Forward-looking systems: Overhead line managementand routing

capital expenditure and boost the cost-effec-tiveness of your networks. For this purpose, we can build on powerful products and vast com-petence in overhead line management and linerouting. Based on decades of experience inoverhead line planning and construction, wehave developed the FM software solution foroverhead line management in close cooperationwith our customers.

The FM software package has become success-fully established in the overhead line planningand management operations of many renowned

Being independent of any company-owned manu-facture, SAG GmbH is your systems and solutionspartner for all aspects of your energy networks.Our service spectrum ranges from turnkey facilityconstruction and complex maintenance projectsvia energy infrastructure automation through tothe development of innovative IT solutions forasset management and asset service.

SAG GmbH’s CeGIT supports you in the planningand construction of new transport networks aswell as in the maintenance and optimization ofexisting grids. Our mission is to minimize your

Energy relies on a perfect technical infrastructure

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Energy networks are the lifelines of the modern industrial society. Without them everything grinds to a halt. This is why energy supply is a responsible task for experienced professionals. SAG GmbH is a leading European service provider for energy infrastructures in the utilities and other industries.

At a glance

Your Partner for Energy relatedInfrastructure

With approximately 8,000 employees, the

SAG Group generates an annual turnover of

around € 1 thousand million. The core markets

are Germany and neighbouring countries in

Western and Central Europe as well as project-

related business in other European countries

and worldwide. SAG has more than 100 locati-

ons in Germany to underline its nationwide

presence.

FM-LEISYS is a tool for managing line rights-of-way (ROWs). This ROW management system linkscadastral information with land register data to map easements. It documents and stores con-tracts, taking into account overhead line cros-sings, network topology and cadastral systems.FM-LEISYS is available both as office and mobilefield module.

FM-PROFIL is a combined graphics and simula-tion system for creating digital overhead line andcable profile plans. This tried-and-tested designsystem represents the overhead line technologyin conjunction with the topography and analyzesclearances to demonstrate compliance with national and international overhead transmissi-on line standards. In this way, FM-Profil sup-ports the preparatory activities for construction.Repeat clearance checks can be performed withinthe scope of route replanning activities.

FM-GIS is the geographic information systemshell especially designed for creating plot plansand general layouts for high-voltage networks.The module can be effectively combined withFM-BASE to develop phase transposition dia-grams. An integral viewer component enablesasset data to be combined with graphic data for maximum information accuracy.

FM-CHECK is a quality assurance program forprofile generation. It checks the overhead lineprofile plans for plausibility and documents anyfaults identified in a fault log.

FM-PROBASE is a data processing programwhich optimizes the surveying data for furtherprocessing in FM-PROFIL.

national and international customers and countsas the standard solution these days.

Boosting economics With our FM overhead line management soft-ware, we offer you a full-featured solutionpackage which integrates all network-relevantaspects to optimize the management of high-voltage networks.

The benefit is evident: Using a fully integratedsoftware system, FM reduces your process costand lifecycles without the need for switching toother media. The result is a drastic increase inthe cost effectiveness of all supported processes.

FM is consistently process-oriented. The systemintegrates intelligently with the existing IT envi-ronment of network operators and leverages thestrengths of their established systems.

A future-proof system By selecting FM you are opting for a solutionwhich is keeping pace with the development ofyour facilities. For FM has been developed withmaximum input from network management prac-tice and is being continuously further developedin close cooperation with our customers. We see to it that all modules are constantly updatedto reflect the latest trends and standards in theenergy sector. With the products of the FM solu-tion package you are opting for a safe future.

Six tried-and-tested products FM-BASE is an asset information system makingavailable the technical data for the asset plan-ning, maintenance and rehabilitation, upgradeand planning processes.

SCADA system

Energy management

Office

Network analysis/ asset simulation

Substation management SAP IS-U

Overhead line manage-ment Maintenance SAP

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At a glance

System architecture of network operators

Process support for line routing andoverhead line management

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Complex overhead line construction projects rely on precise analysis and planning. Our customersknow that we start our job with a differentiated system study using special network analysis pro-grams. In this way, we are able to determine the required extent of capacity upgrade or extension of the overhead line system. This puts your construction project on a solid footing.

Process support

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Sag and clearance simulations Compliance with national and internationalcodes and standards is a must in all overheadline construction and rehabilitating projects.Standards prescribe, for instance, the minimumclearances to be observed between live compo-nents and ground, buildings and traffic areas.

