Basic Pneumatic Training Device is designed and made based on Pneumatic transmission, Pneumatic control technology. Students can get more accurate understanding of the structure of pneumatic components, pneumatic control loop theory and design methods through operation. It can be used as the comprehensive test-bench of the mechanical, electrical and pneumatic transmission.
Features:
Air pressure is low, electrical control uses low voltage 24V DC; training pneumatic control circuit is safe and reliable, with manual, automatic, sequential and other functions.
Training control unit can also use independent relay control unit to control electrical.
The training bench panel uses aluminum profile, the components can be installed onto the panel very conveniently.
Experimental device consists of training tables and training units, pneumatic and electrical control devices and other components.
Equipped with pneumatic components, and are equipped with transition plate for easy and optionally placing the components in the experimental panel, circuit lap using quick-change connectors to facilitate convenient and quick disconnect.
Yeld per mixture lt. 80
Motor power 1,8 KW
Cylinder dimensions (dia x h) 70x43 cm
Cylinder capacity lt. 150
The angle of straight line part can be adjust from 15 degreeto 45 degree.
It can instead the CNC maching center and general-purposemachine tools, which can not chamfer. It is convient, fast and accurate and thebest choice for chamfering.
It is suitable for reqular and irreqular parts of mechanismor mould. The angle of straight line part can be adjust from 15 degree to 45degree.
It is easy ,quick to change the cutter, no need to clamp, easyoperate perfect chamfering, easy adjust, and economic, suitable for irreqularparts of mechanisms and mould.
The kit consists of a module with power supply, with different interfaces and a set of software application. This 32 bit Microprocessor Trainer can make students understanding and becoming familiar with the programming of the microprocessor and its components.
Technical Features:
General inputs and outputs with at least 64 ports
At least 8 Interrupt inputs
Onboard 256 MB Nand Flash
Onboard 64MB SDRAM and 2MB Nor Flash
Keyboard with hexadecimal keys
Expansion bus for connecting external applications
Development kit
7 segments display
10 bit AD converter and 8 bit DA converter.
The electrical components for the start and operation of a refrigerant compressor are clearly visibly arranged in a transparent showcase and already wired. The capacitor and start-up relay required for the motor are examined. Identifying electrical faults in refrigeration systems requires comprehensive knowledge this knowledge includes the design and operation of the individual electrical components as well as the reading of circuit diagrams. It helps to acquire this knowledge. The simulation of 15 different faults, e.g. coil fracture in the motor, short circuit in the operating capacitor or welded contacts in the start-up relay, is possible. Typical protection devices, such as circuit breaker and automatic fuse, are also arranged clearly visible.
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The Torque Assembly Station teaches interfacing, problem solving, programming, sequencing and operation for an automated Torque Assembly Station, electric traverse slide, DC motor torque, variable speed motors and clutches. This station assures that the assembly components are properly tightened in the process of assembling a working industrial directional control valve. Torque Assembly Station is mobile training station 6 of the Mechatronics Learning System. The Torque Assembly Station is a mobile workstation with slotted work surface that contains an operator station, screw torque module, part clamp module, electric traverse module, a pneumatic distribution module as well as an electrical distribution module, an electro-pneumatic valve manifold, and a digital I/O interface module. The Torque Assembly Station is a small mechatronics system in itself with multiple, integrated technologies that can be used stand-alone or in combination with other training work stations. Industrial safety and operation are emphasized on all mechatronic stations.
Features:
Electric Traverse Slide
Inductive Sensor
Variable Speed Motors
Pneumatic Gripper
DC Motor Torque
Clutches
Magnetic Reed Switches
Automated Torque System
Variable Speed PWM (Pulse Width Modulator).
Water tank with glass beads to stabilise the flow
Flow rate in the pipe section can be adjusted via a valve
Visualisation of laminar and turbulent flow in the Osborne Reynolds experiment
Vertical glass pipe section
Flow rate determined by base module
Water supply using base module or via laboratory supply
Water as flowing medium and ink as contrast medium.
