When operating a fluid system, it is crucial that there are means for fluids to optimally move between reservoirs, power sources, and other areas. With the use of fluid lines, fluids may be transported wherever needed, and fittings serve as the connection points for each line. As hydraulic fluid lines and fittings may vary in their type, shape, material, and more, it is important that one is familiar with the basics of such components before they make a purchasing decision.
While you may have heard of a drivetrain, you may not be familiar with how it works. The term is often used interchangeably to also refer to powertrain or driveline equipment. A drivetrain includes the transmission, driveshaft, axles, and wheels. With this in mind, the drivetrain works in tandem with the engine to rotate the wheels. As movement is a vehicle’s primary function, the drivetrain system is an essential component to such structures.
Screws are a common fastener used for the assembly of parts, typically being used for wood, sheet metal, and plastic. Screws are notable for their helical ridge, allowing them to be self-threading as they are driven into a surface and pull materials together. In order to install a screw, one needs a tool that matches the head of the fastener. Screw heads can come in numerous styles, those being chosen for a functional or decorative purpose. In this blog, we will discuss the primary types of screw heads, allowing you to better understand how such fasteners are used.
Cylinder heads and their parts are items that function together to form a structurally reliable unit fit for fuel combustion and heat applications. Commonly constructed with a head gasket, intake & exhaust ports, cylinder head valves, combustion chambers, fuel injectors, camshafts, spark plugs, and various smaller components, cylinder head assemblies are what gives an engine life. Within this blog, we will go into detail about the major parts within a cylinder head and how they are constructed to power internal combustion engines.
The brake system is the primary safety feature of any automobile. As such, it is crucial that you pay attention to its performance to ensure you can rely on your brakes to function properly. To give you a better understanding of your car’s braking system, this blog will cover its main components and their role within the system.
A generator is a rotating electrical unit used to create power. Depending on its design, a generator can produce direct current (DC), alternating current (AC), or both. Their versatility and power make them a crucial part of many advanced systems, such as modern robotics. To carry out its function, there are many components that make up a generator. In this blog, we will discuss the most important parts of a generator.
Turbo generators are devices which can utilize the mechanical energy of a fluid to generate electricity. To achieve this, a turbine assembly is attached to a generator, allowing for a number of applications to benefit from high amounts of power. Depending on the application that a turbine assembly is used for, water, wind, and even hot gases may be harnessed by a series of blades to drive a connected generator and benefit hydropower plants, thermal power plants, gas turbines, wind turbines, and more.
For a fuel powered aircraft to perform optimally and achieve heavier-than-air flight, they require an advanced fuel system that is capable of storing, transporting, and combusting fuel efficiently. While many aircraft may vary in their general appearance, functionality, and application, most contain similar parts and systems that enable proper fuel consumption for flight. To best understand how the fuel system works for operating and caring for an aircraft, it is most beneficial to be aware of the most common components that make them up.
A bypass rotameter refers to a system that is made for measuring accurate data regarding the fluid rate of flow in pipelines. Normally it is used to measure larger pipes including those that are eleven and a half inches in diameter or larger. This can be done with a decent bypass flow that is directly proportional to the main flow. Also known as an inference type rotameter is useful because of its accuracy and durability. For a more detailed look at what a bypass rotameter is and what it does, read the article below.
A hydraulic pump can be applied for multiple mechanisms and applications, as they are designed to move sizable amounts of oil via a hydraulic motor or a cylinders. The way that this works is that mechanical energy in the form of torque or speed is converted by the hydraulic pump into a flow pressure, or in other words, into hydrostatic energy. If you have a pump that you can connect to this hydraulic mechanism, you can utilize this hydraulic mechanism to do different types of services including but not limited to lowering something, as well as opening, lifting rotating or closing parts. In this article, we will go over what a hydraulic pump is and more about how it can be applied.