1. INDUSTRIAL AUTOMATION
REFERENCES
INDUSTRIAL AUTOMATION
TEST BENCH

2. TEST BENCH
LOAD TORQUE
Device Under Test
MOTOR

3. TEST BENCH examples

4. TEST BENCH examples

5. TEST BENCH examples

6. Santerno Wind Generator Test Bench

7. TEST BENCH with Inverters + braking resistor
LOAD TORQUE
Device Under Test
MOTOR
GRID
SINUS PENTA
Braking Resistor

8. TEST BENCH with Inverters
LOAD TORQUE
Device Under Test
MOTOR
DC BUS
GRID

9. TEST BENCH with Inverters – power flow
LOAD TORQUE
Device Under Test
MOTOR
DC BUS
GRID

10. TEST BENCH with Inverters – power flow
BRAKE
Device Under Test
MOTOR
DC BUS
GRID

11. TEST BENCH with Inverters – schematic

12. TEST BENCH with Inverters – schematic

13. TEST BENCH with Inverters – Regenerative
LOAD TORQUE
Device Under Test
MOTOR
GRID
PENTA RGN

14. TEST BENCH with Inverters – Regenerative
LOAD TORQUE
Device Under Test
MOTOR
GRID
PENTA RGN

15. Carraro Group Test Bench | Campodarsego (PD) - Italy

16. Carraro Group Test Bench | Campodarsego (PD) - Italy
LOAD TORQUE
MOTOR
LOAD TORQUE

17. Carraro Group Test Bench | Campodarsego (PD) - Italy

18. Carraro Group Test Bench | Campodarsego (PD) - Italy
Industrial Sector: Axels & Transmitions
Application: Test Benches
Products: Sinus Penta Cabinet RGN
Type: Drive + RGN
Connection date: 2011
Customer: Carraro SpA
Key Notes: Carraro is an international group that leads the world in highly efficient, eco-compatible power transmission systems. 18

19. F1 Test Bench | Faenza (RA) - Italy
Industrial Sector: Automotive Industry
Application: Gear Test Benches
Products: Sinus Penta
Connection date: 2011
Customer: Scuderia Toro Rosso
Key Notes: F1 car manufacturer - Using the Sinus Penta test benches, high dynamic performance (Test of change of F1) 19

20. Testing | Shanxi Jinmei Jinli Electrics - China
Industrial Sector: Testing Industry
Application: Test benches
Inverters: Sinus Penta RGN
Type: Drive + RGN
Connection date: 2010
Customer: Shanxi Jinmei Jinli Electrics
Key Notes: The motors are controlled by Sinus Penta’s FOC, entire system is regenerative, the overloaded energy is returned to regenerative drive and redirected to drive’s inverter, realizing the energy circulation. Each motor is equipped with a 1130 converter and a 1130 energy regenerative converter, they are DC connected. 20