Laboratory Stand "Electrical Engineering and Basics of Electronics with Microprocessor Control"

5 231,00 $

Features

Specifications

Stand Frame

The frame of the stand is constructed using standard aluminum profiles, ensuring high strength and durability. Its modular design allows for flexible creation of various experimental setups on a two-layer structure. For ease of use and maintenance, all upper components—including the experimental module, power module, and frame support—are removable.

 

Electrical Control

This stand includes multiple educational control circuits:

  • Self-locking circuit

  • Remote/local/multi-point start and stop control circuit

  • Sequential start circuit of a three-phase asynchronous motor using a time relay

  • Y-Δ start circuit of a three-phase asynchronous motor

  • Combined short pulse and self-locking control circuit

  • Three-phase dual-speed motor control circuit

  • Automatic reverse control circuit

  • Three-phase asynchronous motor control circuit with reverse and contactor/button blocking

  • Sequential start circuit of a three-phase asynchronous motor using an AC contactor

  • Electric control circuit of the C620 lathe

  • Sequential start and stop circuit of a three-phase asynchronous motor with reverse

  • Dynamic braking circuit of a three-phase asynchronous motor

  • Short pulse control circuit

  • Reduced start circuit of a three-phase asynchronous motor using a series resistor

  • Three-phase asynchronous motor control circuit with reverse and contactor blocking

 

Lighting Control

The stand is equipped with components for lighting control:

  • Two switches controlling two incandescent lamps

  • Sound and light control circuit

  • Energy meter installation

  • Two two-way switches controlling one incandescent lamp

  • Switch installation

  • Single switch controlling one incandescent lamp