Features
• Measurement of current, voltage, frequency, power, power factor, phase angle
• Measurement of grid harmonics up to the 50th (power quality)
• Synchronization monitoring / Synchro-check
• Monitoring functions for grid and generator protection
• Controls two circuit breakers
• Integrated real-time data recorder
• Integrated event logging
• 4Q energy meter
• Measured value simulation
The GMP232/x2 module is fully integrated in the Bachmann
SolutionCenter. Configurations can be created simply and
stored for later reuse. Both the measured channel values
and also the derived values are made available directly
in the user interface. Commissioning and fault analysis
are simplified with tabular, vector and time sequence dis
plays. Event logs and recorded time sequences can be
exported in CSV resp. COMTRADE format. The integrated
simulation function simplifies the configuration of protec
tion and monitoring functions.
Features
● Measurement of current, voltage, frequency, power,
power factor, phase angle
● Direct connection up to 1000 VRMS rated CAT III
● True RMS and fundamental RMS, symmetrical components
● High dynamic measurement / very low latency
● Measurement of grid harmonics up to the 50th (PQ)
● Configurable grid and generator protection
● Direct relay outputs for circuit-breaker/trip circuits
● Integrated real-time fault recording
● Integrated event logging
● 4Q energy meter
● Integrated mean value aggregation, grid statistics
● Measured value simulation
The GMP232/x2 enables the safe, reliable and fast meas
urement of all relevant values for three-phase electrical
networks. It also provides a number of monitoring func
tions for generator and grid protection. Up to 2 circuit
breakers/trip circuits are triggered by the module directly
via relay outputs. The continuous monitoring of grid har
monics up to the 50th harmonic can be used for direct
reactions as well as for evaluating the power quality.
The module is provided with an integrated real-time
data recorder for the high-precision recording of up to
24 measuring channels during alarm/protection events.
Error events are recorded continuously and stored with a
high resolution time stamp. The internal time base of the
module can be synchronized to an external time source
(e.g. IEEE 1588 Precision Time Protocol), which supports the
analysis of the data from geographically separated meas
urement and protection devices.
The GM260 module enables the safe, reliable and fast measurement of
all relevant values for three-phase electrical networks. 2 separate
three-phase branches can be acquired at a common voltage monitoring
point. The grid variables are calculated online in the module as True RMS
values including harmonics up to the 40th harmonic.
This is particularly useful for applications such as for operational measurement
on machines or the energy monitoring in plants and buildings.
As well as functions for determining the active, apparent and reactive power
for each phase, 2 separate 4-quadrant energy counters are directly integrated
in the module.
The GM260 module is fully integrated in the Bachmann SolutionCenter.
Both the measured channel values and also the derived values are made
available directly in the user interface.
Features
• Measurement of current, voltage, frequency, power, power factor, phase angle
• Input voltages up to 480 VL-L, RMS can be directly connected
• True RMS calculation online
• 2 independent 4Q energy meters
• Compact design for 2 three-phase branches
Individual requirements can be met easily with a wide range of powerful
CPUs based on industrial (Pentium) processors and with an extensive range
of I/O modules. Real-time capable bus systems enable the automation to
be decentralized without any loss of performance.
The M200 series perfectly combines the flexibility of a PC-based controller
with the reliability of industrial hardware platforms. Designed for the toughest
environmental conditions, they guarantee fail-safe operation with fanless
installation from -40 °C up to an ambient temperature of +70 °C.
State-of-the-art system architecture designed for seamless networking
capability enables the M200 to be integrated easily in peripheral controller
and system components. Real-time Ethernet permits real-time capable
controller networking and supports all currently available fieldbus systems.
It enables external components to be connected via standard interfaces.
The M100 series is the perfect system extension for decentralized use in
combination with the Bachmann M200 series.
Power supply modules type PSI135 feed the backplane
and the internal supply sections of plugged modules. The
integrated galvanic isolation decouples disturbances and
separates supply groups strictly. Up to 4 PSI135 modules
can be operated simultaneously on one backplane, providing
supply redundancy in the event of a primary supply
or infrastructure failure. The remaining load is distributed
evenly on the unaffected modules. The devices measure all
relevant quantities of supply and load circuit automatically,
aggregate them to meaningful diagnostic information on
the application interface as well as visual indication.
