FIELD: electricity.
SUBSTANCE: simulator contains at least one programmable DC power source, at least one programmable AC power source, an impulse noise generator, a switching unit, at least one measuring unit, a control unit, a local area network (LAN), a network switch, a data processing server, an insulation monitoring device, remote controls, at least one data acquisition controller, a precise time server connected to a GPS/GLONASS antenna. DC and AC power sources are made suitable for converting incoming electric power to their inputs into output currents with predefined parameters. The outputs of the current sources and the impulse noise generator are connected to the inputs of the switching unit, the outputs of which are configured to communicate with the corresponding inputs of at least one device under test and with at least one measuring unit. The control unit is made in form of an operator's computer work station (CNC), operator's CNC, a data processing server, a remote control, a data acquisition controller, a precise time server, inputs of current sources and an impulse noise generator are connected via LAN through a network switch. The insulation monitoring device is connected to at least one data acquisition controller and is configured to measure the insulation resistance of the simulator circuits. At least one measuring unit is configured to measure the signal characteristics at the output of the switching unit and is connected to a data acquisition controller. A remote control and the operator's CNC are additional configured to transmit information over the loudspeaker network.
EFFECT: providing the possibility of carrying out a comprehensive check of various types of equipment on one stand, the possibility of conducting of parallel tests, increasing the flexibility and efficiency of changing the operating modes of the equipment during testing, the ability to provide a minimum delay in the conversion of electricity from the time of the transfer of the relevant command, and also to provide the visualization of measurements and results of tests in real time, a significant quantity reduction of equipment failures in operation due to the identification at the stage of factory testing of equipment containing unstable power supply elements.
2 cl, 1 dwg
Title | Year | Author | Number |
---|---|---|---|
INFORMATION CONTROL SYSTEM OF AUTOMATED CONTROL SYSTEM FOR PREPARATION OF PROPULSION SYSTEMS AND PROCESS EQUIPMENT OF SPACE ROCKETS WITHIN TECHNICAL AND LAUNCHING COMPLEXES | 2015 |
|
RU2604362C1 |
SYSTEM FOR MONITORING THE QUALITY OF ELECTRIC ENERGY BY MEASURING ELECTRIC POWER QUANTITIES AND PARAMETERS | 2022 |
|
RU2800630C1 |
SYSTEM OF CONTINUOUS MONITORING OF TEMPERATURE OF CONTACTS OF OIL CIRCUIT BREAKERS | 2019 |
|
RU2704606C1 |
AUTOMATED TEST FACILITY FOR GROUND-BASED EXPERIMENTAL TESTING OF SPACECRAFT POWER SUPPLY SYSTEMS | 2020 |
|
RU2760729C1 |
HARDWARE-SOFTWARE SYSTEM FOR SYNTHESIS AND TESTING OF OPTIMUM NETWORK OF HIGH-VOLTAGE POWER SUPPLY | 2019 |
|
RU2728325C1 |
GEOGRAPHICALLY DISTRIBUTED TEST COMPLEX (GDTC) | 2018 |
|
RU2691831C1 |
MICROPROCESSOR CENTRALIZATION SYSTEM MPC-EL | 2018 |
|
RU2692739C1 |
INTEGRATED SECURITY SYSTEM PERIMETER LOCAL SITE SERVER | 2020 |
|
RU2743908C1 |
AUTOMATED EQUIPMENT MONITORING DEVICE FOR ELECTRIC SUBSTATION | 2015 |
|
RU2613130C1 |
METHOD FOR PREVENTING EMERGENCY ACTIONS DURING OPERATIONAL MANAGEMENT OF TECHNOLOGICAL OBJECT | 2020 |
|
RU2758449C1 |
Authors
Dates
2017-07-04—Published
2016-04-28—Filed