Manufacturers and suppliers of Adult Female Pelvis for engineering labs worldwide.
Adult Female Pelvis....
Manufacturers and suppliers of Advance Communication Lab Training Modules for engineering labs worldwide.
Advance Communication Lab Training Modules....
Manufacturers and suppliers of Advanced Air Conditioning Training Plant for engineering labs worldwide.
Advanced Air Conditioning Training Plant
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Manufacturers and suppliers of Advanced Beam Testing Apparatus for engineering labs worldwide.
Advanced Beam Testing Apparatus....
Manufacturers and suppliers of Advanced Conduction Unit for engineering labs worldwide.
Advanced Conduction Unit....
Manufacturers and suppliers of Advanced Conduction Unit for engineering labs worldwide.
In this experimental unit, a metal test bar is clamped between a heater and a Peltier element as the cooler. The complete arrangement is under an evacuated bell jar. In this way errors due to convection can be ignored and all the heat must flow through the test bar. The thermal conductivity k can be calculated from the temperature difference between the hot and cold end and the heating power. The housing contains the vacuum pump and the digital displays. The measured values can be read on digital displays. At the same time, the measured values can also be transmitted directly to a PC via USB. The data acquisition software is included. determination of thermal conductivity k for various materials - thermal energy balance of heat source and heat sink....
Manufacturers and suppliers of Advanced Digital IC Trainer for engineering labs worldwide.
Advanced Digital IC Trainer....
Manufacturers and suppliers of Advanced Digital Ic Trainer for engineering labs worldwide.
Advanced Digital Ic Trainer....
Manufacturers and suppliers of Advanced Fiber Optics Trainer for engineering labs worldwide.
Advanced Fiber Optics Trainer....
Manufacturers and suppliers of Advanced Geometry for engineering labs worldwide.
Advanced Geometry....
Manufacturers and suppliers of Advanced Hydrological Investigations for engineering labs worldwide.
The trainer offers studies in hydrology such as seepage and movement of the water in soils. In addition, river courses and surface water are investigated. Furthermore, sediment transport and siltation are also presented in the context of flow obstacles. Variable precipitation density and areas and different groundwater feed and discharge possibilities allow a wide variety of experiments. The core element of the trainer is a sand-filled experimental tank with inclination adjustment. The water is supplied either via an feed chamber or a precipitation device, which uses a timer to allow time-defined precipitation. The experimental section is separated from the feed and discharge chambers by fine mesh screens. There are two wells with perforated tubes or a discharge chamber with drainage screen available for the investigation of various drainage systems. Additionally, sills can be placed in the discharge chamber to influence the ground water level in the experimental section. All water feeds and discharges can be adjusted separately via valves. Three different models for pillars also allow the investigation of flow around bodies, erosion and siltation in the river bed. In the experimental section there are measuring connections to detect groundwater levels. Groundwater levels are displayed on 19 tube manometers. The water supply is controlled by valves and read at two flow meters with different measuring ranges. The water drain is determined by a measuring weir. The amount of sediment transported is measured with the aid of a balance. The measured values are read from digital displays and can at the same time be transmitted via USB directly to a PC where they can be analysed using the software included. contains a closed water circuit with storage tank and pump. The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments. effect of precipitation of varying duration on soils with different saturation - investigating the seepage flow - investigating the storage capacity of a soil - studying how wells affect the groundwater level over time - flow behaviour of rivers, obstacles in the river bed, sediment transport in rivers ....
Manufacturers and suppliers of Advanced Inverter With Computer Interface Unit for engineering labs worldwide.
Advanced Inverter With Computer Interface Unit....
Manufacturers and suppliers of Advanced Maintenance Electrician for engineering labs worldwide.
Advanced Maintenance Electrician....
Manufacturers and suppliers of Advanced Microprocessor Trainer Kit for engineering labs worldwide.
Advanced Microprocessor Trainer Kit....
Manufacturers and suppliers of Advanced Microprocessor Trainer Kit for engineering labs worldwide.
Advanced Microprocessor Trainer Kit....
Manufacturers and suppliers of Advanced Modular Refrigeration System for engineering labs worldwide.
Advanced Modular Refrigeration System....
Manufacturers and suppliers of Advanced Oxidation for engineering labs worldwide.
In water treatment oxidation processes are used to remove organic substances which are not biodegradable. If the oxidation is by hydroxyl radicals (OH radicals) it is called "advanced oxidation". A common method for forming hydroxyl radicals is the irradiation of hydrogen peroxide with UV light. CE 584 demonstrates this process using a discontinuous falling film reactor. The falling film reactor consists of a transparent tube which is open at the bottom. At the top of the tube there is a circular channel. Using a pump the raw water enriched with hydrogen peroxide is transported from a tank into the channel. From here the water flows as a thin falling film along the inside wall of the tube back into the tank. This creates a closed water circuit. At the centre of the tube there is a UV lamp. By irradiation of the falling raw water with UV light hydroxyl radicals form from the hydrogen peroxide molecules. The hydroxyl radicals oxidate the organic non-biodegradable substances in the raw water. As protection against the radiation the UV lamp is fitted with a protective tube. The flow rate and temperature of the water are continuously measured. The temperature is indicated digitally in the switch cabinet. Samples can be taken at the tank. E.g. triethylene glycol dimethyl ether can be used to produce the raw water. Analysis technology is required to evaluate the experiments. The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments. - familiarisation with oxidation with hydrogen peroxide and UV light - recording of degradation curves for the investigation of reaction kinetics - influence of the hydrogen peroxide quantity on the process ....
Manufacturers and suppliers of Advanced PID Controller Based On Microcontroller for engineering labs worldwide.
Advanced PID Controller Based On Microcontroller....
Manufacturers and suppliers of Advanced PID Controller Based On Microcontroller for engineering labs worldwide.
Advanced PID Controller Based On Microcontroller....
Manufacturers and suppliers of Advanced Research microscopes for engineering labs worldwide.
Advanced Research microscopes....
