The document summarizes the configuration of a 7VK87 Breaker Management device. It lists the product code, housing details, I/O modules, communication options, installed functions and their assigned function points. The device has 11 binary inputs, 9 output relays, supports protection, monitoring and control functions, and communication via integrated Ethernet port.
The document summarizes the configuration of a 7VK87 Breaker Management device. It lists the product code, housing details, I/O modules, communication options, installed functions and their assigned function points. The device has 11 binary inputs, 9 output relays, supports protection, monitoring and control functions, and communication via integrated Ethernet port.
The document summarizes the configuration of a 7VK87 Breaker Management device. It lists the product code, housing details, I/O modules, communication options, installed functions and their assigned function points. The device has 11 binary inputs, 9 output relays, supports protection, monitoring and control functions, and communication via integrated Ethernet port.
The document summarizes the configuration of a 7VK87 Breaker Management device. It lists the product code, housing details, I/O modules, communication options, installed functions and their assigned function points. The device has 11 binary inputs, 9 output relays, supports protection, monitoring and control functions, and communication via integrated Ethernet port.
Housing type: Flush mounting Binary inputs: 11 Binary outputs: 9 Relays (3 Standard, 6 Fast, 0 High-Speed, 0 Power) Current transformers: 4 for protection, 0 for measurement and sensitive ground-current detection Voltage transformers: 4 Measuring-transducer inputs: 0 (20 mA or 10 V, fast) 0 (20 mA, standard) CPU: CP300 Modules in 19" row 1: IO202 , PS201 Modules in 19" row 2: LEDs/Push-buttons: 16 LEDs Operation Panel: Integrated Key switch: Without Display type: Small display Front Design: Standard Power Supply: DC 60 V-250 V, AC 100 V-230 V
Communication/Plug-in modules: Communications encryption: Normal Integrated Ethernet port J: for DIGSI 5 Plug-in module position E: ETH-BB-2FO: 2 x optic Ethernet 100 Mbit/s, 1300 nm, LC-Duplex connector, 2 km over 50/125 µm or 62,5/125 µm multimode - fiber Plug-in module position F: Port is available but not assembled
Functions: Function points class: Base
Note on function-points class
SIPROTEC 5 Configuration Aug 10, 2016 10:26 AM
The function-points class results from the sum of the function points of the selected functions. You can apply these functions as selected. The device allows also each other selection of functions as long as the sum of the required function points is within the selected function-points class. With the maximum function-points class of 1400 it is possible to activate all the functions in the device. The function-points exceeding 1400 are free of charge. In the engineering phase DIGSI 5 checks that the selected configuration is suitable (capable of running in the device) before loading it to the device.
Miscellaneous: Warranty: 5 years Firmware: Current version SIPROTEC 5 Configuration Aug 10, 2016 10:26 AM
Functional scope 7VK87 Breaker Management Dev.:
Always Add selected Result ANSI Function Abbr. included Qty. x Value = Points Qty. Protection functions for 3-pole tripping 3-pole
Protection functions for 1-pole tripping 1-pole
Hardware quantity structure expandable I/O
25 Synchrocheck, synchronizing function Sync 1x x 60 = 1x
27 Undervoltage protection: "3-phase" or V< x 5 = "pos.seq. V1" or "universal Vx" 32, 37 Power protection active/reactive power P<>, x 10 = Q<> 37 Undercurrent I< x 10 = 38 Temperature Supervision >
46 Negative sequence overcurrent I2>, x 15 =
protection with direction (V2,I2) 47 Overvoltage protection, negative- V2> x 5 = sequence system 50/51 Overcurrent protection, phases I> x 20 = TD 50N/ Overcurrent protection, ground IN> x 10 = 51N TD 50HS High speed instantaneous overcurrent I>>> protection Instantaneous tripping at switch onto SOTF fault 50N/ Overcurrent protection, 1-phase IN> 51N TD 50BF Circuit-breaker failure protection, 1-/3- CBFP 1x x 25 = 1x pole 59, 59N Overvoltage protection: "3-phase" V> x 5 = or "zero seq. V0" or "pos.seq. V1" or "universal Vx" 67 Directional overcurrent protection, I>, (V,I) x 40 = phases 67N Directional overcurrent protection for IN>, (V,I) x 30 = ground faults in grounded systems 74TC Trip circuit supervision TCS SIPROTEC 5 Configuration Aug 10, 2016 10:26 AM
Functional scope 7VK87 Breaker Management Dev.:
Always Add selected Result ANSI Function Abbr. included Qty. x Value = Points Qty. 79 Automatic reclosing, 1-/3-pole AR 1x x 55 = 1x 81 Frequency protection: "f>" or "f<" or "df/ f>,<; df/ x 5 = dt" dt>,< 86 Lockout
87N T Restricted ground-fault protection IN x 15 =
90V Automatic voltage control for 2 winding x 150 = transformer 90V Automatic voltage control for 3 winding x 200 = transformer 90V Automatic voltage control for grid x 175 = coupling transformer FL Fault locator, single-ended FL-one x 25 = measurement PMU Synchrophasor measurement (1 PMU PMU x 40 = can be used for max. 8 voltages and 8 currents) AFD Arc-protection (only with plug-in module ARC-CD-3FO) Measured values, standard
Measured values, extended: Min, Max, x 12 =
Avg Switching statistic counters
Circuit breaker wear monitoring Ix, I²t, 2P x 10 =
CFC (Standard, Control)
CFC arithmetic x 40 = Switching sequences function x 5 = Inrush current detection
External trip initiation
Control
Fault recording of analog and binary
signals Monitoring and supervision SIPROTEC 5 Configuration Aug 10, 2016 10:26 AM
Functional scope 7VK87 Breaker Management Dev.:
Always Add selected Result ANSI Function Abbr. included Qty. x Value = Points Qty. Protection interface, serial
Circuit Breaker 4x x 3 = 4x Disconnector 4x x 3 = 4x Region France: Overload protection for x 10 = lines and cables 'PSL-PSC' Region France: Overcurrent protection x 10 = 'MAXI-L' Region France: Net decoupling x 10 = protection 'PDA' Region France: Overload protection for x 10 = transformers Sum: 0
