Generate an accurate turbidity reading quickly with the 0 Turbidity Meter and its accessories. Perfect for the plant, field or lab, this simple yet powerful turbidity meter offers an impressive array of features.
This IP67 waterproof meter offers a long battery life averaging about 3000 tests.
Use the Infrared (IR) LED light source to comply and reliably measure turbidity with auto-ranging values from 0 to 1000 NTU.
Disposable Lab Coats come complete with a knitted collar and cuffs. Designed to protect healthcare professionals, lab technicians and other users from fluids and cross-contamination.
Made from high quality, ultra-soft fabric designed to keep you protected and comfortable.
Premium protective apparel is available in both lab coats and hip length jackets.
High quality front snap button closure
Comfortable knit collar and cuffs
Fluid-resistant material meets AAMI L2 standards
Anti-static coating
3-pocket design
Convenient side slits for easy access to pockets.
42 GSM high quality, breathable SMS material.
Control Device with DC Power Supply
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Capacitance Decade Box
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Spectrophotometer, UV/VIS
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Shell and Tube Heat Exchanger
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EV Traction Battery Pack Loading and Testing Training Platform
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Mechanical Oscillator to deliver signal for Harmonic Motion Experiments
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Hot Air Oven Dry Heat Sterilizer
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Water Leaking Detection
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Biology Data Collection and Graphing Set
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Winch and Accessories for Cable-Way Span up to 150m
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Thermomixer Heating Block
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Magnetic Compass Needle
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The frame for load tests has been designed specifically for experiments in the fields of steelwork and civil engineering. Large components at a 1:1 scale are studied. The demands of modern, technically sophisticated designs require a solid understanding of the strength and deformation of components. Different load states can be simulated in load experiments and the reaction to the load recorded and analysed. This makes it possible to demonstrate the load bearing capacity of the design by means of experiment.
Features:
Specially designed for large components at a 1:1 scale.
Wide range of applications thanks to extensive accessories.
Load tests on components from steelwork and civil engineering.
Learning Objectives And Experiments:
Bending tests
Load tests
Together with the accessories
Compression tests.
The Plain Tube and Tube Bundle in Cross Flow accessory includes two clear plastic plates that are designed to fit the aperture in the Cross Flow Heat Exchanger duct. Using the single tube plate the active element may be used to investigate the variation in heat transfer, temperature difference and surface heat transfer variation with air stream velocity. An electrically heated cylindrical active element with an integral surface thermocouple is supplied which may be inserted in the apertures in each of the two plates. One plate has a single central hole and the other consists of a six row tube bank with a removable tube in the centre of each row.
Exeperimental Capabilities:
Determination of the mean surface heat transfer coefficient for cross flow heat exchangers with one to six rows.
Deduction of the relationship between Nusse lt, Reynolds and Prandtl Numbers for each of the six tube rows.
Steady state determination of heat transfer , temperature difference and surface heat transfer coefficient for a single tube in a transversely flowing air stream at speeds of up to 30m/s.
The experimental unit contains a typical wind powerdrive train at laboratory scale, which is driven by an electric motor. Themotor enables low speeds with high torque. This simulates a typical slowly rotating wind rotor. The speed can be adjusted. Modern windturbines should be optimally adapted to the wind available at their locationand allow efficient operating conditions. In addition to the wind rotor itself,components of the drive train such as the transmission and the electricgenerator are crucial. The drive train consists of theslow-rotating drive side, the fast-rotating generator side and a three-stagespur gear between the drive and the generator. The electrical load of thegenerator can be varied. This makes it possible toapproximate operating points of a typical torque characteristic. The generator speed and the torques of the drive side and generatorare captured by sensors and displayed digitally on the measuring amplifier. The calculatedcharacteristic results from the mechanical power of a wind rotor for a givenwind speed. The experiments with simulate typical operatingconditions of a drive train. To do this, the electrical load of the generatorand the speed of the drive motor are varied.
Features:
Generatorwith adjustable electrical load
Electricmotor simulates wind rotor at low speed
Torquemeasurements on drive and generator.