In the same way, the phase-to-phase clearanceson the structure and the clearances betweencrossing overhead lines are strictly regulated to preclude flashovers. Factors governing theclearances to be observed are the conductortemperature and the expected ambient influen-ces such as wind and ice loading. The officialstandards prescribe the load cases to be exa-mined. Only if compliance with all these limitvalues is ensured will green light be given forthe construction of the overhead line.

FM-PROFIL analyzes the relevant load cases forall classified objects and compares the resultswith the limit values. The program automatical-ly analyzes all relevant load cases as a functionof the object class and calculates the clearancesbetween the object and all existing conductors.The results are documented both graphicallyand in report format. Any clearance violationsidentified are highlighted. Moreover, the pro-gram calculates the clearances from rigid ob-jects and crossing lines, taking into account different conductor conditions. It determinesthe phase-to-phase clearances within the struc-tures for all load cases examined. By simulatingphase approximation scenarios, the system predicts the worst-case clearance per midspan,per stringing section or within a stationingrange.

Process support

Tower type library of FM-FPROFIL 3D object with clearance information

Our FM software package supports all relevantprocesses of overhead line routing and mana-gement.

Management of planning activities FM supports the construction of new overheadlines beginning with the needs analysis throughto construction. FM-BASE provides in a highlyusable format all inventory data needed for initialplanning analyses. To depict planning and modi-fication measures, planning data can be colour-coded to distinguish them from inventory data.Once the construction measures are completed,the planning data can be written to the inven-tory database. The activity management featureallows the data of different planning activities tobe retained in parallel.

Routing and tower spotting Based on topographical maps, FM-GIS makesinitial selections for the rough line routing. The result is a general layout with the proposedline route which is used as a basis for the per-mitting procedure. After coordination with theresponsible authorities, detailed route planningcan be started. FM-PROFIL uses the profile es-tablished by field surveying as a basis for towerspotting.

Relevant tower data can be downloaded from the integrated tower library. The library definestower types of different height and projectionsincluding extension options.

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data from the cadastral offices and then com-pares them with the land registry data. In afinal step, the local municipalities are consul-ted to verify whether there are any other per-sons having a vested interest in the affectedparcels.

Holders of secondary title are, for instance, landtenants. The “owners” so identified are ownerswho are not (yet) registered in the land register,but should be informed about measures plannedon the affected properties.

Once plot plans and profile plans are available,negotiations are taken up with the propertyowners identified with the aid of the owner regi-sters. After an agreement with the owners hasbeen reached, the limited personal easementsare secured in the land register and entered intoFM-LEISYS.

Field simulation to demonstrate compliance with the air pollution control regulations No need to say, FM also supports the analysisand graphic representation of the field distri-bution to verify the environmental impact ofelectrical and magnetic fields in accordancewith ICNIRP standards and DIN VDE 0848.

In verifying the electromagnetic compatibility,the program considers overhead lines andcables as well as switching and network stations

Process support

FM-LEISYS - Parcel display Winfield module - Noise forecast

Structural design of poles For the design of medium-voltage overheadlines, FM-PROFIL offers a structural modellingroutine for the poles in addition to the mechanicalconductor design functionality. For solid steelpoles and concrete poles, the program can designthe block and stepped foundations. Besides calculating the foundation width, there is theoption to select a foundation from a list of stan-dardized foundation dimensions or to verify the structural stability of existing foundations.Limit values and requirements for the foundationdimensions, buried foundation depth and theterrain slope to be observed for the foundationdesign are verified in each simulation run.

The criterion governingthe selection of the poleshaft is the total tensileforce acting on the poletip. Taking into accountthe applicable stan-dards, FM-PROFIL ana-

lyzes all relevant load cases as a function of thepole type and outputs the most critical loadcase as relevant working tension both graphi-cally and alphanumerically.

Determination of safety corridors and identifica-tion of land owners FM-PROFIL simulates parallel and parabolicsafety corridors or setback distances fromwoodland and links them with the cadastralinformation provided by FM-GIS.

FM-LEYSYS identifies the owners of the landparcels affected by the safety corridors. For this purpose, the system first integrates the

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Calculation of electrical parameters for overhead line circuitsNetwork analysis requires the electrical parame-ters of overhead line circuits. Using the line dataprogram integrated in FM-PROFIL, our softwarecalculates the electrical parameters of overheadline circuits by evaluating the geo-electrical dataand documents the results in an Excel spreads-heet. Particular attention is given to the evalua-tion of the transposition schemes and the symme-try properties of the overhead line.

