SMI Tow Car Brake System
The SMI Tow Car Brake System is a supplemental braking system that helps to improve the braking performance of a tow car when towing a trailer. The system uses an electric control unit to activate the brakes on the towed vehicle in proportion to the amount of braking force applied to the tow car. This helps to reduce the stopping distance of the combined vehicle and makes it easier to control the trailer in a variety of driving conditions.
How the SMI Tow Car Brake System Works
The SMI Tow Car Brake System consists of the following components:
- Electric control unit: The electric control unit is the brain of the system. It uses sensors to monitor the speed of the tow car and the amount of braking force applied to the tow car. The electric control unit then uses this information to calculate the amount of braking force that should be applied to the towed vehicle.
- Hydraulic actuator: The hydraulic actuator is responsible for applying the brakes on the towed vehicle. The hydraulic actuator is connected to the electric control unit and the brakes on the towed vehicle. When the electric control unit sends a signal to the hydraulic actuator, the hydraulic actuator uses hydraulic pressure to apply the brakes.
- Brake lines: The brake lines connect the electric control unit to the hydraulic actuator and the brakes on the towed vehicle. The brake lines allow hydraulic pressure to flow from the electric control unit to the hydraulic actuator.
- Wiring harness: The wiring harness connects the electric control unit to the sensors and the hydraulic actuator. The wiring harness allows electrical signals to flow from the electric control unit to the sensors and the hydraulic actuator.
When the tow car brakes are applied, the sensors in the electric control unit detect the change in speed and the amount of braking force being applied. The electric control unit then uses this information to calculate the amount of braking force that should be applied to the towed vehicle. The electric control unit then sends a signal to the hydraulic actuator, which uses hydraulic pressure to apply the brakes on the towed vehicle.
Benefits of the SMI Tow Car Brake System
The SMI Tow Car Brake System offers a number of benefits, including:
- Improved braking performance: The SMI Tow Car Brake System helps to improve the braking performance of a tow car when towing a trailer. The system uses an electric control unit to activate the brakes on the towed vehicle in proportion to the amount of braking force applied to the tow car. This helps to reduce the stopping distance of the combined vehicle and makes it easier to control the trailer in a variety of driving conditions.
- Reduced stopping distances: The SMI Tow Car Brake System helps to reduce the stopping distance of a tow car when towing a trailer. The system uses an electric control unit to activate the brakes on the towed vehicle in proportion to the amount of braking force applied to the tow car. This helps to reduce the amount of time it takes for the combined vehicle to come to a stop.
- Enhanced trailer control: The SMI Tow Car Brake System helps to improve the control of a trailer when towing a trailer. The system uses an electric control unit to activate the brakes on the towed vehicle in proportion to the amount of braking force applied to the tow car. This helps to prevent the trailer from swaying or jackknifing, which can lead to an accident.
- Peace of mind: The SMI Tow Car Brake System gives you peace of mind when towing a trailer. The system helps to improve the braking performance of your tow car and reduce the risk of an accident.
Conclusion
The SMI Tow Car Brake System is a great way to improve the braking performance of your tow car when towing a trailer. The system is easy to install and use, and it offers a number of benefits, including improved braking performance, reduced stopping distances, enhanced trailer control, and peace of mind. If you’re looking for a way to improve the safety of your towing experience, the SMI Tow Car Brake System is a great option.
