Product Description
Key Features
- Rated power and overload: Rated power is 2.20 kW | 3.00 hp for low overload and 1.50 kW | 2.00 hp for high overload. Low overload is 150% for 3s, 110% for 57s, and 100% for 240s; high overload is 200% for 3s, 150% for 57s, and 100% for 240s.
- Input and output ratings: Input: 3 AC, 380 … 480 V +10 % -20 %, 47 … 63 Hz. Output: 3 AC, 400V IEC | 480V NEC, with maximum output current of 8.20 A.
- I/O and safety: The configuration has 6 standard digital inputs, 1 fail-safe digital input, 1 relay changeover contact, 1 transistor output, 1 differential analog input, and 1 non-isolated analog output. Safe Torque Off is integrated.
- Communication and control: Communication: USS/MODBUS RTU. Supported control techniques include V/f linear / square-law / parameterizable, V/f with flux current control (FCC), V/f ECO linear / square-law, and sensorless vector control.
- Connections and protection: Line-side, motor-end, and DC-link connections use plug-in screw terminals. Protection is IP20 / UL open type; frame size is FSAA.
Technical Summary
| Order number | 6SL3210-1KE15-8UB2 |
|---|---|
| Product family | SINAMICS G120C |
| Lifecycle | Active Product |
| Input | 3 AC, 380 … 480 V +10 % -20 %, 47 … 63 Hz |
| Rated power, LO | 2.20 kW | 3.00 hp |
| Rated power, HO | 1.50 kW | 2.00 hp |
| Communication | USS/MODBUS RTU |
| Digital inputs | 6 standard; 1 fail-safe |
| Analog input | 1 differential input, 10 bit |
| Protection | IP20 / UL open type |
| Frame size | FSAA |
Frequently Asked Questions
What lifecycle status is supplied for Siemens 6SL3210-1KE15-8UB2?
The supplied lifecycle status is Active Product.
What input and output ratings should be verified for 6SL3210-1KE15-8UB2?
Input is 3 AC, 380 … 480 V +10 % -20 %, 47 … 63 Hz. Output is 3 AC, with 400V IEC | 480V NEC rated voltage and 8.20 A maximum output current.
Which connectors are supplied on this exact configuration?
The line side, motor end, and DC link use plug-in screw terminals. The DC-link conductor cross-section is 1.00 … 2.50 mm2 (AWG 18 … AWG 14).
Does this configuration use encoder feedback?
The supplied data shows no vector control with sensor, no encoderless torque control, and no torque control with encoder.