Profile plan output and crossing profile plans FM-PROFIL outputs profile plans both to scaleand not-to-scale, in colour or black-white. Theattributes of the graphic elements (layers, col-ours, line weights etc.) can be defined by theuser at his discretion. The profile plans can beoutput either for the overall facility or per span.Moreover, there is the option to print out anyplan excerpts.

For crossing contracts for intersecting lines orlines running in parallel with federal motorways,federal waterways, railroads etc., the programoffers the option to output special crossing pro-files in addition to the standard profile planoutput.

with multiple field sources. These field analysesare not only required for the permitting andlicensing procedures, but also provide our custo-mers with information on the field strengths andflux densities as early as in the planning phase.Simulations can then be run to check whichmeasures are effective in minimizing fields, e.g. conductor selection or phase optimization. In this way, an optimum solution can be found.The results are visualized in the form of 2D and3D models and can also be graphically represen-ted in plot plans, e.g. as isoline maps.

Thanks to these detailed analyses, FM pro-vides our customers with the complete docu-mentation package needed for environmental permitting.

Noise forecasts for corona discharges on high-voltage overhead lines The operating voltage of the main conductorsgenerates an electric field in the surroundingsof the overhead line. If the peak electric strengthis attained on the surface of a main conductor,impact ionization in the immediate vicinity willlead to audible noise effects which must be takeninto account in the noise forecast. Using the FM-PROFIL and Winfield tools, the creation of noiseforecasts can be incorporated into the overheadline planning and design processes.

Process support

Crossing profile Conductor in rollers

Land parcel search to respond to a construction request

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notified of forthcoming construction activitiesvia the serial letter module of FM-LEISYS.

FM-BASE also supports the bid invitation pro-cess by creating comprehensive reports, such as a compilation of drawings or lists for neces-sary tower coating work. These documents arethen used as an estimating basis by the coatingor line construction contractors.

Requests for construction projects in overheadline corridors Network operators are required by law to provideinformation on their network and grant approvalsfor construction measures located within theirline corridors. If a construction request is filed,network operators first have to clarify whetherthey are affected by the project. This is accom-plished by searching the planning documentationin FM-GIS. The plans and drawings are accessedvia controlled search queries to identify the siteof the construction project in a first step.

If the network operator is affected by the plan-ned construction project, it has to be decidedwhether the project can be approved as propo-sed. For this purpose, FM-PROFIL simulates theconstruction project and analyzes the clearan-ces. After that, the network operator can grant a time-limited approval for the proposed projectand document it in FM.

Construction requests are handled with the aidof answer templates, into which the relevantinformation is entered. For in-company documen-tation of the construction request, the corres-pondence and the associated profile plan can be filed in a document management system.

Span tables for conductor sagging Conductor sagging requires the sag data for theload cases “conductor in rollers” and “conduc-tor in clamps”. FM-PROFIL generates the spantables required for sag adjustment. These tablesdepict the sags as a function of the temperatureand the tensile stresses of the conductor per span. Sag data can be evaluated for any temperatures.For modelling the condition “conductor in rol-lers”, FM-PROFIL determines the dimension bywhich the support clamp must be offset againstthe conductor contact point on the roller to en-sure that the insulator is exactly plumb in theinstalled condition. To take into account conduc-tor creep - a physical phenomenon occurringafter clamping as a result of strand settling andloss of elasticity of the conductor assembly aswell as due to elongation during operation lateron – an overload factor can be applied to redu-ce the line sag by a defined percentage.

Network operation In network operation, network data frequentlyhave to be evaluated for reporting and informa-tion purposes. FM-BASE supports the planningof routine maintenance activities by checking,for instance, all towers of a defined year of construction. In this way, the age profile of anetwork can be generated. If there is a systemfault, the circuit functionality of FM-BASE allowsthe fault to be exactly located. In the case of a ground fault, for instance, the affected spanfield can be pinpointed by tracking defined sec-tions of the circuit. For line rehabilitation pro-jects (route replanning), FM-PROFIL determinesthe rehabilitation scope on the basis of currentdata. Details of property ownership are upda-ted so that the affected owners can be directly

Process support

FM-GIS – Phase transposition diagrams

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Maintenance The FM software package can provide data forroutine, condition-based, event- or risk-basedmaintenance strategies.

