Well Bore Hydraulic Demonstrator is designed to replicate many of the hydraulic conditions encountered in drilling operations. The Well Bore Hydraulic Demonstrator is a valuable tool for training process operators. These conditions are produced in a replica well-bore manufactured from industrial clear PVC that allows students to observe the flow patterns.
The Well Bore Hydraulic Demonstrator is equipped with process indication and manual control devices including metering valves and pressure gauges. Oil water and air represent the three common well-bore fluids liquid hydrocarbons, gaseous hydrocarbons, and produced water. The process fluids are recycled allowing for continuous operation without the discharge of either the oil or the water. The Well Bore Hydraulic Demonstrator is controlled by manually adjusting the various flow control valves.
Function:
The operator has control over several aspects of the flow inside the well-bore; the flow direction fluid flow rates, and the distance that the tubing is above the bottom of the hole. Throughout the well servicing and well production phases, the operator will create different flow patterns in the well-bore. The operator must balance these parameters to successfully achieve:
Containment of hydrocarbon-contaminated water
Control liquid flow rates
Positive control of well pressure
Safe Drilling and Servicing Operations
Containment of gas and liquid kicks
The CNC Machines And Learning Systems builds on these foundational skills by adding how to calculate the speeds and feeds for CNC operations, how canned cycles and subprograms are used to simplify CNC programs, and how to use cutter compensation. CNC Machines And Learning Systems cover how to operate a CNC milling machine and how to develop basic programs that will run the machine. More specifically, the CNC Machines And Learning Systems will cover fundamentals like linear interpolation, startup and shutdown blocks, tooling selection, and accurate PRZ location before moving on to more advanced circular interpolation commands.
This level of hands-on practice offered by CNC Machines And Learning Systems is mirrored throughout other systems in Project Based Learning program. Each of these learning systems uses the Micromill CNC milling machine, which allows learners to gain hands-on milling program design and practice. Project Based Learning systems were specifically designed for high school students in order to teach them teamwork, STEM, and problem-solving skills that are applicable to real-world advanced manufacturing career opportunities.
Features:
The CNC Machines And Learning Systems will cover fundamentals like linear interpolation, startup and shutdown blocks, tooling selection, and accurate PRZ location
The CNC Machines And Learning Systems builds on these foundational skills by adding how to calculate the speeds and feeds for CNC operations, how canned cycles and subprograms are used to simplify CNC programs, and how to use cutter compensation
Includes the Micromill IST CNC milling machine, which allows learners to gain hands-on milling program design and practice.
The Solar Thermal Sun Simulator includes a stationary frame, sun simulator lights with heater assembly, and power box and cable. The light positions are adjustable. This system requires a Wire electrical service.
The Solar Thermal Sun Simulator for use indoors. This simulator provides thermal energy to simulate solar thermal power for commercial and residential systems. Instructors are often faced with challenges in teaching solar when faced with inclement weather. The Solar Thermal Sun Simulator provides the heat energy needed to simulate the suns solar energy when the solar thermal installation system is being used indoors.
The Surveying Learning System introduces the fundamentals of surveying, focusing on determining the terrestrial or three-dimensional position of points and the distances and angles between them; this signature approach to curriculum reinforces both theory and practice, which produces a well-rounded understanding of the topic.
These components are all industrial quality not only to ensure durability, but also to help learners become better prepared for what they will encounter on the job. All products are made from top-notch materials and carefully crafted (hand-welded, painted, and silk-screened) to create tough, attractive, well designed learning systems that facilitate learning and will serve teachers and students for years. The Surveying Learning System includes Level-Transit, optical type with 20x magnification, horizontal and vertical adjustments and locks, Level-Transit tripod with adjustable legs and mounting platform; Measuring Tape, fiberglass, 200-ft., (100) Surveying Flags, plastic film on wire stakes.
Because surveying is utilized in so many aspects of industry, the skills taught by the Surveying Learning System opens the doors to careers in various fields, such as manufacturing, transportation, and construction. After completing this training system, learners will be able to operate surveying and mapping tools, including global positioning systems (GPS) associated with surveying, but will also understand the relevant key concepts.
Features:
Introduces the fundamentals of surveying, focusing on determining the terrestrial or three-dimensional position of points and the distances and angles between them.
Main Features:
Air outlet control by valves operated manually
Regulation of fan speed (0-100%)
High quality thermoinsulation material
Forced ventilation airflow
300°C maximum temperature
Double over heat protection system
Stainless steel chamber and trays with Silicone gasket
Low power consumption
PID electronic regulator, double digital display
High temperature (uniformity ±2% and precision ±0.3°C) fully compliant with Standards.
The Pilot Plant For The Production Of Biogas From Biomass plant has been specially designed for the study of the anaerobic fermentation process resulting in the formation of methane gas (biogas) from organic waste material (biomass). In the field of the so-called soft technologies, anaerobic fermentation plays a primary role on account of the contribution it can make to the solution of major problems to do both with the energy crisis and with the disposal of organic waste materials. The Re Biomass pilot plant has been conceived so as to illustrate effectively the functional parameters which determine the quantity and properties of the biogas produced as well as the criteria governing system operation, in particular in terms of safety. Thus, this unit can be viewed as a valuable teaching tool for the understanding of both the processes and the technology adopted in the design of real systems.
