Products Recorders

TESLA 4000 Power System Recorder with CDR, PMU and IEC 61850 process and station bus protocols
Model 4000-SV
Recording for a fully digital substation environment

Application using IEC 61850 in Digital Substations Lower Installation Cost - quickly exchange data over the station LAN without wiring separate links for each relay Lower Extension Costs - add devices and applications into an existing IEC 61850 system with minimal impact, if any, on existing equipment Lower Integration Costs – to integrate substation data into the enterprise, use same networking technology widely used across the utility TESLA 4000 provides support for IEC 61850-9-2LE process bus Sampled Values and IEC 61850-8-1 station bus applications. It implements mapping according to IEC 61850 edition 2 logical nodes and data models. Use the TESLA 4000 to subscribe sampled values streams from merging units. Apply the Model 4000-SV to publish and subscribe to GOOSE messages from protective relays and switchgear. The Model 4000-SV also supports direct streaming of MMS reports to remote clients, eliminating the need for RTUs. The Model 4000-SV supports the top-down or bottom-up engineering process defined in the IEC 61850-6 standard. Such flexibility permits standardization and interoperability of fault and disturbance recording solutions as the industry moves towards fully digital substations.

Model 4000-SV Data Sheet Model 4000-SV Manual Model 4000-SV Configuration Tool Model 4000-SV Ordering Template Software TESLA Control Panel Release Description Model 4000-SV Firmware Release Description Input Modules Data Sheets IEEE PMU Certificate

Applications

• Complete integrated insight of power system health
• Performance monitoring of substation IEDs and equipment
• Over 1000 user settable triggers capture vital information that could be missed by relays in the system
• Information provided for wide area monitoring (WAMS) and analysis
• As a PMU, streams up to 36 phasors, 24 analog quantities, and 64 digital statuses simultaneously

Specific Benefits of IEC 61850-Based Fault and Disturbance Recording System

• Savings on costly wiring runs from instrument transformers (located in substation yards) to conventional DFRs located in substation control house
• Practical elimination of CT saturation by eliminating copper cabling between CTs and DFRs
• Absence of open CT secondary improves operational safety
• Ease of commissioning, future modification, and expansion
• Continuous self-monitoring capability using the IEC 61850 GOOSE repetition mechanism and IEC 61850 Edition 2 LGOS/LSVS logical nodes
• Interoperability of DFR systems and protective relaying systems using common measurements available from merging units

Features and benefits

• Easy-to-use setting and analysis software
• GOOSE subscription and publishing on any port
• IEC 61850 Edition 2 support
• Double point status (DPS) data type support
• CDR meets NERC PRC-002 DME standards
• Standard state-of-the-art communications (4 rear ports, 100BASE-TX RJ-45 or 100BASE-FX 1300 nm multimode optical with ST style connector to accommodate the industry's latest network-based communications)
• Optional PRP and RSTP network port redundancy (4 rear ports, 100BASE-TX RJ-45 or 100BASE-FX 1300 nm multimode optical with LC style connector)
• Ethernet ports with unique MAC addresses that easily accommodate network access security needs
• Time synchronization via either IRIG-B or via SNTP or PTP protocols
• Circular sequent of events report buffer of 1000 events
• Sampling rate configurable at 80 or 256 s/c apply to all 36 channels
• Recording of logic channels in fault and swing recordings
• IEEE C37.118-2014 and IEEE/IEC 60255-118-1-2018 compliant
• Swing records with a sampling rate of 1 s/c
• Standard storage memory of 16 GB

Learn more about:

• TESLA 4000