If the network operator identifies a faulty insu-lator batch, for instance, FM-Base will allow himto locate the faulty insulators in the network.

Moreover, FM-BASE can transfer network datainventories to mobile units for the field assess-ment of the network condition. Based on thestatus information, the network operator canevaluate the overall system condition to extendor reduce maintenance intervals, for instance.FM-GIS analyzes the risk potential for each toweras a function of its surrounding environment(buildings, infrastructure etc.). The risk value so determined can be used to define the mainte-nance scope for each tower. Last but not least,FM-BASE documents the date of the last coa-ting, thus facilitating the planning of re-coatingactivities.

Processing easement clearing requests When network sections are relocated or abando-ned or if there are changes in the land use, theaffected property owners may request the can-cellation of easements for the affected land par-cels in the land registers. FM-LEISYS processesthe clearing requests and generates the cancel-lation approvals.

Your benefit: the FM software package enablesall verifications, calculations and administrativetasks from the planning stage via constructiontrough to the operation and maintenance of theoverhead line systems.

Generation of 3-pole phase transposition diagrams using FM-GIS and FM-BASE Our powerful FM-BASE software administratesvast amounts of information such as data online routes, poles, spans, conductors in spanfield, circuits, cables, transformer stations and a great variety of further line data. FM-GISuses this information to derive phase trans-position diagrams. A FM-GIS-integrated draftingshell enables the quasi fully automated gene-ration of a standardized and seamless geo-schematic diagram of the overhead line andcable network.

The data inventory comprises transformer stati-ons, towers, conductors in span field, conductorattachments on the tower and/or transpositions,switching station fields, tower sketches, anno-tations, additional symbols and cable sections.The greater part of the graphic elements is backedwith technical data and interlinked. These “in-telligent” data can be periodically checkedagainst the current asset data in FM-BASE. Inthis way, the user receives valuable informationon any necessary updates.

The phasetranspositiondiagrams are kept avai-lable by theinformationsystem. Forquerying these

diagrams, the system uses line numbers, towernumbers or circuit names as search criteria, a prerequisite for navigating to the FM-BASEasset data system.

Process support

FM-BASE

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General structural design • Components, assemblies, drawings • Theoretical towers, equivalent tower types,

sketches, structural analyses

Basis types • Conductor types, profile types,

profile type groups • Cable types, insulator types

Evaluations • Parameterizable printing jobs for line

statistics – Tower lists – Structural stability, coatings, foundation

Event-based maintenance • Field and helicopter inspections, construction

notifications and maintenance reports

Condition-based maintenance • Decentralized acquisition and verification of

status and asset data

Interfaces• MS-Office, Integral, SAP-PM, decentralized

status acquisition

System administration • User rights concept • User administration

FM-BASE displays the schematic network confi-guration. Navigation to the asset data is topolo-gy-controlled. Our users appreciate in particularthe near real world views of line routes, circuitsand communication systems. A detailed descrip-tion of the overhead lines provides a decision-making basis for selecting the optimum mainte-nance strategy: routine, condition-, event- orrisk-based. By describing your network down to the minute detail, FM-BASE creates the trans-parency necessary to optimize your value chain.

Capabilities

Activity management • Inventory management, planning

and historic data

Topology/nodes and edges • Route • Circuits • Communications technology

Construction aspect • Lines, towers, spans, conductors • Cable systems, cable connectors, towers

(evaluation of planning activity)

Electrical aspect - circuits • Circuits, sections • Sub-sections, switching stations

Communications technology/fibre optics cables • Aerial cable projects, aerial cable systems • Aerial cable fitting lengths

Our practice-proven products

Asset database for high-voltage networks

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Our practice-proven products

FM-LEISYS

Easements• Linkage of cadastral information –

land register – easement – legal object

Crossings • Linkage of cadastral information –

property - legal object

Legal objects • Lines, towers, transformers etc. • Creating serial letters • Creating title registers

(recording for evidence purposes) • Printout of land register

Telecommunications compensation • Management of requests • Data acquisition and qualification • Response letters, remittance of payments • Statistical function

Interfaces• MS-Office, decentralized units, FM-BASE

Database system • Relational data model in Oracle 8-9-10.

