Bayport Technical's Cutaways allow individuals to see and identify the internal components of pumps, valves, and other industrial equipment. Components can be taken apart and reassembled for training purposes. NOTE: Pictures of cutaway models are representative of our products; actual equipment, size, and color scheme may vary with each piece according to availability and customer preference.
Bayport's electro-mechanical maintenance training systems offer a variety of hands-on training solutions. Whether you need to teach basic electro-mechanical maintenance skills, shaft alignment, complete pump maintenance, gear, belt, and chain drive, or hands-on lock-out/tag-out practice, we have what you need.
Bayport Technical's Air Operated Ball Valve Cutaway (108-AOBV) allows individuals to see and identify the internal components of the valve. The valve can be taken apart and reassembled for training purposes.
Centrifugal pumps are mechanical devices designed to move fluids through the transfer of rotational energy from one or more driven rotors, called impellers. Fluid enters the rapidly-rotating impeller along its axis and is cast out by centrifugal force along its circumference through the impeller’s vane tips. Bayport Technical's Centrifugal Pump Skid Cutaway allows individuals to see and identify the internal components of a centrifugal pump and electrical motor.
Bayport Technical's Pressure Release Valve Cutaway (108-PRV) allows individuals to see and identify the internal components of the valve. The valve can be taken apart and reassembled for training purposes.
Reciprocating pumps tend to be used in low-flow, high-pressure applications. These positive displacement pumps can include both diaphragms and pistons to supply pumping action while valves regulate flow in and out of the pump. They can vary greatly in size, from large scale power pumps to small pressure-washer units.
Bayport Technical's Steam Reciprocating Pump Cutaway (108-SRP) allows individuals to see and identify the internal components of the pump. The cutaway can be taken apart and reassembled for training purposes.
With one double-seated bubble-tight valve, the twin seal plug valve serves as an alternative to a traditional two-valve system. The upstream and downstream seals provide the same function as two block valves. The body serves as a spool piece, and the body bleed verifies seal integrity.
Bayport Technical's Inverted Bucket Steam Trap Cutaway (118-IBST) allows individuals to see and identify the internal components of the steam trap. The steam trap can be taken apart and reassembled for training purposes.
In-line check valves are simple in both concept and function. They are designed to allow flow of fluid or gas in one direction while blocking flow in the opposite direction.
These valves are common parts of fluid power circuits, which usually require a one-way flow path. Convenient and versatile, in-line check valves are useful in a wide variety of applications.
Thermostatic float steam traps are mechanical devices that operate on both density and temperature principles. A thermostatic vent in the top of the trap allows free passage of air during start-up, and closes near saturation temperature. Condensate fills a float chamber, causing a float to rise, and through a lever mechanism pulls a valve off its seat and opens the orifice of a discharge valve. The opening and closing of the seat provides modulation to handle light or heavy condensate loads.
The Foxboro 43 AP pneumatic controller is a versatile process instrument controller that can be used to control pressure, temperature, flow, and level. It continuously detects the difference between a process measurement and its set point and produces an output air signal that is a function of this difference and the type of control.
Magnetic flow meters are popular because they are cost-effective, bi-directional, and highly accurate. They are used for a wide variety of applications across a broad range of industries, including: pulp and paper; metals and mining; water and wastewater; food and beverage; chemical and petrochemical; and oil and gas.
Gear (or speed) reducers (also commonly referred to as gear drives) tend to be extremely durable pieces of equipment even in the most severe applications. Because friction is created between internal moving components in a gear reducer, oil is used to minimize friction and wear, dissipate heat, and lubricate bearings and seals.
