz) | 48 A for 480V |
The Lenze EVS9327-ES, categorized as a servo inverter, is engineered for sophisticated motion control requirements. It has compact dimensions of 135 x 350 x 250 mm and weighs 7.5 kg, facilitating easy integration into various setups. With a mains voltage capacity ranging from 320 to 528 VAC, this unit performs optimally at rated voltages of both 400V and 480V.
The EVS9327-ES servo inverter is outfitted to handle input frequencies between 45 and 65 Hz. It operates with 3-phase mains voltage for enhanced functionality. It also accommodates an alternative direct current supply for flexibility in power options, ranging from 460 to 740 VDC.
Regarding output capabilities, the EVS9327-ES can deliver significant power, rated at 15 kW for 400V and 18.5 kW for 480V when utilizing 4-pole ASM motor configurations. It produces an output power of 22.2 kVA at 400V and 25 kVA at 480V. The output currents vary according to frequency, yielding 32 A for 400V and 30.4 A for 480V at 8 kHz. At 16 kHz, the output current measures 20.8 A for 400V and 19.2 A for 480V. Notably, the maximum output current at 8 kHz reaches up to 48 A for 480V, showcasing the inverter's robustness in high-demand scenarios.