Siemens FC700A manual Control terminal limits FC/FT, Maximum number of I-Bus-modules

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Limitations of C-Bus participants

8.1.5Maximum number of I-Bus-modules

Table 'Maximum number of I-Bus-modules'

Station type

FC700A

I-Bus modules

... 16 1) ... 8 2) 3)

1)Limited by software

2)Value based on experience (depends on cabinet size and/or 5V current consumption)

3)Battery charging unit E3C011 counts as one I-Bus module

8.1.6Limits of 5V supply

All I-Bus modules are supplied with 24V and 5V. The available current for the 5V, supplied from main CPU is limited:

'Main CPU'

Available current

B3Q700 / E3C011

250mA

Table '5V-Current consumption of I-Bus modules'

I-Bus module

Current consumption

I-Bus module

Current consumption

from 'Main CPU'

from 'Main CPU'

 

 

E3M080

55mA

E3G060

10mA

E3M111

25mA

E3G070

10mA

E3L020

10mA

E3C011

12mA

E3L030

35mA

E3I020*

100mA

E3G050

8mA

E3I040

70mA

*Not an I-Bus module, but supplied via the 'Main CPU'

8.2Control terminal limits (FC/FT)

8.2.1Limitation of visible texts on a FC700A

The number of texts of other stations (i.e. AREAS) that can be displayed on one control terminal is limited by 14'000 texts.

To evaluate how many control panels FC700A can be displayed to one FC700A, the following calculation must be used:

Twice the number of visible sections (worst case 1000)

+The number of visible ZONES (worst case 1000)

+The number of visible ELEMENTS with element text (worst case 1000) = Number of texts per FC/FT (worst case 4000)

Example (worst case)

14'000 : 4000 (e.g.) = 3 fully configured FC can be displayed to one FC

8.2.2Limitation of visible texts on a FT700A

The number of texts of other stations (FC700A) that can be displayed on one con- trol terminal is limited by 14'000 texts.

To evaluate how many control panels FC700A can be displayed to one FT700A, the following calculation must be used:

Twice the number of visible sections (worst case 1000)

+The number of visible ZONES (worst case 1000)

+The number of visible ELEMENTS with element text (worst case 1000) = Number of texts per FC/FT (worst case 4000)

Example (worst case)

30'000 : 4000 (e.g.) = 7 fully configured FC can be displayed to one FT

 

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Siemens Building Technologies

