The Portable Ac Dc Electrical Learning System offers industry-relevant skills including how to operate, install, design, and troubleshoot basic AC and DC electrical circuits for various applications. Portable Ac Dc Electrical Learning System brings customers flexibility and convenience when there’s a need to use a trainer in multiple locations or where space is too small for a full-size trainer. Portable Ac Dc Electrical Learning System teaches the fundamentals of AC and DC electrical systems used for power and control in industrial, commercial, agricultural, and residential applications. Combined with Portable Ac Dc Electrical Learning System world-class curriculum, this innovative product can provide learners with a thorough understanding of electrical power. The Portable Ac Dc Electrical Learning System includes a variety of switches and other components so learners can build different circuits, which will help them to recognize industrial component styles and learn how to troubleshoot them effectively.
Features:
Features industrial components
Interactive Multimedia to Engage the Learner
Covers skills used in industrial, commercial, agricultural, and residential applications
Durable and Efficient
Portable system for use at multiple sites
Learn about Electricity Nearly Anywhere
Student Reference Guide.
The Electrical Power Distribution Learning System includes a mobile workstation, two induction motors, bus bar unit with enclosure and bus plugs, junction and control boxes, a disconnect switch, lockout tag-out, student learning materials for both theory and lab, and a teacher's guide. Electrical Power Distribution Learning System teaches installation of modern electrical power distribution systems. Learners will study industry-relevant skills to enable them to construct, troubleshoot, maintain, and repair the wiring in power distribution systems from the bus bar to the control panel. The Electrical Power Distribution Learning System workstation frame consists of movable members that can be rearranged to present each learner with a variety of conduit installation applications. Industry standard safety practices are followed throughout the curriculum, and the workstation is equipped with a lockout/tag-out system and safety disconnect switch. Learners practice system layout by sizing conduit lengths and determining where to make bends to accomplish each task assigned in the learning materials.
Features:
Heavy Duty Welded Steel Workstation
Industrial Standard Wiring
Movable Frame Members
Industrial Standard Components
Student Reference Guide
Double-Sided Workstation
Multimedia Curriculum Available.
The water feeding can be directly connected to the mains and the water circulation is ensured by a pump rated at 0.55 kW. This electric and automatic steam generator is fitted with two separate sets of heating elements for single or double operation.
Features:
Steam production: 50 kg/h
Operating pressure: 4·5 bar.
Total electric power: 40 kW at 380 W, three-phase, 50 Hz.
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 Electrical Fabrication Learning System includes a workstation, wiring components, storage case, hand tool package, electrical consumable package, electrical accessories, and student curriculum in print, instructors assessment guide, and installation guide. Electrical Fabrication Learning System teaches students skills that are commonly used by electricians, technicians, and engineers in todays industry. Installing, operating, repairing, or designing equipment for modern industry requires fundamental knowledge of electrical wiring and components. Optional interactive multimedia extends the learning opportunity as well as allows students to learn in the style they need. Students will gain expertise in key skill areas such as basic electrical system wiring, interpreting wire installation plans, handling non-metallic cable, installing basic components such as switches, outlets, and lighting, and connecting electrical services.
Features:
Safety Emphasized at All Levels
Optional Interactive Multimedia
Hands-On, Job-Ready Industry Skills
Student Reference Guide.
Functions:
Ratio in steering gear
Support of the steering forces by an electric motor
Sequence of movements in steering gear
AC DC Electrical Learning System training system covers industry-relevant technical skills including how to operate, install, design, and troubleshoot basic AC and DC electrical circuits for various applications. The AC DC Electrical Learning System includes a bench top-mount workstation, lamp module assembly, pushbutton switch module assembly, selector switch module assembly, circuit breaker module assembly, handheld digital meter, and much more! Learners will use these components to study topics such as manual input devices, voltage measurement, lighting circuits, voltage dividers, and troubleshooting. AC DC Electrical Learning System explores the fundamental concepts of AC and DC electrical systems. Learners will see how electricity is used for power and control in industrial, commercial, agricultural, and residential applications. This system uses industrial quality components for durability to stand up to frequent use and to help learners become better prepared for what they will encounter on the job.
Features:
Features industrial components
Integrated Workstation
Covers skills used in industrial, commercial, agricultural, and residential applications
Effective Component Inventory
Emphasizes safety
Offers many hands-on skills
Multimedia Curriculum Available
Student Reference Guide.
The water feeding can be directly connected to the mains and the water circulation is ensured by a pump rated at 0.55 kW. This electric and automatic steam generator is fitted with two separate sets of heating elements for single or double operation.
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The Electric Motor Control Learning System includes a bench top-mount control workstation, motor workstation, AC induction motor, control component panels, multimeter, lead set, and student curriculum that is unmatched within the industry. Electric Motor Control Learning System covers electric relay control of AC electric motors found in industrial, commercial, and residential applications. This system uses industrial quality components to train learners to become better prepared for what they will encounter on the job. Some of the major components that learners will work with include a control transformer, reversing contactors, manual motor starter, multi-function timer, and control relays. Learners study industry-relevant skills including how to operate, install, design, and troubleshoot AC electric motor control circuits for various applications. Circuit faults can be introduced using either the manual fault insertion, supplied as a standard, or through the optional Computer-Based Fault Insertion System which includes, the industry's only electronic-fault insertion software. The Electric Motor Control Learning System teaches learners how to troubleshoot motor control circuits under realistic conditions.
Features:
Industrial Standard Wiring Terminology
Industrial Safety Devices
Built-in Manual Fault Insertion
Optional Computer-Controlled Fault Insertion
Industrial Standard 1/3 Hp Motor
Heavy Duty Welded Steel Workstation
Multimedia Curriculum Available
Student Reference Guide.
