DFS is a tester that automatically re-creates the protection relay with a built-in voltage and current
waveform that simulates any failure that it will experience in future driving.
Errors still occur despite the reliability performance test, of which its engineering costs are high-priced
Auto scale and CT, PT Ratio to match system characteristics
Each time the installation is changed for the purpose of the fault hat testing, the system shall be simulated for each protection relay installation,
but this unit can be automatically converted to a failed mother waveform suitable for each relay installation environment and applied to any system.
Controls voltage and current generators through a single interface to reproduce protection relay failures to provide a service environment for consistent protection relay testing.
Apply certified IEC 61850 communication protocol to check protection relay operation status over the network, provide reports on test results and actions
Automatic test sequence for various failure types with one test setup
Perform quick and accurate tests by performing simultaneous triplets and automatically generating reports on triplets.
- Automatically generate reports such as immediate test analysis and protection relay operation
Analysis of failure waveforms in COMTRADE format
Automatic conversion of simulated data according to system
characteristics
Playback of simulated waveforms optimized for measurement
environment
Automatically resize fault current to match system characteristics
CT, PT Ratio Settings
Analysis of actual relay operation information through IEC 61850
communication during simulation test results analysis
Automatically diagnose causes of failure, protective
relay operation, etc.
User checks voltage and current waveforms before and after
protectionmeter operation
Record management of test results and results
Generate test results using automation tools
- DFS can ensure reliability in the protection relay.
Enhanced Protection Meter Reliability Verification
Automatic conversion to a faulty module suitable for each relay installation is possible and can be applied to any system environment
Perform verification of data through simulation before applying signals to the sill system.
Secures reliability of operation for failures that may occur in a protective facility.
Recap on facility operation efficiency by minimizing unnecessary engineering
Intuitive interface makes it easy for unskilled workers to operate the tester.
Provides standardized testing and is easily operated by a portable device.
Increase operational efficiency with quick decision-making and visibility without additional experts
Reduces the time and labor repetitive costs of simulating diverse and complex facilities
Reduction in external specialised personnel / outsourced services costs
Protection relay malfunction reduces the cost of loss
- Support interoperability, Comply with international standard
Protection relay supporting IEC61850
IEC61850
Operation without direct agent installation on protective instruments
Omicron CMC356 interworking operation (CM Engine library required)
Power | Free Volt (110 ~ 220v) | ||
---|---|---|---|
USB 3.0 | 2Port | ||
RJ45 | 2Port | ||
Display | 12.1” / Touch Monitor | ||
Size | 262.2 x 230 x 326.4 (mm) | ||
Color | Blue | ||
Compatible product | Omicron CMC356(※ Note that CMEngine license must be included in CMC equipment. Purchased separately if not included) | ||
Others | Angle adjustment leg attached, handle attached |
Dimensions | 478 x 370 x 316 (mm) | ||
---|---|---|---|
Inner Dimensions | 409 x 290 x 298 (mm) | ||
Weight | 5kg | ||
Waterproof | 5m depth waterproof, moisture barrier | ||
Operating Temperature | -40℃~80℃ | ||
Material | Special Fiber Plastic | ||
Color | Black |