Product Overview
Technical Summary
| Parameter | Value |
|---|---|
| High-overload rated power | 75.00 kW | 100.00 hp, 0 … 50 °C ambient temperature |
| Light-overload rated power | 90.00 kW | 125.00 hp, 0 … 40 °C ambient temperature |
| Input voltage | 380 … 480 V ±10 % |
| Input frequency | 47 … 63 Hz |
| Output frequency, vector control | 0 … 200 Hz |
| Output frequency, V/f control | 0 … 550 Hz |
| Maximum output current | 290.00 A |
| Line-side connection | M8 bolt |
| Motor-end connection | M8 bolt |
| Degree of protection | IP20 / UL open type |
Key Features
- High-overload output: Rated power: 75.00 kW | 100.00 hp (HO), with 200% for 3 s, 150% for 57 s, and 100% for 240 s at 0 … 50 °C ambient temperature.
- Light-overload output: Rated power: 90.00 kW | 125.00 hp (LO), with 150% for 3 s, 110% for 57 s, and 100% for 240 s at 0 … 40 °C ambient temperature.
- Input and output data: Input: 3 AC, 380 … 480 V ±10 %, 47 … 63 Hz. Output: 3 AC, 178.00 A LO or 145.00 A HO rated current; maximum output current: 290.00 A.
- Control frequency ranges: Output frequency: 0 … 200 Hz for vector control and 0 … 550 Hz for V/f control; pulse frequency: 4 kHz.
- Connections and protection: Line-side and motor-end connections use M8 bolts with 25.00 … 120.00 mm2 conductors. Protection: IP20 / UL open type; frame size: FSF.
Frequently Asked Questions
1. What is the high-overload output rating of 6SL3225-0BE37-5AA0?
The high-overload rated power is 75.00 kW | 100.00 hp, with 200% for 3 s, 150% for 57 s, and 100% for 240 s at 0 … 50 °C ambient temperature.
2. What input supply does this power module use?
The input is 3 AC, 380 … 480 V ±10 % at 47 … 63 Hz.
3. What output frequency ranges are supported?
The output frequency is 0 … 200 Hz for vector control and 0 … 550 Hz for V/f control.
4. How are the line and motor connections made?
Both the line side and motor end use M8 bolts and accept 25.00 … 120.00 mm2 conductors.
5. What should be verified before requesting a quote?
Verify the required overload rating, ambient-temperature condition, connection conductor cross-section, motor cable length, dimensions, and the fact that the module is without a control unit and BOP.
