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The Doble F6150SV Power System Simulator is a protective relay test set for the testing of IEC 61850-based protection devices and schemes. 6 AC/DC amplifiers are built into the system and a maximum of 12 high-level analog sources are available at any time. Doble F6150SV power system simulators test IEC 61850-based systems at the process-bus level and station-bus level using both sampled values and GOOSE messages. The F6150SV test set possesses an ultra-high output current and features different configurations for customers' testing and budgetary needs.
Features
- Simulate three streams of IEC 61850 9-2LE sampled values through one fiber-optic port and one copper (RJ45) port (F6870 Sampled Values option required)
- Wi-Fi capable (optional)
- Simulates (publishes) and subscribes to IEC 61850 GOOSE messages involving multiple IEDs (F6860 GSE Configurator option required)
- Performs standard relay calibration and verification testing of high burden (electromechanical), solid-state, and microprocessor-based relays
- Delivers full VA power with resistive, inductive and capacitive loads at maximum current rating. The following ranges are available with the F6005 Enhanced Rating Option: (6 x 35, 3 x 70, 1 x 210 A)
- Performs state simulation and transient testing
- Tests 0.2-class metering CTs and transducers
- Implements end-to-end testing of communications-based schemes with GPS time syncing
- Maximum of 12 high-level analog sources (six voltage, six current) configurable for bench testing and proof-of-concept testing for complicated relaying schemes
Specifications
| Applications |
Test IEC 61850-based protection devices and schemes
Maximum power to test high-burden relays
Test complex schemes
Run in mixed mode |
| Technical Highlights |
Maximum of 12 high-level analog sources are available at any time
Maximum of 12 low-level analog sources are available at any time |
| Technical Details |
6 AC/DC Amplifiers: 3 x 150 VA Voltages & 3 x 150/225 VA currents
AC volts: (1 x 600 V), (3 x 300 V), (6 x 150 V)
AC amps: (1 x 180 A), (3 x 60 A), (6 x 30 A)
Each 150 VA Voltage/Current amplifier can be split into 2 x 75 VA sources; total 12 sources |