Reads up to 4000 NTU without the need for dilutions
Touchscreen interface for ease of operation
The Series of turbidimeters offers simplistic operation combined with intelligent instrument engineering to provide an unparalleled level of accuracy in turbidity measurement.
Superior data management - easily save and recall measurement data sets
Rechargeable battery pack accessory available
Supplied with AA
Featuring the patent-pending Multipath 90° sensor technology, the optical system is engineered with dual detectors to deliver a ratio reading which mitigates common measurement stability issues.
This user interface helps eliminates common frustrations and prevents errors. The data logging capabilities allow you to record the testing location, operator's identification, time and date along with the measurement. Stored data can be transferred to a computer via USB. The intuitive, touchscreen interface makes it easy to perform procedures and interpret results. With function applications, you can navigate between settings and performing that function efficiently.
Contactor Circuits in Three Phase Systems Trainer with Assessories
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Maintenance Kit containing Vacuum Pump Hoses and Manometers
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Angular Grinding Machine 400
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Technical Documentation and Software
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Incubators for Microbiology
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The engine used here is an air-cooled single-cylinder four-stroke petrol engine with external carburation. A modified cylinder head permits experiments with various combustion chamber inserts. To adjust the mixture composition, the carburettor was modified. In conjunction with the test stand and the load unit, the engine is highly suitable for investigation of different compression ratios, ignition timing adjustment and an adjustable jet nozzle. The engine includes a sensor to measure the exhaust gas temperature. The sensor, ignition cut-off and fuel supply are connected to the test stand. It is fitted with a special device to adjust the ignition timing from advanced to retarded.
Learning Objectives/Experiments:
Influence of compression ratio, mixture composition, ignition timing on engine characteristics and exhaust gas temperature
In conjunction with test stand load unit, in addition to the standard basic experiments
The SCR Speed Control Learning System features heavy-duty components like an SCR speed control unit, DC shunt wound motor, and fuse block to give learners real-world practice on SCR speed control skills such as connecting and operating a motor with SCR half-wave speed control, measuring the performance of SCR half-wave speed control, and troubleshooting an SCR speed control circuit. SCR Speed Control Learning System adds to the Electronic Motor Control Learning System to teach variable speed motor control of DC electric motors using Silicon Controlled Rectifier (SCR)-based circuits. These hands-on skills are carefully interwoven with world-class SCR speed control curriculum so that learners understand both the theoretical and practical knowledge that they'll need to be successful. SCRs convert AC voltage into a DC voltage in order to provide efficient variable speed control of DC motors and are widely used within industrial applications such as cranes and machine tool spindles.
Features:
Features heavy-duty components like an SCR speed control unit, DC shunt wound motor, and fuse block
Teaches variable speed motor control of DC electric motors using Silicon Controlled Rectifier (SCR)-based circuits
Skills include connecting and operating a DC shunt wound motor with both SCR half-wave and full-wave speed control and measure their performances.
The Rigging 1 Learning System includes a 1-ton rated gantry crane with casters and component storage, hoists, slings, loads and load fittings to enable learners to replicate various on-the-job load movement applications. The Rigging Concepts 1 Learning System teaches how to safely move loads of different shapes and sizes using a variety of methods. Major topics covered by this learning system include hoists, slings, lifts, wire ropes, and chain slings. Rigging skills are required in many industries including manufacturing, construction, and transportation, so give your students a head start by teaching them these rigging concepts and applications. Hands-on, applied skills include installing an eyebolt for lifting, calculating crush force, assembling and lifting a load using a two-leg wire rope bridle sling with shackles, and many more. The Rigging 1 Learning System can be used as solid foundation toward industrial certifications and industry standard safety practices are followed throughout. This learning system also includes student learning materials for theory and lab, an instructors guide, a student reference guide, and an optional eBook format for online learning.
Features:
Heavy Duty Welded Steel Gantry
Industrial Standard Components
Optional Online eBooks
Replication of Common Loads
Student Reference Guide.
The Computerized Boiling Point Heat Transfer Unit is designed to display the various types of boiling to change the intensity of the heat flow. The experiment is performed with environmentally-friendly, special low boiling point liquid. A transparent vessel allows to observe the evaporation process at the heated cylinder. More precisely, can be reproduced the nucleate and the film boiling and it can plot the so-called pool boiling which is the basis of the design of the systems with the steam boiler. The cylinder operates as a fire tube heated from the inside. An integrated water-cooled condenser allows for a continuous boiling process. The unit is supplied with manuals that describe each component of the system, installation and utilization procedures and give many exercises. The special liquid used evaporates at low temperatures. An automatic data acquisition and analysis system for Personal Computer allows to take the measurements automatically, to plot the curves on screen or print them out, to store the experimental data on disk or print them.