007836_a_en_--.doc

Fire & Security Products

03.2004

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Contents Planning Page Modifying the impedance of the various C-Bus cables 12.3 21.1 About this document Document identification ConventionsModification index Place SignificationSignal words and symbols Safety regulationsSignal words and their meaning Symbols and their meaningClassification and meaning of additional symbols Safety-relevant working instructionsElectrical installations Assembly, installation, commissioning and inspection workTesting the product operability Modifications to the system design and the productModules and spare parts Stations Main featuresTechnical data FC700A Logical structure Logical and physical structureLinking Physical structureBus Bus systemsSynoLOOP and SynoLINE600 LON-BusBus overview Modifying the impedance of the various C-Bus cablesRd = Ri x 3,65 45Ω Ri 200Ω Ri Ohm DiagramStation Bus stationsTypes of stations HardwareBUS Logical Areas Main CPU limits Limitations of C-Bus participantsMaximum number of I-Bus-modules Control terminal limits FC/FTLimits of 5V supply Limitation of visible texts on a FC700AGateway limits FG Specify hardware required Control unit FC700A ConfigurationBlock diagram ModulesFC700A Component Order-No Description Auxiliary power supplyControl terminal B3Q700 FC/FT FeaturesOptions Plexiglas door to B3Q700 FC/FTPlace of the E3I040 LON interface FT Place of the E3I020 RS232 module FTInstallation possibilities FT Control unit FC700A Power supplyLoop C-Bus EN54 requirements12.7 Modules H23G230 H26G220 H28G200 Range of cabinets H23 / H26 / H28Recessed mounting H23G230 and H28G200 H23U220 H23U230 H23G230 H23Z230H28Z010 H28G200 14 19 accessories Line modules Special featuresOverview Input/output modulesRoom Detection line addressable SynoLOOPSynoLINE600-Ex Detection line collective SynoLINE600/-ExTerminology and abbreviations Connection factors, line resistances and capacitan- cesCollective detection line Addressable detection lineMax. C Max. R Line resistance and capacitanceApplication of control modules Control modulesMeans of linking Overview of the available modules with control outputsControl outputs remote station type FT700A Control outputs station type FC700AAll-AREAsingle-AREA CPU-overlapping controlsMimic Display panel outputs K3R072Z3I530 K3G060 Relay outputsF12A100 F12A470LON-Bus as stub line LON-Bus devicesLON-Bus as free topology 18.4 LON/Mimic Display p.c.b K3I050LON I/O card K3I110 H23G230 B3Q580 Indicator devices B3Q580 and B3Q590/595Main features GatewayApplication Modules Remote transmission Remote transmission deviceInterfacing Printer interface Application variant FTApplication variant FC Power supply for the control unit Power supplyAuxiliary power supply Concept24V / 0,63A Operation with power supply from control unitEmergency power supply Specifying battery capacityCapacity values for standard configurations Quiescent current table Alarm concept Cerberus Alarm Concept CACPrinciple of the Cerberus alarm concept Organization of system operation Determine the alarm organizationCommissioning Functions Parameterization, Flash programming27 FC700A modules in alphabetical order FC700A modules in alphabetical order EOL22 Spare partsList of configuration sheets Configuration sheetsAuxiliary power supply B3Q580/590/595, B3R051Cable, terminals, relay Z1K030 Inscription setsView a Control terminal FT Control terminal FT700ADisplay & operating terminals Details see .7 / 17.9 Externally placed modulesPage 007836aen

FC700A specifications

The Siemens FC700A is a cutting-edge frequency converter designed to optimize drive efficiency and enhance the performance of various applications in industrial settings. Its robust build and advanced technology make it suitable for a range of automation and control tasks, particularly in industries such as manufacturing, water treatment, and material handling.

One of the main features of the FC700A is its high-performance motor control capability. The converter supports both sensorless vector control and direct torque control, allowing for precise speed regulation and enhanced torque management. This level of control is essential for applications requiring high responsiveness and accuracy, such as conveyor systems and pumps.

Additionally, the Siemens FC700A incorporates advanced communication technologies, making it highly compatible with various automation systems. It supports multiple communication protocols, including PROFINET, EtherNet/IP, and Modbus, ensuring seamless integration into existing industrial networks. This versatility simplifies the process of connecting to different types of devices and enhances overall system reliability.

Another notable characteristic of the FC700A is its energy efficiency. Designed with the latest eco-friendly technologies, the frequency converter minimizes energy consumption, reducing operational costs and environmental impact. The built-in energy-saving features, such as automatic load detection and adaptive speed control, work together to ensure optimal performance while promoting sustainability.

The FC700A also boasts an intuitive user interface, making installation and configuration straightforward. Its graphical display provides real-time monitoring of drive parameters, allowing operators to quickly assess the status of their systems. The streamlined setup process reduces downtime and facilitates maintenance routines, ensuring uninterrupted production processes.

Furthermore, the frequency converter is built to withstand harsh industrial environments. Its robust housing protects it from dust, moisture, and temperature variations, making it a reliable choice for applications in challenging conditions. The FC700A is equipped with advanced thermal management systems that ensure stable operation even under high load conditions.

In summary, the Siemens FC700A is a versatile and efficient frequency converter that excels in performance, connectivity, and robustness. With its advanced control technologies, energy-saving features, and user-friendly interface, it is an ideal solution for modern industrial applications, promoting enhanced productivity and operational excellence.
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