








Beefed Up Dual DC Motor Driver With PWM Speed Control L298 H Bridge 6.5V To 27V Input 7A Per Channel 160W Total Power Powers Two DC Motors Simultaneously 12V Or 24V With Optocoupler Isolation Industrial Grade Controller
✔️ 7A per channel, 160W total, 6.5-27V input, 12V/24V operation, optocoupler isolation
This dual DC motor driver board uses a dual H-bridge to power two motors from a common supply. It's ideal for robotics platforms, hobby CNCs, and automated systems that need precise speed control and independent motor direction.
âś… DC input range 6.5-27V; supports 12V or 24V operationâś… 7A max output per channel; 160W total power for two motors
âś… Dual H-bridge design drives two DC motors simultaneously
âś… Forward/reverse control via IN1/IN2 and IN3/IN4
âś… PWM speed control via ENA (0-10 kHz)
âś… Undervoltage protection and optocoupler isolation
đź’ˇ How to choose a dual DC motor driver with PWM control for two motors in a robotics project? Here's a handy guide. - Look at input voltage range and current per channel - Check PWM control range and frequency compatibility - Ensure protection features like undervoltage and optocoupler isolation - Verify it can run two motors simultaneously without issues
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 7A per channel, 160W total, 6.5-27V input, 12V/24V operation, optocoupler isolation
This dual DC motor driver board uses a dual H-bridge to power two motors from a common supply. It's ideal for robotics platforms, hobby CNCs, and automated systems that need precise speed control and independent motor direction.
âś… DC input range 6.5-27V; supports 12V or 24V operationâś… 7A max output per channel; 160W total power for two motors
âś… Dual H-bridge design drives two DC motors simultaneously
âś… Forward/reverse control via IN1/IN2 and IN3/IN4
âś… PWM speed control via ENA (0-10 kHz)
âś… Undervoltage protection and optocoupler isolation
đź’ˇ How to choose a dual DC motor driver with PWM control for two motors in a robotics project? Here's a handy guide. - Look at input voltage range and current per channel - Check PWM control range and frequency compatibility - Ensure protection features like undervoltage and optocoupler isolation - Verify it can run two motors simultaneously without issues
