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The Contra Rotating Propeller Multi Purpose Propulsion Dynamometer is a generic design for use either within a large Cavitation Tunnel or within underwater models in the Towing Carriage. The design greatly simplifies the transmission of power to the output shafts and reduces the number of moving parts (and thus generated noise) considerably. In this case is to be supplied for use in both facilities with the appropriate equipment and accessories including a separate water cooling system for the integral motors. The new CRP dynamometer is based on the Dynamometer principle of integral motors in the gondola, however with higher ratings to meet our customers requirements.
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Aircraft Propeller Trainer comprising a three blade propeller mounted on a free standing fixture. The range of propeller blade movement is demonstrated by the application of air pressure. The propellers are mounted on a moveable stand. The trainer equipped with a constant speed, feathering and reverse pitch propeller.
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Almost all the new generation commercial and military aircraft utilize electronic displays in the cockpit. Training imparted on an ARINC 429 based EFIS will prepare the students to easily understand other EFIS based on other versions of commercial and military avionics data busses. EFIS Trainer has been designed to enable avionics students to understand a typical digital bus EFIS system, and to perform maintenance and troubleshooting tasks that are typically encountered by avionics maintenance personnel. Electronic Flight Instrument System is the essential component of Glass Cockpit. he most widely used avionics data interface standards. It has been installed on many commercial passenger and transport aircraft including Airbus A310/A320 and A330/A340, Bell Helicopters, Boeing727, 737, 747, 757, 767. The fault panel allows for the simulation of typical aircraft EFISi nstallation faults including sensor feed faults. The faults are easy to select but not apparent to the student. A numbered switch panel or patching panel with cover is provided. The EFIS Trainer is based on Two Display Units, a Symbol Generator, a Control Unit, a Signal Simulator, and an Instructors Panel. Electronic displays are multi mode with ADI, HIS and Map modes. Map mode allows for superposition of Weather Radar data and sector display. Wiring harnesses in the trainer are representative of aircraft standards in hardware and wiring / looming techniques. Interconnect diagrams and panel circuit and layout diagrams are also provided.
....-lab-352483438.jpg "Perforated Plate With Adjustable Stem (Swell Plate)")
Contact end of the stem is easily locked in place with a knurled nut. Perforated 5-7/8" (149mm) dia. base with adjustable stem.
Features:
Easy to insert and remove
Adjustable stem for locking plate.
Utilisingthe service unit the experiments rapidly mount onto the multifunctional workpanel and is connected to the built-in water supply via quick connectcouplings. Differential pressure reading is taken using a digital manometeragainst varying flow rates.
The Fluid Energy Losses in Straight Pipes Tray provides hands on experimentation designed to demonstrate energy losses due to the geometry of the flow path atdifferent flow rates.
Th etray includes the following Hydraulic Circuits:
Contractionand expansion 8mm 4mm 8mm diameters
Smooth and Roughened pipe 6mm diameter
Internal pressure is applied to the diaphragm by a hydraulic hand pump. Pressure in the diaphragm is indicated on a pressure gauge. A dial gauge is fitted onto a cross bar to measure the diaphragm surface profile. The Circular Diaphram equipment is used for studying the stress and deflection of a thin diaphragm. The circular aluminum alloy diaphragm is clamped around its edge by two heavy steel flanges. Each strain gauge is wired to form a full bridge with temperature compensation gauge and zero adjustment in a bridge box with strain gauge indicator. Scale on the cross bar indicates the dial gauge position. The strain gauges are fitted onto the diaphragm at different angles and radii.
Experiments:
Strains on the diaphragm surface under pressure.
Deflection of circular diaphragm under pressure.
Rectangular mosquito net, polyester 100 DENIER, treated with WHO PQ qualified insecticide, color white/blue/green, alternative dimensions.
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Intended use:
Applicable for molecular/PCR & sterile microbiological works.
Various clinical laboratory usage conditions including; Sample cold storage, sample preparation/extractions with water bath, incubator, and centrifuge.
Used to centrifuge clinical samples at field facilities where there is no electrical power with a clamping device for simple table mounting.
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Used for multiple techniques to accurately dispense required volumes of liquid.
A handle with digital setting and read-out of delivered volumes
Built-in tips ejector
Manual air displacement micropipette
Compatible with universal fit pipette tips ranging 100-1000ul
Autoclavable, and Resistant to UV sterilization
Single channel, adjustable pipetting volumes 100-1000ul
Sturdy and chemical resistant parts.
Anti-D blood grouping reagent
Dropper bottle
Volume: vial of 10ml
Contains monoclonal murine IgM antibody
Box of 10 vials
Set of winter clothing for child aged 3 years.
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Icepack with screw cap (Type1)
Capacity: 0.3 litres
External dimensions: 173 x 120 x 26mm, +/- 2mm (Type1)
Water content: 0.25 to 0.35 litres
Removable cap, with internal water seal to prevent leakage.
Filling line indicated on one side.
Walls to be reinforced in order to prevent swelling.
Supplied empty.
Gross volume-Freezer: 281 L
Volume category: >150L
Energy consumption, stable running (kWh/24 hours): 4.23
Operating temperature: Max rated ambient temperature: +43°C
Refrigerant: R600a, 75 grams
Equipment operating voltage and frequency: 220-240 Volt 50Hz /60Hz, or 100-127 Volt 50Hz /60Hz, 1ph.
Prequalified Mains Powered Vaccine/Water-Pack Freezer for storage of vaccines at -15?C to -25?C and freezing of water packs.