Features
● 35 W rated power output at Ta = -30 °C to +70 °C
● Buffering for failure according to IEC 61131-2 PS2,
logging
● Galvanic isolation of 850 V AC, rms to the system
● Supply redundancy due to multiple power feeds
● Measurement of supply and load circuit
● Extended diagnostics and load aggregation
● Eventlog power fail safe
Empty slots on backplanes are useful for optional retrofits,
machine variants or for keeping reserve space in plant con
struction. The BPC101 backplane slot cover protects each
slot from mechanical influences, electrostatic discharge
and contamination. BPC101 can be fitted both between
mounted modules as well as mounted side by side. In both
cases the achieved degree of protection is IP40.
Features
● M100 system backplane slot cover for 1 slot
● Compatible with BPR1nn and BPS1nn backplanes
● Direct side by side mounting or between modules
● Can be used for any slot (except 0/C)
● Screw mounting
● Captive screw
● Degree of protection IP40
Die Busschiene vereint den Buskoppler und die I/O-Module
zu einer mechanisch robusten, EMV-sicheren Einheit. Voll
ständige I/O-Stationen können somit nach der Montage
vorgetestet und ohne weitere Veränderung in die Anwen
dung übernommen werden. Der Aufbau ermöglicht Tausch
und Nachrüstung einzelner Module ohne Demontage der
nicht betroffenen Module.
Die Busschiene ermöglicht die Echtzeitdatenkommunika
tion zwischen den Modulen und dem Buskoppler, versorgt
die Logikseite der Module mit Energie und ermöglicht die
Modul-zu-Modulkommunikation.
Die Befestigung mit massiven M5-Schrauben macht diese
Variante prädestiniert für Umgebungen mit hohen Schock
und Vibrationsbelastungen. Der solide Metallkörper und
die große rückseitige Montagefläche bieten eine hohe Wär
meableitung an die Tragkonstruktion, was die thermischen
Reserven bei Anwendungen mit hohen Umgebungstempe
raturen erhöht.
Features
● Busschiene System M100 für Schraubmontage
● 4 bis 32 Steckplätze
● Mechanisch robuste, selbsttragende Basis für Module
● Modultausch ohne Demontage anderer Module
● Ermöglicht vollständige Vormontage und Test
● Beliebige Steckplätze als Reserven möglich (Lücken)
● Verstärkte Wärmeabfuhr über rückseitige Montage
fläche
The backplane combines the node adapter and the I/O
modules into a mechanically robust EMC compliant unit.
Fully assembled I/O stations can thus be pre-tested after
mounting and transferred to the application without fur
ther modification. This assembly enables individual mod
ules to be exchanged and retrofitted without having to
remove the unaffected modules.
The backplane enables real-time communication between
modules as well as with the node adapter, provides the
power supply to the logic side of the modules and enables
module-to-module communication.
Fastening with solid M5 screws makes this variant ideal for
environments that are exposed to high shock and vibration
loads. The solid metal body and large mounting area on the
rear allow high heat dissipation to the support structure.
This increases thermal reserves for applications involving
high ambient temperatures.
Features
● M100 system backplane for screw mounting
● 4 to 32 slots
● Mechanically robust, self-supporting base for modules
● Module exchange without the removal of other mod
ules
● Enables complete pre-assembly and testing
● Any slots possible as reserve (gaps)
● Enhanced heat dissipation via rear mounting surface
Die Busschiene vereint den Buskoppler und die I/O-Module
zu einer mechanisch robusten, EMV-sicheren Einheit, die
sich mit einem Handgriff auf einer normkonformen Trag
schiene aufsetzen und auch wieder abnehmen lässt. Voll
ständige I/O-Stationen können somit nach der Montage
vorgetestet und ohne weitere Veränderung in die Anwen
dung übernommen werden. Der Aufbau ermöglicht Tausch
und Nachrüstung einzelner Module ohne Demontage der
nicht betroffenen Module.
Die Busschiene ermöglicht die Echtzeitdatenkommunika
tion zwischen den Modulen und dem Buskoppler, versorgt
die Logikseite der Module mit Energie und ermöglicht die
Modul-zu-Modulkommunikation.
Features
● Busschiene System M100 für Tragschienenmontage
● 4 bis 32 Steckplätze
● Mechanisch robuste, selbsttragende Basis für Module
● Modultausch ohne Demontage anderer Module
● Ermöglicht vollständige Vormontage und Test
● Beliebige Steckplätze als Reserven möglich (Lücken)