The Lenze EVS9325-ES is designed as a servo inverter, bringing a comprehensive range of specifications ideal for various motor control applications. This device operates efficiently with a mains voltage range of 320 to 528 VAC and supports 400V and 480V rated voltages across three phases.
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Manufacturer | Lenze |
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Series | Series 9300 |
Part Number | EVS9325-ES |
Description | Servo Inverter |
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) | 5.5 kW for 400V and 480V |
Output Current (8 kHz) | 13.0 A for 400V and 480V |
Output Current (16 kHz) | 9.7 A for 400V and 480V |
Output Power | 9 kVA for 400V and 10.8 kVA for 480V |
Max. Output Current (8 kHz) | 19.5 A for 480V |
Max. Output Current (16 kHz) | 14.6 A for 480V |
Part number EVS9325-ES from Lenze is a servo inverter that excels in various applications that require precise motor control. This inverter operates within a mains voltage range of 320 to 528 VAC, with nominal operation at 400V- and 480V configurations. It is configured for 3-phase input, making it suitable for high-performance industrial environments.
In terms of physical characteristics, the unit measures 135 x 350 x 250 mm and weighs 7.5 kg, which facilitates easy installation and integration into preexisting setups. This inverter accommodates input frequencies ranging from 45 to 65 Hz, ensuring compatibility with different power supply scenarios.
Regarding power performance, this servo inverter provides a motor power capacity of 5.5 kW for 400V and 480V applications. It can output power levels of 9 kVA when connected to 400V systems and up to 10.8 kVA at 480V. Additionally, the output current specifications vary: at 8 kHz, it delivers 13.0 A across both 400V and 480V configurations, and at 16 kHz, the output current is 9.7 A for the same voltage levels. For 480V applications, maximum output currents can reach 19.5 A at 8 kHz and 14.6 A at 16 kHz.
The alternative DC supply rating of 460 to 740 VDC adds flexibility for different power sources, accommodating various setups and enhancing the device's usability in diverse conditions.