Water cooled brakes for industrial applications were designed to circulate water coolant. These brakes have a chamber that allows for heat to be transferred to the water over an extended period of time. When the water cooled brakes for industrial applications are in use the thermal capacity is what allows the brakes to retain heat during the braking process. This brake technology and design have the capability to absorb any breaking heat efficiently. Having the ability to absorb any breaking heat efficiency prevents any risk of overheating. Water cooled brakes were designed for dry friction disc brakes. Water-cooled brakes have a very diverse usage. They are used on breaking axles, wheels, armored military vehicles, and heavy machinery.
When Should Water Cooled Brakes Be Used
The water cooled brakes are used on some of the most common braking systems that utilize dry friction disc brakes and are externally air-cooled. In order for these types of braking systems to work efficiently, they have to have the ability to absorb the breaking generated heat in a short period of time. In most vehicles, the water cooled disc can be found on the wheel hubs. The placing of water cooled disc on the wheel hubs allows for the proper airflow that is needed for the brakes to perform its function. If you have a situation where there is a small air space for the brakes such as the case in heavy machinery there will not be enough airflow for cooling. When there is not enough airflow for cooling this will decrease the functioning of the brakes. This will also cause the brakes to underperform due to the low rate of cooling. It is never a good idea to try and cool your system with air. The reason why is because it is a poor cooling medium, it has low density, and a slow rate of heat transfer from the disc’s surface to the air. These are the main reasons why water cooling brakes should be anyone’s number one solution for overcoming this issue.
Water Cooled Brake Design
An efficient and productive design of water cool breaks should be reliable, powerful, easy to install, and easy to maintain. The water cool brakes should have a series of alternating friction discs and be pneumatically or hydraulically controlled. Water cooled brakes should have hydraulic, pneumatic, or spring-set axial forces. They should also have water jackets.
The Benefits Of Using Water Cooled Brakes For Industrial Applications
There is a second kind of break that most heavy vehicles utilize and these brakes are called wet friction brakes. However, water cooled brakes have an advantage and are better than wet friction brakes. The way that a wet friction brake works is that it is mounted inside the axle. Then cooling oil is delivered to the braking system by a circulating pump. A specific type of vehicle that wet friction brakes can be found in is dump trucks. One of the advantages of using water cooling brakes is that they are not put at risk for contamination because they are kept inside of a transmission casing. If water or wet brakes have one drawback it will be the high power loss that happens when the brakes are not in use.
Water cooling brakes can be used on different types business trends of road vehicles. These seem to be the best brakes on the market that have the capability needed to absorb the heat in a quick and efficient manner during the braking process.