The training laboratory stand "Assembly and Adjustment of Automation Components" is designed for studying the principles and methods of installing automated equipment.
Supply voltage: 380 V.
May be equipped with transport casters for mobility.
Made of steel profile with a work surface and a pull-out drawer for convenient storage of tools.
Power supply ~220 V, 50 Hz, 3 A – 2 pcs.
Power supply ~36 V, 50 Hz, 3 A – 2 pcs.
Power supply ~12 V, 50 Hz, 3 A – 2 pcs.
Power supply ~12 V, 50 Hz, 3 A – 2 pcs.
Adjustable power supply: 0…30 V, 3 A – 1 pc.
Made of aluminum profile and equipped with special fasteners for quick installation and fixation on the frame.
Possibility of installing temperature and humidity sensors in the ventilation channel.
A pressure sensor is installed on the platform using a special base with threaded holes and fittings.
Duct heater diameter D100 mm, ~220 V, 1.2 kW
Air duct fan diameter D100 mm with retractable central unit
Set of pipes and fittings for ventilation systems diameter D100 mm
Measuring controller with two universal inputs, one relay output, and one analog output 4–20 mA
Temperature and humidity meter with remote sensor
Triac-based digital power regulator, 16 A, ~220 V
Thermocouple in housing with cable output
Thermistor in housing with cable output
Overpressure sensor 1.0 MPa with 4–20 mA output
Three-phase electric motor, 380 V
Control button housing with 2 slots
Control button housing with 3 slots
Magnetic starter ~220 V
Mounting bracket for magnetic starter
DIN-rail mounted socket ~220 V with contact protection
Light indicator (buzzer) for DIN-rail mounting ~220 V
Lighting devices for control panel mounting ~220 V
Lighting devices with voltage indication
Voltage control unit
Electrical installation products and accessories – set
Wires for circuit assembly – set
Double-pole circuit breaker, 125 A, 25 kA
Double-pole circuit breaker, 1 A
Single-pole circuit breaker, 1 A
Perforated duct 25×40 mm
DIN rail 35 mm
Mounting kit
This comprehensive training platform consists of an assembly table and additional sets of elements installed on the working field, providing students with practical experience in electrical accounting and automation systems.
An assembly table made of steel profile with a work surface and a pull-out drawer for storing tools.
A built-in power supply module above the work surface.
An aluminum profile frame with a perforated mounting panel for installation and testing of electrical components.
Practical installation of automation equipment according to given schemes, development of connection and installation skills.
Installation and testing of sensors in the ventilation channel, understanding their role in automation systems.
Study of installation methods and testing of pressure sensor functionality using a special mounting base with studs and fittings.
Study of operation and control of duct heater (D100 mm, ~220 V, 1.2 kW).
Checking the operation of the fan with retractable central unit (D100 mm).
Gaining experience in using controllers with universal inputs, relay outputs, and analog output (4–20 mA).
Experiments with digital control of triac-based power regulator (16 A, ~220 V).
Study of behavior and signals of overpressure sensor (1.0 MPa, 4–20 mA output).
Students interact with real automation system components and assemble working circuits.
The stand covers all key aspects of automation equipment installation: heaters, fans, controllers, sensors, protective devices.
Flexibility in working with different configurations enhances understanding of complex automation systems.
Equipped with circuit breakers and grounding contacts, ensuring safe operation during training.
Includes perforated ducts, DIN rails, and terminal connections for neat and professional assembly of components.
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