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The unit consists of the standard mechanical but equipped with an electronic transducer that measures the rebound values and supplies automatically the results on a graphic display. This Digital Concrete Test Hammer microprocessor operated, entirely designed and manufactured by with advanced technology, performs basic concrete testing with continuous automatic recording of all parameters in accordance with Specifications, register and process data and then transfer them to a PC.
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Maximum Dia. of Spur Gear: 18 30
Minimum Dia. of Spur Gear: 1/2 1
Maximum Module: 5 Module 8 Module
Maximum Travels of Hob Slide: 10 12
Maximum Helical Gear Cutting: - LH/RH 45 LH/RH 45
Diameter of Work Table: 16 22
Work Table Bore:v 2 3
Maximum Distance b/w Hob & Work Table: 11 18
Maximum Dia. of Hob: 4 5
Mounting Taper of Hob Spindle: Mt 3 Mt 4
Hob Spindle Speed: 6 8
ELECTRICALS
Main Motor Power: 3 H.P. 3 H.P.
Rapid Motor Power: 1.5 H.P. 2 H.P.
Universal Industrial Process Simulator is effected by means of series R-C pneumatic circuits. Universal Industrial Process Simulator module allows to simulate the process, the regulating element, the measurement and transmission of the controlled quantity and to generate step or ramp noises.
The Universal Industrial Process Simulator is composed of Three sections:
Controlled quantity transmission,
Process simulation and noise generation,
Actuators.
Two-part buckling bar with a central elastic joint:
The support of the two parts is pinned-pinned (articulated-articulated).
Length: 550 mm (length of each part: 275 mm).
Cross-section: 20 x 20 mm.
Device to apply compressive load:
Compressive force range: 25-125N.
Load application lever with scale, lever ratio: 1:2-1:5.
Features:
Materials of Construction:
Tunnel: Acrylic sheet or laminated glass up on requested.
Tail Pipe : Galvanized sheet metal.
Bell Mouth : Sheet metal
Blower : AC/DC motor , adjustable speed.
Smoke Generator : Oil Burning type 1 outlet port.
Electrical Supply : 380 vac 50 Hz, 3 phase.
Air Speed Indicator : Propeller type 0.4 - 30 m/s. , digital display.
Air Distributor : Acrylic sheet or aluminum sheet.
Wind Tunnel Flight Demonstration:
Tunnel Width : 60 cm
Tunnel Height : 40 cm
Tunnel Length : 100 cm
Experiments:
Reactions and fixing moments of a fixed beam and a propped cantilever
Reaction and fixing moment of a propped cantilever with a sinking support
Reactions of a simply supported beam
Reactions of a two-span continuous beam
This equipment allows many possible experiment
Relationship between load and deflection for beams and cantilevers
Configurations, using a stiff (rigid) beam, or a significantly more flexible beam.
A computer interface unit and software are provided. Universal Structural Frame Force Indicator and computer are required but separately supplied. The Forces In Truss Computer Interface set has the same accessories as except load hanger with weights and Dial Indicator is replaced by Vertical Force Load Cell with dial indicator.
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The kit includes an outdoor motor condensing unit and the wall-mounted indoor unit. The indoor unit is mounted in a metal box with transparent front panel to show the inner components.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
A Split-Type Domestic Air Conditioner with Inverter Assembly Kit for students to learn the assembly, maintenance and servicing skills applicable to a split-type domestic air conditioner with inverter.
There is also an electric convector heater to simulate a thermal load. It includes all necessary pipes and fittings.
The kit can be assembled and disassembled as often as required and comes pre-filled with refrigerant.
Four flowmeters are described below which operate on the principle of either head loss, impulse or velocity. A fifth flowmeter, Rotameter working on the variable area principle, is described separately in the Hydraulics Bench leaflet. The measurement of flow rate is a fundamental topic to which a considerable degree of attention has been paid with the result that there are flow meters available using a wide variety of principles. Chosen five types of flowmeter, which are all in common industrial use, to provide experiments in comparative flow measurement.
Experimental Capabilities:
Establishment of the relationship that flow is proportiona to the square root of the pressure drop between entry and the venturi throat.
Observation of degree of pressure recovery at the end of the divergent section of the Venturi Tube.
Demonstration of use of Venturi Tube as a water flow meter and determination of the flow coefficient.
