
3WL Air Circuit Breakers
3WL Air Circuit Breakers/Non-Automatic Air Circuit Breakers up to 6300 A (AC)
General data
22
Siemens · 2012
Data that can be transmitted over the PROFIBUS DP/MODBUS or the Breaker Data Adapter
1)
Data only available in conjunction with the COM15 module (BUS connec-
tion not required).
2)
Only possible with ETU76B.
✔ Available
-- Not available
All 3WL circuit breakers with ETU45B, ETU76B (CubicleBUS integrated)
Transmittable circuit breaker data
BSS BDAPLUS BSS COM15/COM16
Order code (Order No. of circuit breaker + "–Z")
Order No.
F01
+"BDAPLUS"-
Order No.
F02/F12
Potential applications
Transmission of circuit breaker data to PROFIBUS DP or MODBUS and integration into
higher-level visualization systems are possible
e. g. in PCS7, Power Management Systems, WinCC (including add-ons like the text message radio server)
-- ✔
Transmission of circuit breaker data and software (i. e. HTML pages with data) to a local output
device, or remotely through Ethernet/Intranet/Internet (without the possibility of integration into
higher-level visualization systems)
e. g. for monitoring, diagnostics, maintenance and parameterization of individual circuit breakers
✔ --
Utilization of the functionality of all CubicleBUS modules
e.g. configuration of the configurable digital output module, status check of the digital input modules,
diagnostics
✔ ✔
Transmittable circuit breaker data without integrated measurement function
Device identification
Communication address, Order No., switch in as-delivered state, circuit breaker parameters
(size, number of poles, rated current module etc.), identification numbers, release type,
free text for plant code and comments
✔
--
1
)
✔
✔
Operating states
On/off status message, storage spring, tripped, readiness
Switching position (connected, test and disconnected position, not present) for withdrawable circuit
breakers,
PROFIBUS/MODBUS write protection on/off, free user input
✔
--
1
)
--
1
)
✔
✔
✔
Control commands
Switch circuit breakers ON/OFF, switch free user output ON/OFF
Reset tripped signal
Delete event and history memory
Rest min./max. measured values, reset maintenance information
--
1
)
✔
--
1
)
✔
✔
✔
✔
✔
History
Read out the event protocol, read out the release protocol --
1
)
✔
Information on maintenance
Number of tripping operations - L, S/I and total, contact erosion
Number of switching operations - under load and total, operating hours
✔
--
1
)
✔
✔
Event signals
Tripped signals with data on tripping currents
Alarmsignals (e. g. overload) with incoming/outgoing information
All named event signals with time stamp
✔
--
1
)
--
1
)
✔
✔
✔
Parameterization of protection functions
Readout of protection function parameters
Modification of settings for protection function parameters via communication
Parameter set switchover supported (set A to set B and vice versa)
✔
✔
2
)
✔
2
)
✔
✔
2
)
✔
2
)
Measured values
Phase currents, each with min./max. value
Temperature in the circuit breaker with min./max. value
Temperature in the control cabinet with min./max. value
All named measured values with time stamp
✔
--
1
)
--
1
)
--
1
)
✔
✔
✔
✔
Measurement function Plus
Order code F01+ ... or F02+ ... F05
Additional transmittable circuit breaker data with integrated measurement function
Additional event signals
Threshold value alarms (e. g. over/underfrequency, over/undervoltage)
✔
Parameterization of expanded protection functions and setpoints (threshold values)
Readout of parameters of expanded protection functions
Modification of settings for protection function parameters
Readout and setting of threshold values
✔
✔
✔
Additional measured values
Voltages, powers, energy, p.f., Frequency with min./max. value
Harmonic analysis
Recording of currents and voltages for configurable events in waveform memory
✔
✔
✔
© Siemens AG 2011
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