Microprocessor-based relay protection means of a two-transformer substation. MPSRZ-TP-SK
2 000 000 RUB
Ask a Question
MPSRZ-TP-SK
Microprocessor-based relay protection means of a two-transformer substation. Stand design with computer
Delivery time is 12 weeks.
Commisioning is advisable
Microprocessor-based relay protection means of a two-transformer substation. Stand design with computer
Delivery time is 12 weeks.
Commisioning is advisable
More details
Need a consultation?
Our experts will answer any question.
Ask a Question
Description
The laboratory bench allows you to study typical wiring diagrams of an industrial relay protection terminal and 6..10 kV connection automation equipment, acquire terminal setup and configuration skills, examine the operation of the most common types of current protection and emergency automation devices, and learn how to calculate automatic control device settings.
- Connection, monitoring and control of relay protection terminals via PC.
- Study of relay protection and automation terminal of the motor load:
- study of principles of operation, functioning and adjustment for protection terminal;
- calculation of settings and study of current cutoff;
- calculation of settings and study of overcurrent protection;
- calculation of settings and study of overcurrent protection with voltage start;
- calculation of settings and study of work from an asymmetric operating mode.
- Study of relay protection terminal and automation cable of power line:
- Study of principles of operation, functioning and adjustment for protection terminal;
- calculation of settings and study of current cutoff;
- calculation of settings and study of overcurrent protection;
- calculation of settings and study of protection against earth faults;
- configuration and study of the automatic restart operation.
- Study of operation of the relay protection terminal and automation of bus section breaker:
- Study of principles of operation, functioning and adjustment for protection terminal;
- calculation of settings and study of current cutoff;
- calculation of settings and study of overcurrent protection;
- calculation of settings and study of protection against earth faults;
- configuration and study of the automatic restart operation;
- Study of operation of the relay protection terminal and automation of local switch:
- Study of principles of operation, functioning and adjustment for protection terminal;
- calculation of settings and study of current cutoff;
- calculation of settings and study of overcurrent protection;
- calculation of settings and study of protection against earth faults;
- configuration and study of the automatic restart operation;
- calculation of settings and study of UROV.
- Study of operation of the relay protection terminal and automation of voltage transformer.
- Study of the selectivity of the action of the protections.
- Study of operation of the relay protection terminal and automation of power transformer:
- study of principles of operation, functioning and adjustment for protection terminal;
- calculation of settings and study of current cutoff;
- calculation of settings and study of overcurrent protection;
- calculation of settings and study of protection against earth faults;
- calculation of settings and study of differential protection of transformer.
- Study of selectivity of relay protection and automation of a two-transformer substation for various types of damage.
- Collection and analysis of waveforms of emergency events on a PC.
- Modules of: Power supply, Three-phase circuit (2 pcs), Power transformer (2 pcs), Local switch (2 pcs), Short circuit switch, Switch module of cable electricity transmission line, Bus section breaker, Motor load, Active load, Protection terminal of bus section breaker, Terminal of differential protection of transformer, Protection terminal of local switch, Protection terminal of switch module of cable electricity transmission line, Protection terminal of motor load switch, Protection terminal of voltage transformer, operational control, operational alarm.
- External step-down transformer unit.
- Electrical machine unit (asynchro squirrel cage motor and fly-wheel).
- PC.
- Laboratory rack.
- Terminal rack.
- Laboratory table.
- Software.
- Set of connecting cables.
- Technical description.
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | stand design |
Type of control | with computer |
Dimensions, mm | 2300х2050х650 |
Weight, kg | 400 |
Voltage, V | 3х380 |
Power consumption, VA | 1500 |