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The Lenze EVS9326-CKV003, part of the Series 9300, functions as a servo cam profiler. It has a rated power of 11 kW, accommodating both 400V and 480V applications, and is designed for precision control in motion applications.
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| Manufacturer | Lenze |
|---|---|
| Product Type | Servo Cam Profiler |
| Product Line | Series 9300 |
| Part Number | EVS9326-CKV003 |
| Rated Power | 11 kW (400V), 11 kW (480V) |
| AC Mains Voltage Range | 320 V to 440 V (3/PE AC) |
| Mains Frequency | 45 Hz to 65 Hz |
| DC Mains Voltage Range | 450 V to 620 V (alternatively) |
| Mains Current at 400V (with choke) | 20.5 A |
| Motor Power (4-pole) | 11.0 kW (15.0 hp) |
| Output Power at 8 kHz | 16.3 kVA |
| Power Loss | 390 W |
| Rated Current at 480V | 23.5 A |
| Maximum Current at 8 kHz | 35.3 A |
| Built-in Unit Design | Cold Plate Technique |
The Lenze EVS9326-CKV003 is engineered as a versatile servo cam profiler within the Series 9300 lineup. It delivers an effective rated power of 11 kW for both 400V and 480V systems, making it suitable for a range of industrial applications. The device supports an AC mains voltage range from 320 V to 440 V and works optimally with a frequency between 45 Hz and 65 Hz.
For alternative setups, the profiler can accommodate a DC mains voltage range of 450 V to 620 V. When connected to 400V, the mains current is rated at 20.5 amps, especially when integrated with a choke, ensuring its reliability under load. Additionally, this unit provides a motor power output of 11 kW (15 hp) when used with 4-pole motors.
The output power capability at an 8 kHz frequency is measured at 16.3 kVA, facilitating responsive performance during operation. Power loss during operation is recorded at 390 watts, a manageable level contributing to the overall efficiency of the system. At a rated voltage of 480V, the current required reaches 23.5 A, with a maximum current output of 35.3 A occurring at 8 kHz. The device employs a built-in cold plate technique, which enhances the thermal management system, allowing for consistent operation during demanding tasks.