The SiliXcon SL 1060 is a programmable high-power motor controller (ESC) for BLDC and PMSM motors. It is built for electric motorcycles, karts, marine drives, industrial machinery and automotive prototypes. The controller runs on a 20S lithium battery with up to 84 V working voltage. Nominal battery voltage is 72 V DC, while the minimum working voltage is 24 V DC.
This unit delivers 24,500 W nominal power and 36,000 W peak power. Peak current reaches 500 A for 10 seconds. The SL series belongs to the ESC3 family. Therefore it was engineered to push maximum output while keeping weight and dimensions to a minimum.
The 1060 version is the specific model offered here. It is matched to a battery of 20 lithium cells connected in series. As a result, this controller suits projects that demand extreme power density inside a limited space.
Key Benefits
- Up to 84 V working voltage – designed for high-voltage 20S battery systems.
- 24.5 kW nominal power – continuous 60-minute rating with a BLDC motor.
- 36 kW peak power – a 10-second burst mode for hard acceleration.
- 500 A peak current – delivers strong torque right from a standstill.
- Sensorless control – the motor spins without Hall sensors, so wiring stays simpler.
- Regenerative braking – energy returns to the battery pack and extends range.
- Full protection set – lowers risk to the electronics in complex systems.
- Galvanic isolation available – an extra safety layer for the whole device.
Who Is This Controller For?
The SiliXcon SL 1060 is aimed at automotive and industrial motor control. In addition, it serves top-tier sport motorcycles, electric bicycles, electric surfboards and scooters. These applications all need serious power in a compact housing. The controller also works as a starter-generator driver for combustion engines.
Beyond vehicles, it is used in professional drones and RC models. It further suits servo control plus research and development builds. Typical buyers are integrators and designers who engineer their own powertrain. Because of the 84 V rating and 36 kW output, this model belongs in marine, industrial and automotive projects rather than light-duty series products.
Technical Specifications
| Version | 1060 |
| Nominal battery voltage | 72 V DC |
| Battery configuration | 20S |
| Min. working voltage | 24 V DC |
| Max. working voltage | 84 V DC |
| Nominal power (60 min, BLDC) | 24,500 W |
| Nominal current (60 min, BLDC) | 340 A |
| Power losses | 300 W |
| Peak power (10 s) | 36,000 W |
| Peak current (10 s) | 500 A |
| Sensorless control | Supported |
| Regenerative braking | Supported |
| Galvanic isolation | Available |
| Family | ESC3, SL series |
SL Series Version Comparison
| Parameter | 0660 | 0860 | 1060 |
| Nominal battery voltage | 43 V DC | 58 V DC | 72 V DC |
| Battery configuration | 12S | 16S | 20S |
| Min. working voltage | 24 V DC | 24 V DC | 24 V DC |
| Max. working voltage | 51 V DC | 68 V DC | 84 V DC |
| Nominal power (60 min, BLDC) | 17,700 W | 21,300 W | 24,500 W |
| Nominal current (60 min, BLDC) | 410 A | 370 A | 340 A |
| Peak power (10 s) | 25,900 W | 28,800 W | 36,000 W |
| Peak current (10 s) | 600 A | 500 A | 500 A |
Why Choose the SiliXcon SL 1060?
The SL 1060 is the strongest version in the SL series. Its peak output of 36 kW is 39 % higher than the 25.9 kW of the 0660 model. Moreover, maximum working voltage stands at 84 V instead of 51 V.
Higher voltage produces more power while drawing less current. Consequently, nominal current sits at 340 A rather than the 410 A of the 0660. Lower current also means lighter cabling in the build. Power losses are rated at 300 W.
Frequently Asked Questions
What battery does the SL 1060 need?
- A 20S lithium pack with 72 V DC nominal voltage.
- Working range spans 24 V DC to 84 V DC.
Which motors does this controller drive?
- BLDC and PMSM motors.
- Hall sensors are not required, since sensorless control is supported.
What vehicles and machines does it fit?
- Electric motorcycles, karts, e-bikes, scooters and electric surfboards.
- Marine drives, industrial equipment and automotive prototypes.
Is it suitable for drones and RC models?
- Yes, it is used in professional drones and RC models.
- It also fits servo control and R&D projects.
How much power does it deliver?
- 24,500 W nominal over a 60-minute BLDC run.
- 36,000 W peak across a 10-second window.
Does it support regenerative braking?
- Yes, energy flows back into the battery pack.
- This extends the distance you can cover.
How does it compare with the SL 0860?
- The 1060 handles 84 V DC versus 68 V DC.
- Peak power climbs to 36,000 W against 28,800 W.
Can it start a combustion engine?
- Yes, it suits combustion engine starter-generators.
- The 500 A peak current supplies the required starting torque.
The SiliXcon SL 1060 is the top 20S option in the ESC3 line-up. It combines 84 V operation, 36 kW peak output and a compact housing. For integrators building their own high-voltage powertrain, this programmable controller covers the demanding end of the SL range.
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