FM-LEISYS reliably documents property ownerdetails, cadastral information and land registerdata as well as the land type and land use. Alldata are administrated in relational databasesin accordance with industry standards. Designedfor mobile application, FM-LEISYS offers maxi-mum flexibility. Project data gathered from localenquiries can be keyed into mobile terminalunits and transmitted to the headoffice for pro-cessing. Above and beyond, FM-LEISYS is notrestricted to energy network applications, butcan also be used for other utility infrastructuressuch as gas pipelines and water piping.

Capabilities

Administrative units • Automated cadastral code, districts • Municipality structures, offices,

authorities, persons • Hierarchies, roles (land registries and/or

cadastral offices, legal entities)

Cadastral information • Parcels, cadastral functions:

redistricting, reparceling, land registers • Land register data • Land register functions:

transfer of title, change of owner

Management of line rights of way and easements

FM-PROFIL

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• German, English, French and Polish operator interface

• Licence and run time limitation via password or dongle

Mechanical conductor design based on Germanand international standards • VDE 0210 05.62 • VDE 0210 05.69 • VDE 0210 12.85 • VDE 0210 03.02 HSP (EN 50241-3-4) • VDE 0210 05.05 MSP (EN 50423-3-4) • ÖVE-L 11.67 (Austria) • ÖVE-L 11.79 (Austria• TGL 200-0614 5.76 (former GDR)• TGL 200-0614 9.87 (former GDR)• PN-E 05100 (Poland)

Mechanical conductor design • Calculation methods based on catenary

and mean equivalent spans (MES)• Sag calculation for up to 26 conductors • Calculation of conductor clearances

from points, lines, surfaces and crossingoverhead lines

• Calculation of span tables for “conductors in rollers” and “conductors in clamps”

• Simulation of parallel and parabolic standard safety corridors

• Simulation of setback distances from woodland

• Simulation of phase approximations• Simulation of vertical load at conductor

attachment point

The combined graphics and simulation programgenerates overhead line and cable profiles. Thishelps speed the processing of new route con-struction and replanning projects. Data changescan be made either graphically or alphanumeri-cally. After each data change, the program gene-rates an updated drawing and re-runs all inte-grated simulations without the need for anymanual corrections or adaptations. This makesFM-PROFIL an ideal tool for planning and pro-cessing variants.

Capabilities

General spectrum • Creation of overhead line and cable

profile plans• Automated integration of data from

terrestrial surveying and laser scanningmethods

• 2D and 3D representation of profile plan • Tabular output of all profile data • Graphic and alphanumeric processing

functions • Automated creation of secondary drawings

(tower sketches, side-swing views, transverse profiles, additional graphic information)

• Variant technology • Import and export functions • Variable drawing execution requirements,

lengths and height scales • Graphic editor for processing symbols

and fonts

Our practice-proven products

Simulation and representation of overhead line and cable profiles

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• Simulation of a fictive temperature increase to consider conductor aging

• Verification of insulator string uplift • Verification of limit load cases • Consideration of angle towers • Simulation of the influence of isolated loads

and additional weights

Structural analyses • Calculation of tensile strength for circular

and lattice towers • Calculation of block and stepped foundations

according to the Sulzberger method

Electrical engineering module • emonstration of compliance with air pollution

control regulations • Noise forecast in the case of corona discharges

Laser scanning module • Laser data processing • Triangulation

Our practice-proven products

FM-PROBASE

This software provides an easy means of conver-ting surveying data to FM-PROFIL format. Thedigital terrain model so created is subsequentlyused for further processing in FM-PROFIL.

Using predefined codings, object types, objectclasses and terrain classes are determined asearly as at the time of surveying. Apart from terrain and object coordinates, FM PROFIL alsoimports the coordinates of conductor supportpoints, crossarms, towers and conductor sags.The surveying data format is clearly structuredand shows the following information per line:

• Point number • Coding • Object number • Coordinates • Remarks

Coding allocation to the object types, objectclasses, culture types and terrain symbols canbe defined by the user in FM-PROBASE. Alter-natively, object types can be copied from theremarks column. Moreover, objects can be grou-ped by assigning common object numbers.

FM-PROFIL then calculates the smallest commonclearance between the overhead line and theseobject groups.

