Digital display of the temperatures measured using sensors
Flow rate measurement with rotameter
4 different measuring sections, can be selected individually with ball valves
Water connections made using quick-release couplings
Investigation of 4 different temperature measuring techniques in the range from 0...60°C.
It has been developed as an open system; allowing the study of each system in autonomous way, each hardware component is independent from the other ones, connecting other existing equipment of the laboratory. Brushless DC Motor Trainer is a complete system for the study of 3 disciplines (DC brushless motor, PLC and Human Machine Interface HMI), important in both industrial and civil sectors.
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Evaporation of a highly volatile solvent with a diffusion tube in a heated water bath for investigating diffusion in gases
Investigation of diffusion in liquids and gases
Transparent tank with magnetic stirrer, conductivity meter and U-tube with capillaries for investigating diffusion in aqueous solutions
Height-adjustable microscope for monitoring and determining the solvent volume in the diffusion tube
Removal of gaseous solvent at the upper end of the diffusion tube with a fan
Separate display and control unit contains temperature controller and fan
Heater with controller and sensor for adjusting the temperature in the water bath.
Non sterile gauze compress, folded edges, pack of 100 units.
Material: Absorbent gauze, 100 % cotton.
Non-detectable by X-ray.
Components: Bleached, purified textile, plain weave.
Type of gauze: 17 threads/cm2 (grammage 23g/m2).
Number of folds (thickness): 12 ply
Non-sterile.
Single use
Size selected: Compress gauze folded.
Length: 10cm.
Width: 10cm.
Thread count:
Weft: 66 to 74 threads/dm.
Warp: 95 to 105 threads/dm.
Weight: +/- 23g/m2.
Stroboscopic Motion
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Composed of solar panels, small motor with wind leaves, buzzer, LED lights, plug line.
Size: 155*10*45mm.
Description: Turbidity Standard, 1 NTU/NTRU, 60 mL
Volume (English): 2 oz.
This Turbidity Standard is a calibration solution.
Type: Turbidity Standard
Packaging Type: Bottle
Premium protective apparel is available in both lab coats and hip length jackets. Made from high quality, ultra-soft SMS fabric designed to keep you protected and comfortable.
The Disposable SMS Lab Jackets with a knitted collar and cuffs. Designed to protect healthcare professionals, lab technicians and other users from fluids and cross-contamination.
Anti-static coating
High quality front snap button closure
Fluid-resistant material meets AAMI L2 standards
42 GSM high quality, breathable SMS material
3-pocket design
Comfortable knit collar and cuffs
Convenient hip length.
This benchtop unit is based on the vertical combination of a threaded spindle and a nut. A spring balance with a nylon cord enables a turning moment to be exercised on the spindle using a pulley. Additional weights can be placed on the rotating plate to change the axial load on the thread. It contains two spindles with trapezoid threads and varying lead. The unit is portable and is equipped with anti-slip feet to ensure that it remains stable. The painted metal base plate is fitted with clips for the individual parts. To match these spindles, three long nuts made of different materials with single lead, and a cast iron nut with a double lead are provided. The thread efficiency can be determined and compared using the measured values.
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Pascals Law Demonstration system is designed for the study and demonstration of the Pascals principle enunciated by the physicist and mathematician Blaise Pascal it states that the pressure, exerted anywhere in a confined incompressible fluid, is transmitted equally in all directions throughout the fluid so that the pressure variations remain the same. There are many applications based on the Pascals principle and one of the best known is the hydraulic press. With Pascals Law Demonstration equipment, it is possible to study the "hydrostatic paradox" that is a consequence of the Pascals principle: the pressure within the liquid at rest depends only on the depth of water, regardless of the quantity.
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Individual components are clearly shown. Temperatures and pressures at various points are indicated. Split Type Air Conditioner System is used for the demonstration of split type room air conditioning operation.
Experiments:
Observation of pressures and temperatures
Study of layout and process diagram
Remote control operation.
MG Screw compressor with charge-air cooling
Easily visible:
Two screw spindles, driven via a magnetic clutch and gear wheels.
At the bottom of the charger, is the cutaway charge-aircooler with water channels.
The charger runs at 12,000 RPM.
Steel Cylinder Mould Dia. 159,6 X 320 Mm
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Features:
Pressure relief valve
Flow Control Valves
Solenoid operated direction control valves
Speed Control Valves
Hydraulic vane pump
Hydraulic Power pack unit complete with electric motor 2 H.P
Accessories
Analogue pressure gauges and all safety factors.
Theoretical topic:
Conventional directions of voltages, and currents
Ohms law
DC power sources
Series/parallel resistive circuits
Power in dc circuits
Voltage/current divider circuits
Direct current meters
Fault simulation
Batteries
Circuit with linear resistance and nonlinear resistance
Linear/nonlinear variable resistor.
Heating circuit (b) with forced convector with fan, 2 radiators and circulating pump
Heating circuit (a) with floor heating, circulating pump, heating controller, and 3-way mixing valve
Measurement of flow rate and pressure
8 measuring points for differential pressure and
Hot water connections with quick-release couplings
Together with hot water generator: setup of a complete domestic heating system with 2 independent heating circuits
1 radiator with thermostatic valve and 1 radiator with 1-pipe radiator valve
Room temperature controller for fan of forced convector.