Electrical Transformer Trainer Electronic Engineering Lab
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Electrical Machine Trainer Electronic Engineering Lab
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Demonstrates the electrical circuit of a complex full conditioning system with heat pump function. The control circuits are actually present. The components in the load circuits are simulated (e.g. compressor, heater, 4-way reversing valve). Identifying electrical faults in air conditioning systems requires comprehensive knowledge. This knowledge includes the design and operation of the individual electrical components as well as the reading of circuit diagrams. Helps to acquire this knowledge. At very low outer temperatures an electrical auxiliary heating is activated during heating operation. With low air humidity the hygrostat activates the humidifying function. The air conditioning system with heat pump function cools in the summer and heats in the winter. During heating operation the defrost timer introduces a hot gas defrosting by briefly switching the 4-way reversing valve. The operating state of the simulated components is indicated via lamps in the circuit diagram on the front panel. Typical protection devices, such as circuit breaker and frost protection monitor, complete the electrical circuit.
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The heat extracted is transferred to the hot reservoir, together with heat generated by the electrical supply to the peltier device. This heat is removed by a water-cooled heat exchanger. The flow rates can be adjusted to provide a range of operating temperatures. By varying the electric power into the system, the behaviour of the system at different operating points and temperatures can be established. The thermo-electric Peltier device is positioned in a heat transfer path, between two copper blocks, extracts heat from one block (cold reservoir) and transfers it to the other block (hot reservoir). In order to measure the heat transfer rate, the cold reservoir is fitted with an electric heater.
Instrumentation is provided to measure the temperatures of the blocks, the electric power supplied to the Peltier device, the cooling water flow rate and the cooling water temperature rise.
The Peltier device can also be used to generate a small quantity of electric power when a temperature difference is applied. This effect can also be demonstrated. The heater power is measured , and so it is possible to establish a complete energy balance for the system.
Electricity and Electronics Fundamentals Trainer Electronic Engineering Lab
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The Test Bench For Electric Machines is a multipurpose bench for the study and characterization of the electrical machines using an automated test approach. The system is composed of the following main sections:
HMI (Human machine interface): the heart of the laboratory. The HMI communicates with the other devices via serial port using the Modbus protocol, reading electrical and mechanical data from instruments and providing the commands to the prime mover, so it can be used as drive, load or a speed and torque control to put the machine under test in a specific working condition or to simulate different load profiles such as fan, lift, etc. It performs the test automation and provides the user interface to execute the experiments.
Instruments: collect mechanical (speed, torque and temperature) as well as electrical data, and can provide control signals to synchronize a generator with the grid.
Prime mover: A squirrel cage three-phase asynchronous machine controlled by an inverter in four quadrant operation providing the mechanical power and torque necessary for the characterization of the machine under study.
The following can be seen:
Parking lock
All parts can be turned
The parking lock is functioning
Cable harness
Electric motor
Differential
Axle shafts.
Basic Electrical Modules And Advanced Electronic Systems has become the language that all modern cars must use in order to function. Collectively, these two terrific programs provide a solid foundation from which anyone serious about obtaining marketable skills in the constantly changing automotive world can learn.
Basic Electrical Modules And Advanced Electronic Systems is divided into two categories: basic electricity program which allows the student to transfer fundamental theory lessons into real work skills, and a basic electronic course that includes solid state components that generate the basic signals.
Basic Electrical Modules And Advanced Electronic Systems covers basic electrical concept,using individual containing actual working automotive components to build different circuits. These flame polished Plexiglas boards are silk screened with tip jacks and numbers to make building circuits easier.
Basic Electrical Modules And Advanced Electronic Systems has become the language that all modern cars must use in order to function. Collectively, these two terrific programs provide a solid foundation from which anyone serious about obtaining marketable skills in the constantly changing automotive world can learn.
Basic Electrical Modules And Advanced Electronic Systems is divided into two categories: basic electricity program which allows the student to transfer fundamental theory lessons into real work skills, and a basic electronic course that includes solid state components that generate the basic signals.
Basic Electrical Modules And Advanced Electronic Systems covers basic electrical concept,using individual containing actual working automotive components to build different circuits. These flame polished Plexiglas boards are silk screened with tip jacks and numbers to make building circuits easier.
Features:
Modular design provides flexible experimental requirement
Rotary machine and brake with overheating protection
Adopting digitized and microprocessor-based measuring instrument to provide high-accuracy measurement
Brake with constant speed / constant torque function, easy to operate
Each Module panel height compatible with DIN A4 standard
Using 4 mm safety sockets and plugs
Each DC/AC power supply equipped with overload protection
Training panel uses 5 mm isolation bake lite, printed component symbol, value and function, easy to connect
Fully protected system safe to connect various kind of machines
Providing powerful computer measuring software for saving graphic file, drawing and printing characteristic curves
Connecting to PC, measuring and drawing characteristic curve available
300W-grade designed equipment suitable for learning the theory and characteristics of electrical machines
Stand-alone machine design equipped with two shaft ends and aluminum alloy base for coupling to other machines
For the sake of safety, the system normally operates at three-phase 220V. Different line voltages can be adjusted by system transformer.
The cutaway surfaces are protected against corrosion. The stator is cut away by 1/4 over the entire length to enable an optimum view of the internal construction of the machine and it is still operating. Cutaway models are made from normal electrical machines.
Features:
DC Shunt Wound Motor.
DC Compound Wound Motor.
DC Permanent-magnet Motor.
Single-phase Induction Motor.
Three-phase Rotor Winding Motor.
Three-phase Salient Pole Synchronous Motor.
Three-phase Squirrel Cage Motor.