The apparatus consists of a steel shaft fixed in a rectangular frame. A set of four blocks with a clamping arrangement is provided. For static balancing, each block is individually clamped on shaft and its relative weight is found out using cord and container system in terms of number of steel balls. This equipment is designed for carrying out the experiment for balancing a rotation mass system. For dynamic balancing, a moment polygon is drawn using relative weights and angular and axial position of blocks is determined. The system is provided with angular and longitudinal scales and is suspended with chains for dynamic balancing. The block are clamped on shaft is rotated by a motor to check dynamic balance of the system.
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This teaching apparatus enables a range of laboratory, classroom and computer-based experiments to introduce civil, mechanical and structural engineering students to plastic theory and limit state design.
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With the Air Bag Trainer, the student can learn the operation, testing and troubleshooting of an actual operating deployable air bag.
Features:
Crash and safety sensors are directly available on the board, without the student getting involved with a live vehicle. The teachings of "Back-Up" power supply are shown on the board with relative ease, in case of battery destruction. Pneumatic operated deployable air bag has a flow rate valve that controls the speed of deployment into a safe range of operation. Components are displayed and accessible. The unit provides for an Air Bag indicator light that flashes trouble codes. Diagnostic Monitoring is performed with a microprocessor which checks the wiring and electrical components.
Intended use:
Intended for molecular medical laboratory, PCR work. Micropipette tips for use with standard Micropipettes used for pipetting small amounts of liquid in the laboratory.
The reusable sensors are indicated for spot-checking or continuous, non-invasive measurement of arterial oxygen saturation (SpO2) and pulse rate for use with neonates in operating rooms, recovery rooms, intensive care units (ICUs) and wards.
Design: Reusable, Y-style with built-in wrap-around belt for use on big toe or thumb.
Nellcor standard compatible sensor.
Cable length: 3.0m
Plug type: DB9 pin
Patient weight: 3 - 20kg.
Material: Silver-coated copper with brass handle or Austenitic steel (non-quenched, non-magnetic steel).
Austenitic steel composition: 16 - 18% chromium; 10 - 14% nickel; 2 - 3% molybdenum.
To measure and/or explore the depth or length of the uterus, cervix, and vagina.
Bulbous distal end, mounted on a handle.
Static function instrument: uterine sound.
Malleable shaft graduated in cm.
Reusable.
Length: approx. 32 cm.
Endotracheal tube shall meet the standards describing the dimensions, the tube characteristics, tube point and tube markings.
Material: Polyvinyl chloride (PVC).
Disposable.
Sterile.
Size: Ø internal 3mm.
Endotracheal tube with:
Open distal end and Magill-type point with oral angle of 37.5º.
Radio opaque mark.
With Murphy's eye.
Graduations.
Standard connector (ext. Ø 15mm) at the proximal end enabling the tube to be connected to the ventilation system.
Endotracheal tube without cuff.
Initial sterilisation method: Ethylene oxide gas or Gamma radiation.
To measure the mid upper arm circumference for rapid screening of nutritional stauts of children. Target population: Malnourished children or those at risk, aged 6-59 months.
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Product is composed of a base, an outer insulating bracket, outer conductor connection piece, the metal ball, spherical external insulation thread, an inner insulating bracket, an internal conductor lugs, metal ball, ball insulation thread and the outer ball insulated wire composition. The instrument according to the insulated wire in the electric field distribution characteristics, represented by the distribution of electric field lines to reflect inner and outer conductor of electric field condition and the electric potential, potential difference, and other potential surface.
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The centrifugal tube is made of glass, the volume is not less than 10ml, the centrifugal tube shape dimension is about Phi 21 * 105mm; the centrifugal pipe frame is made of cold rolled sheet with thickness not smaller than 1.8mm, and the support is not less than 2 centrifugal tubes. The utility model relates to a hand-operated centrifugal sedimentation device, which is mainly composed of a transmission device, a centrifugal pipe, a centrifugal pipe sleeve, a centrifugal pipe rack and a table clamp.
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The electrical suit consists of 13 components, each using a safety socket, a transparent panel and a blue plastic box base.
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Type: Turbidity Standard
Volume (Metric): 100 mL.
