After the pumps and dispensers, they are the auxiliary elements that make up the lubrication system. It allows the lubricant from the pump to be dispatched to the distribution elements and to the points to be lubricated. In addition, the system components vary according to the usage and shape of the lubrication system and the wishes of the user.
Central lubrication systems are systems that allow lubricant delivery at high pressures. Connection parts are needed to get the lubricant out of the pressure generating pump and deliver it to the desired bearing. These fittings; According to the project, they consist of records, nipples, T-connections, adapters, high pressure hoses, hose caps and steel drawn pipes. There are stainless options according to the environment where the lubrication system will be applied.
It is one of the double line system components. The basic working principle is like 4/2 valves. Mechanical, pneumatic or electrical models are available depending on the intended use and purpose. They have a maximum working pressure of 400 bar. They are resistant to high pressures due to the system they are used. In electric models, 24 VDC, 230 VAC; In mechanical models, there is an option to receive electrical stimulation.
It is one of the components that complement the system in double line systems. They are the elements that provide pressure and electrical control of the system due to its location in the system. mechanical and electrical models are available as an option.
It is the apparatus that allows the lubricant to be sprayed to the application area in spraying systems. There are controlled and uncontrolled models of the air, which plays an active role in dispensing the lubricant. They work according to different air requirements. They have high working pressures. In air controlled models; It is possible to receive electrical warning according to user requests.
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