Русский
NTC-09.31 “System of numerical control (NC system) for electromechanical systems of PCNC class”
Br0.00
The educational laboratory bench is designed for conducting laboratory and practical works in the disciplines of machine building specialties at universities and in secondary educational institutions.
- Description
- Experiments provided
- Video
- Technical specifications
- Scope of delivery
- Additional equipment (specified when ordering)
- computer with touch control;
- stepper motor controller unit;
- pulse-width modulator for controlling the spindle rotation;
- block of sensor connection;
- power supply units for equipment installed and connected.
An assembled machine equipped with stepper motors and with a direct current motor is the connected equipment. The machine has inductive sensors mounted on an assembled aluminum body, which allows different types of machines to be assembled. These types are: lathe, milling, three-axis horizontal milling, three-axis vertical milling and vertical milling with the axis of rotation A.
Set for desktop equipment assembly:
- Induktiv sensor – 3 pcs.
- Keyboard – 1 pc.
- Mouse – 1 pc.
- Stepper motor – 4 pcs.
- Direct current motor – 1 pc.
- Linear motion module – 1 pc.
- Collapsible compound table – 1 pc.
- Dead head – 1 pc.
- Three-jaw chuck – 1 pc.
- Four-jaw chuck – 1 pc.
- Cutter holder with cutter and supports – 1 pc.
The training system is supplied with:
- a set of teaching materials and technical documentation intended for the teaching staff;
- a software for machine control.
Experiments provided
- Studying the stand. Study of technical documentation. Studying G-code.
Lathe machine
- Study of the machine design, assembly of mechanical section.
- Setting parameters. Study of influence of parameters on the machine operation.
- Creation of the program for workpiece processing in G-code and its execution on the machine.
Horizontal milling machine
- Study of the machine design, assembly of mechanical section.
- Setting parameters. Study of influence of parameters on the machine operation.
- Creation of the program for workpiece processing in G-code and its execution on the machine.
Vertical milling machine
- Study of the machine design, assembly of mechanical section.
- Setting parameters. Study of influence of parameters on the machine operation.
- Creation of the program for workpiece processing in G-code and its execution on the machine.
Vertical milling machine with the axis of rotation А
- Study of the machine design, assembly of mechanical section.
- Setting parameters. Study of influence of parameters on the machine operation.
- Creation of the program for workpiece processing in G-code and its execution on the machine.
- Study of stepper motor operating modes. Registering the characteristics using oscilloscope (shipped loose)
- Study of DCM operating modes, adjustment by means of pulse-width modulation. Registering the characteristics using oscilloscope (shipped loose)
- Adjustment of sensors. Study of sensors assignment and sensing points on the machine.
Video
Technical specifications
| Power supply | ~220 50Hz (single-phase 220V 50Hz) | |
| Stand overall dimensions, max: | ||
| Width, mm | 1400 | |
| Height, mm | 1470 | |
| Depth, mm | 600 | |
| Overall dimensions of assembled desktop equipment, max: | ||
| Width, mm | 500 | |
| Height, mm | 350 | |
| Depth, mm | 300 | |
| Weight, kg, max | 70 | |
Scope of delivery
- laboratory bench – 1 pc.;
- portable vacuum cleaner – 1 рс.;
- passport – 1 pc.;
- supplementary materials in electronic format – 1 pc.