Processing of surveying data

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Our practice-proven products

FM-GISGeographic information system for high-voltage networks

Data domains • Plot plan

(cadastral map, grid, plot frame, order)• Biotope management • Construction approval • Topographic map, scale 1:25,000

(protected area, municipality, network, line route plan)

• Topographic map, scale 1:100,000 (plot frame, grid)

• Administration boundary • Phase transposition schemes

(grid, plot frame, route plan)

Information system • Asset data linkage • Application integration of asset data and

information system

Plan and map types • Topographic map, scale 1:25,000 • Topographic map, scale 1:100,000 • Plot plan of overhead lines and cables • Plot plan of communications cables • Cable drawing • Radio field plan • Biotope management plan • Tower sketches • Tower drawings • Insulator string drawings • Phase transposition diagrams • Special raster and vector maps

Network operation and the planning of networkextension projects necessitate comprehensivemaps and plans. FM-GIS is a geographic infor-mation system module especially designed forhigh-voltage networks. The software comprisesfunctions for the creation of plot plans andgeneral layouts of overhead lines. An interfaceto FM-BASE allows 3-pole phase transpositiondiagrams to be derived from the asset data.

FM-GIS can be combined with FM-LEISYS to createowner-referenced plot plans. For the documen-tation of maintenance and mitigation measuresalong overhead line corridors, FM-GIS also gener-ates biotope management plans. The viewercomponent allows asset and graphic data to beshared across the company. In this way access toaccurate information is just a computer exercise.

Capabilities

GIS shell for high-voltage overhead line andcable networks • Graphic user interface • Generation and updating functions • Seamless redundancy-free data holding • Level structure • Object structure

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Our practice-proven products

FM-CHECKChecking and quality assurance of overhead lines

Conductors • Check of circuit number against conductor • Check of conductor phase

Section data • Earth resistance • Longitude and latitude coordinates

Sheet data • Alert if overhead line corridor is not maintained • Alert if sheet number is not maintained.

FM-CHECK uses the following libraries for thecheck routines:

Conductor master file • Change in resistance • Conductor inside cross section in tower library

FM-CHECK checks the towers created in FM-PROFIL against the towers defined in the towerlibrary for geometry (crossarm elevations, pro-jections, crossarm level spacing) and outputs anyinconsistencies in the form a report.

Insulator string library Similar to the tower library, insulator strings canbe defined in a library for verifying the insulatorstrings of a profile. The system checks the stringlengths and weights.

FM-CHECK verifies the overhead line profiles ge-nerated in FM-PROFIL. The checks are carried outper profile file and also at a cross-profile level.

The results are listed as faults and alerts in anExcel spreadsheet. Linkage with FM-PROFILthrough automated readout of all FM-PROFILoptions ensures optimum data quality.

Capabilities

FM-Check verifies the profiles according to thefollowing criteria:Check against plan data/section data/elevations/conductors/parcel numbers/clearances

Topology check This check is designed to identify inconsisten-cies between end and start towers in successiveprofiles and/or at line angles, tower data, cros-sarm data, insulator string type and circuit dataas well as terrain elevations.

Circuit • Duplicate data sets • Circuit without load • Alert: “Earthed system does not exist.”

SAG GmbHCeGIT

Westfalendamm 10044141 DortmundGermanyT +49-231-725488-00F +49-231-725488-13I www.freileitungsmanagement.deI www.cegit.comI www.sag.de

Your contacts for overhead line management and routing

CeGIT WallenhorstHansastrasse 7649134 WallenhorstGermanyT +49-5407-504-55F +49-5407-504-99

CeGIT CottbusAnnahofer Graben 1-303099 Kolkwitz-Klein GaglowGermanyT +49-355-7522-0F +49-355-7522-214

CeGIT EssenWolbeckstrasse 2145329 EssenGermanyT +49-201-8989-147F +49-201-8989-226

CeGIT Bad KreuznachWolfsheimer Strasse 155543 Bad KreuznachGermanyT +49-671-608-2900F +49-671-608-2970

CeGIT TrierLuxemburger Strasse 16254294 TrierGermanyT +49-651-82849-0F +49-651-82849-20

CeGIT KetschKarlsruher Strasse 12068775 KetschGermanyT +49-6202-60869-1F +49-6202-60869-2

CeGIT BreitungenMückengasse 3298597 BreitungenGermanyT +49-36848-883-51F +49-36848-883-20

CeGIT ErgoldingLandshuter Strasse 65 84030 ErgoldingGermany T +49-871-70000-10 F +49-871-70000-99

CeGIT GifhornRibbelsbütteler Weg 238518 GifhornGermanyT +49-5371-803-330F +49-5371-803-383

Your contact: