It adopts independent modular units and modular design which makes more easily to carry out the relative experiments. The Typical Sensor Training Kit uses separate heat and digital intelligent temperature regulation, it is a perfect solution to heat aging and performance instability problems.
Configurations and Technical Parameters:
Intelligent temperature control module: 0 ~ 400 Æ’ temperature range
Temperature sensor module include: PN junction, negative thermal sensitive resistors, platinum resistance, copper resistance, K-type thermocouple, E-type thermocouple
ignal source: 1k ~ 10kHz, amplitude VPP = 8V, with a digital frequency meter indication
DC voltmeter: 0-2V, 0-20V
DC power source: ± 5V, ± 12v
Current source: 0 ~ 20mA Output
Differential transformer module
Hall sensor module
Capacitive sensor module
Optical speed sensor module
Strain sensor module.
L Box Stainless steel made consisting of:
Container with inside rigid surfaces,
Two marks far 200 and 400 mm are engraved on the horizontal bottom position.
Obstacle for med by 3 vertical bars having 16 mm dia. with free light of 38 mm,
gate in guillotine form.
The PBM DP arrangement 3 Roll Pyramid Type Hydro-MechanicalPlate Bending are planned with twofold side pre-squeezing course of action. The top roller is settled and pre-pinching by bothbase rolls are through pressure driven barrels. The job is bolstered from oneend to complete pre-squeezing and whole shell is moved to wanted curve span. This component makes the machine more gainful and reasonable for taking care of overwhelming employments. Flip side pre-squeezing is done by second base move to finish the shell. Theone of a kind outline allows the pre-squeezing of employment by both baserolls; subsequently the occupation is finished in single operation. Thecomplete shell is set up in single operation.
Features:
3 Roll PYRAMID Type outline with twofold pre-squeezing gameplan
Twisting rolls are made of combination steel.
Dropper end assurance by pressure driven barrels.
Over-burden prevention
Two base rolls are force driven via planetary apparatus boxwith electric or water powered engine.
Low part, smooth operation and less power utilizationbecause of water powered framework works at lower weight in littler thickness.
Top roll is repaired and base moves and down.
Base moves up-down through water powered chambers.
This board does not substitute the medical device under study. The results of the experiments have no medical value. In this course we will study the devices that allow the passage of biomedical signals with given characteristics, while attenuating those that do not comply with the required parameters. They are just for demonstration purposes
Theoretical topics of Filters
Main configurations of the 1st and 2nd order Filters
Filters applications in the biomedical instrumentation
Filtering of the biomedical signals
Filters used in the measurement of the EEG and of the EMGv
Types and characteristics of the Filters
Notch Filters.
The Air Conditioning Heat Pump Troubleshooting Learning System utilizes, the industrys only electronic troubleshooting system, to provide a hands-on experience for identifying faults such as blockages, leakage, and refrigerant overcharging and undercharging. Air Conditioning Heat Pump Troubleshooting Learning System teaches valuable HVAC troubleshooting skills on a hands-on learning system that performs heat pump, air conditioning and refrigeration operation. The Air Conditioning Heat Pump Troubleshooting Learning System consists of a mobile workstation, compressor, pressure control system, refrigeration circuit, instrumentation set, temperature control system, blower control system, and much more! Thermal systems play a key role in industrial, commercial and residential applications to provide heating and cooling of spaces and processes. This system is ideal for training HVAC technicians and installers. Learners will gain this technical knowledge by studying major topic areas like compressors, condensers, metering devices, evaporators, temperature and pressure control devices, and reversing valves. These components will provide hands-on experience for operating, adjusting, and troubleshooting air conditioning / heat pump systems in real-world, on-the-job applications.
Features:
Variable Conditions
Modern Temperature Control
Computer-Based Fault Insertion
Instrumentation Features
Optional Online eBooks.
The electrical equipment supplies the electrical feeding to all the components of the system, allows the manual command of the single axis or their automatic control through programs of complex cycles. The system allows to simultaneously or independently control two axes and to face the most important basic problems concerning industrial automation and specifically robotics.
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Anaerobic degradation of organic substances
Temperatures in the stirred tank and the uasb reactor can be controlled
Control of the pH value in the UASB reactor
Separate supply unit with tanks for raw water and treated water
Single stage or dual stage operation mode
Stirred tank with secondary clarifier
Uasb reactor with separation system.
This unit is composed of:
Two outer discs made of aluminum.
Torque transmission is accomplished by mating drive keys of the central disc, located on opposite sides and oriented 90 degrees apart, with the slots of the outer discs. A central disc made of acetal, located between both outer discs. It acts as the torque transmitting element.
Both outer discs are mounted in two rotary elements with a graduated disc to read the angle.
Bench-top unit mounted on a structure of anodized aluminum profiles, with painted steel panel, and with legs.
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An inverted aluminium T-beam is mounted between two simple supports on knife edges. The load onto the T-beam is applied using a fine screw jack mechanism with integral load cell. A standalone experiment for determining the bending stresses and strains across the surface of a T-beam. The load cell arrangement and supports create a three (3) point loading.
These strain gauges are paired with temperature compensation dummy gauges for output stability. A number of precision strain gauges are arranged on the T-beam specimen. Each strain gauge pair is numbered for accurate connection to the Interface.
