3WL Air Circuit Breakers
3WL Air Circuit Breakers/Non-Automatic Air Circuit Breakers up to 6300 A (AC)
General data
24
Siemens · 2009
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 SENTRON 3WLs with ETU45B, ETU76B (CubicleBUS integrated)
Transmittable circuit breaker data
BSS BDA BSS COM15/COM16
Order code (Order No. of circuit breaker + "–Z")
Order No.
F01
+"BDA/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 (incl. 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., circuit breaker in delivery status, circuit breaker parameters
(size, number of poles, rated current module etc.), identification numbers, release type,
Free text for plant code and comments
✔
--
1
)
✔
✔
Operating statuses
On/off status message, storage spring, tripped, readiness
Switching position (connected, test and disconnected position, removed) for withdrawable circuit breakers,
PROFIBUS/MODBUS write protection on/off, free user input
✔
--
1
)
--
1
)
✔
✔
✔
Control commands
Switch circuit breaker on/off, switch free user output on/off
Reset tripped signal
Delete event and history memory
Reset the min./max. measured values, reset the maintenance information
--
1
)
✔
--
1
)
✔
✔
✔
✔
✔
History
Read out the event protocol, read out the release protocol --
1
)
✔
Maintenance information
Number of tripping operations L, S/I and in total, contact wear
Number of operating cycles under load and in total, number of operating hours
✔
--
1
)
✔
✔
Event signals
Tripped signal with details of the tripping current
Alarm signals (e. g. overload) with incoming/outgoing information
All of the named event signals with time stamp
✔
--
1
)
--
1
)
✔
✔
✔
Parameterization of the protection functions
Reading out of the protection function parameters
Settings for the protection function parameters can be changed by means of communication
Parameter set switchover possible (set A to set B and back)
✔
✔
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 of the 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 the extended protection functions and setpoints (threshold values)
Reading out the parameters of the extended protection functions
Settings for the extended protection function parameters can be changed
Reading out and adjusting threshold values
✔
✔
✔
Additional measured values
Voltages, power, energy, power factor, frequency, each with min./max. value
Harmonic analysis
Recording of currents and voltages for configurable events in the curve form memory
✔
✔
✔
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