RegenCore 10 — Regenerative DC Motor Drive
The RegenCore 10 regenerative DC motor drive by Ameronics is a high-performance four-quadrant controller engineered for industrial applications that demand precision, efficiency, and durability. It recovers and returns excess energy during braking to reduce loss and enhance performance.
Built with SCR technology and a rugged chassis enclosure, RegenCore 10 delivers smooth speed control, regenerative braking, and bi-directional operation. Therefore, it ensures stable motion in conveyor systems, packaging lines, test benches, and automation equipment.
In addition, RegenCore supports remote analog signals, tach feedback, and multiple input voltage options. Consequently, it provides an all-in-one solution for regenerative DC motor control in demanding environments.
Ameronics RegenCore 10 — high-performance regenerative DC motor drive
Key Features — industrial regenerative drive
- Four-quadrant operation: motoring and braking in both directions.
- Energy recovery: returns power to the supply during deceleration.
- SCR technology: ensures efficient torque and speed control.
- Rugged chassis: durable housing for industrial environments.
- Tach feedback: precise closed-loop regulation when required.
- Remote analog inputs: compatible with ±250 VDC and 4–20 mA.
- Input voltage range: flexible DC operation for OEM integration.
- Reliable build: tested for continuous industrial performance.
Performance & integration — Ameronics RegenCore 10 drive
This regenerative DC motor controller minimizes wasted energy and enhances process efficiency. As a result, it offers precise, repeatable motion and lower power consumption for long-term industrial use.
Typical Applications
- Conveyor and packaging systems.
- Test benches and automation cells.
- Factory and process automation.
- Material handling and motion control.
- Custom OEM and regenerative drive systems.
In summary, RegenCore 10 delivers high-efficiency four-quadrant regenerative control, rugged construction, and smooth DC motor performance.