Features:
Variable speed motor mounted in a dual axis bearing.
Separate hand-held optical tachometer.
Adjustable masses to produce balance, and positive and negative torque position
Includes spreadsheet discs files for data analysis
Removable gyroscope for demonstration of nutation effects.
Experimental Capability:
Investigates behaviour of a suspended gyroscope
Demonstrates relationships between gyro speed and torque, precession and nutation
Experiments on fundamentals of gyroscopic motion.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
A Domestic Air Conditioning Assembly Kit for diagnosing problems associated with refrigeration circuits and air conditioning systems.
The kit comes pre-filled with refrigerant.
The apparatus consists of a set of parallel pipes manifolded and valved so that a wide variation of flow circuits can be produced. The first pipe which acts as a feed pipe to the four manifolded pipes, contains a variable area flow meter, a transparent venturi tube, an orifice plate assembly and an annular test section. Means are available to vary the rate of flow over a wide range. Pressure tappings are provided at appropriate points so that measure-ments can be made of head loss over standard lengths of differing pipework, and various types of fittings as required.
Experimental Capability:
Investigations of the flow/pressure drop relationship for an annular pipe, using the concept of equivalent hydraulic diameter.
Investigation of pressure drops across various fittings enabling the results to be used to predict resistance coefficients or equivalent lengths.
Flow through smooth pipes of differing diameters under laminar and turbulent flow conditions with logarithmic plot of friction factorâ„¢ against Reynolds number (Stanton diagram).
Investigation of various methods of flow measurement including variable area meter (Rotameter), Transparent Venturi Meter, Orifice Plate Meter and Pitot Static Tube.
Comparison of pressure drops across three different types of valve (i.e. ball valve, gate valve and seat valve) under different conditions of valve opening.
Flow through roughened pipes of different diameters under laminar and turbulent flow conditions with logarithmic plot of friction factorâ„¢ against Reynolds number (Nikuradse diagram).
The cutaway includes suspension, shock absorber, spring, rack and pinion steering box, disk brake. and steering wheel. Steering Unit With Suspension trainer is operated manually through a crank handle.
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Training Objectives:
Interpretation of diagrams and association with their objective
Measurement of wind speed
Identification of the components and association with their function
Analysis of the operation of the installations once assembled
Assembly of the proposed installations
Analysis of the behavior of the wind turbine.
Intended use:
PCR plate to be used on most standard Thermocyclers, RT PCR platforms, DNA Sequencers.
Vaccine storage capacity: 1.04 liters
Cold life at 43°C without openings: 32 hrs 07 min
Supplied with 3 x 0.6-liter icepacks (Bmedical WP 0.6L) as a standard.
With lid and shoulder strap
Weight fully loaded: 7.6 kg.
Material: Calcium carbonate, non-toxic.
Chalk, cylindrical, extruded length approximately 80mm, diameter 10mm.
Complies with internationally recognised safety standards
Colours: 10 colours (not including white) are included. For example: red, green, blue, orange, yellow, pink, purple, brown, cyan and light green.
Oxygen concentrators are not suitable to be used as an oxygen source to other medical equipment providing respiratory support, such as ventilators, CPAP devices, High Flow Nasal Oxygen, etc.
Provides a continuous, variable flow of concentrated oxygen 93% (±3%) derived from room air, to a maximum rate 8 L/min.
Equipped with a single oxygen outlet provided with controllable flowmeter.
Audible and/or visual alarms for low oxygen concentration (<82%) and power supply failure.
Contains oxygen monitor to verify concentration.
Flowmeter minimum flow rate of 2 L/min. Lower flow rates may be achieved by a combination of the concentrator and a separately supplied flow splitter (details under RELATED PRODUCTS).
Audible and visual alarms for high temperature and pressure failure.
Power efficiency ≤ 70 W/LPM.
Digital meter that displays cumulative hours of device operation.
Oxygen outlet(s) with 6 mm (¼-inch) barbed fitting.
Flowmeter continuously adjustable, with markings of at most 0.5 LPM intervals.
Noise level <60 dB(A).
CASING AND ENVIRONMENT
Oxygen outlet to be securely mounted and sheltered.
The unit includes internally and externally mounted filters for cleaning the air intake.
All user-removable filters are cleanable. Cleaning instructions for filters are included in the instructions for use.
Case to be hard, to be cleanable with standard hospital cleaning materials.
Whole unit to be movable with four wheels.
ELECTRICAL CHARACTERISTICS
Electrical power requirements to be locally compatible.
Capacity for safe operation from at least ± 10% of rated voltage.
Electrical protection by resettable circuit breakers or replaceable fuses.
230 Volt, 50 Hz, 2.1 amps (110 Volt units available upon request)
Mains power cable to have length ≥ 2.5 m.
To cut and dissect tissue during surgical incisions.
Material: Martensitic steel (quenched, magnetic steel).
Martensitic steel: 0.60-0.70% carbon; 12-14% chromium.
Singe use, disposable.
To be used with: Scalpel handle no. 3.
Surgical blade for use with standard scalpel handle no. 3.
Blade length: approx. 40 mm.
Hardness: 50 to 58 HRC.
Sterile.
