Manufacturers and suppliers of Air Conditioning Unit for engineering labs worldwide.
Air Conditioning Unit....
Manufacturers and suppliers of Air Curtains for engineering labs worldwide.
Air Curtains....
Manufacturers and suppliers of Air Duct Systems for engineering labs worldwide.
Ventilation systems are used in many areas. They are used to ventilate offices, sports halls, production halls, conference halls etc. These systems consist of an air duct system and often other facilities for the conditioning of room air. There may also be elements for air purification or sound insulation, e.g. filters. The trainer examines how the air can be distributed in a building. The air duct system is supplied via a speed-controlled fan. The trainee constructs variable air duct systems from commercial components, such as pipes, pipe bends, branches, filters and disk valves. Connections for pressure measurements can be installed at any position. The effects of the individual components on the pressure loss and thus on the velocity and flow rate of the air are examined. For this purpose there are two manometers with different measuring ranges and a manual device for measuring the air velocity. The fan characteristic is also determined. To determine the power consumption of the fan there are a voltmeter and an ammeter. The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments. plan, set-up and test air duct systems - typical components of ventilation technology - measure the flow rate and velocity of the air - measure dynamic and static pressures - determination of the pressure loss via different components: pipe bends, angles, distributors etc. - recording of system characteristics - recording of the fan characteristic - determination of the operating point - calculate the electric capacity of the fan motor with regard to current and voltage - calculate the fan efficiency....
Manufacturers and suppliers of Air Entertainment Meter for engineering labs worldwide.
Air Entertainment Meter....
Manufacturers and suppliers of Air Entrainment Meter for engineering labs worldwide.
Air Entrainment Meter....
Manufacturers and suppliers of Air Flow Bench for engineering labs worldwide.
Air Flow Bench....
Manufacturers and suppliers of Air Flow Experimental Plant for engineering labs worldwide.
Fluid mechanics is concerned with the physical behaviour of fluids. An important branch of fluid mechanics is the analysis of air flow in the incompressible range in order to be able to determine the pressure distribution and the velocity profile of a flow. In practice, the findings from these experiments are necessary when devising and designing turbomachines. With its extensive range of accessories, the unit offers a variety of experiments in the field of steady, incompressible flow. The external Pitot tube is used to measure free jets; the inner Pitot tube allows investigation of the air flow within the pipe section. A low-loss inlet and the length of the pipe section realize an optimal formation of the air flow. The air flow can optionally be studied via a nozzle or orifice plate. An iris diaphragm allows the diameter of the air flow to be varied. Pipe friction losses on various pipe fittings can be investigated. Up to 20 pressure measuring points mean the pressure conditions along the measuring section can be determined. The pressures that are read off the tube manometer make it possible to determine the pressure distribution and flow velocity. In addition to the extensive accessories supplied, there is the optional Venturi tube for practical verification of the continuity equation and the conservation of energy during a change in cross-section of the air jet. As an additional optional accessory,offers boundary layer measurements on a flat surface in longitudinal flow. The experiment results are used to determine velocity distributions within the boundary layer and to represent the boundary layer thickness. The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments. experiments in the field of steady, incompressible flows by means of different measuring objects: - calculation of the flow rate and the flow velocity - recording the different velocity profiles in both the free jet and the pipe cross-section - representation of the pressure loss in the system characteristic - representation of the increase in pressure loss at different pipe elements ....
Manufacturers and suppliers of Air Flow Studies Apparatus for engineering labs worldwide.
Air Flow Studies Apparatus
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Manufacturers and suppliers of Air or Steam Pressure Turbine for engineering labs worldwide.
Air or Steam Pressure Turbine....
Manufacturers and suppliers of Air or Steam Pressure Turbine for engineering labs worldwide.
Air or Steam Pressure Turbine....
Manufacturers and suppliers of Air or Steam Pressure Turbine (Pressure Compounded) for engineering labs worldwide.
Air or Steam Pressure Turbine (Pressure Compounded)....
Manufacturers and suppliers of Air Permeability Apparatus (Rigden Type) for engineering labs worldwide.
Air Permeability Apparatus (Rigden Type)....
Manufacturers and suppliers of Air Porosity Tester for engineering labs worldwide.
Air Porosity Tester....
Manufacturers and suppliers of Air Pre Heater for engineering labs worldwide.
Air Pre Heater....
Manufacturers and suppliers of Air Pressure Maintained Water System Trainer for engineering labs worldwide.
Air Pressure Maintained Water System Trainer....
Manufacturers and suppliers of Air Showers for engineering labs worldwide.
Air Showers....
Manufacturers and suppliers of Air Washer Test Rig for engineering labs worldwide.
Air Washer Test Rig....
Manufacturers and suppliers of Air-Conditioner & Refrigerator Assembling & Commissioning for engineering labs worldwide.
Air-Conditioner & Refrigerator Assembling & Commissioning....
Manufacturers and suppliers of Air-Operated Impulse Turbine for engineering labs worldwide.
Air-Operated Impulse Turbine....
Manufacturers and suppliers of Air-Operated Impulse Turbine for engineering labs worldwide.
This demonstration unit is part of an equipment series that facilitated investigations on pneumatically driven turbines. On the HM 270 unit, the characteristic behaviour of an impulse turbine can be investigated. For exact measurements, the table unit is equipped with electronic sensors for recording temperature, speed and torque, the values recorded are indicated on digital displays. Inlet and outlet pressure at the turbine are indicated on easy to read dial instruments. The flow rate in the system is measured with a variable-area flowmeter. For the operation of the unit, a mains connection and a compressed air connection are required. · Determination of power as a function of volumetric flow rate, pressure and speed · Recording of torque characteristic · Determination of the turbine efficiency · Partial pressurisation (nozzle group circuit)....
