Does SchemPID allow symbols to be customized?

Yes, SchemPID includes an editor to import symbols or create them.

Can the component databases be customized?

Yes, SchemPID provides a table editor to integrate your own component databases.

Can we do only part of the wiring in SchemBAT?

Yes, you can include only the main cables in SchemBAT.

Does SchemBAT retrieve information for spider assemblies?

Yes, SchemBAT includes an algorithm for automatic wiring of spider assemblies and for extracting manufacturing data.

Does SchemBAT create single-line diagrams automatically?

Yes, single-line diagrams are produced automatically from the layout plan data.

Does SchemBAT create terminal blocks automatically?

Yes, terminal blocks are created automatically from the schematic. Updates are bidirectional.

Is SchemBAT compatible with macOS?

It runs natively on Windows; on Mac, it requires a Windows virtual machine or a macOS bridge.

What are the minimum requirements for installing and running SchemELECT on a PC?

Processeur Intel i5 ou i7, Windows 7 ou 10 (64 bits), 8 Go RAM ou plus, disque dur de 500 Go ou SSD de 256 Go, carte graphique AMD ATI R7 240 ou Nvidia GT740, écran 22 à 24 pouces en 1920x1080 ou supérieur.

What electrical standards does SchemELECT support?

SchemELECT prend en charge les différentes normes mondiales comme CEI, ISO, ANSI, JIS, BS, entre autres.

Can symbols be created or modified in SchemELECT?

Oui, SchemELECT est fourni avec des bibliothèques de nombreux symboles préétablies et personnalisables. Il est également possible de créer vos propres bibliothèques.

Which suppliers are included in SchemELECT's nomenclature databases?

SchemELECT intègre des centaines de milliers de composants (ABB, Schneider, Siemens, Legrand, Phoenix Contact, Rockwell, Wago, Weidmuller et bien d'autres). Ces bases de données sont éditables et personnalisables.

Does SchemELECT create terminal blocks automatically?

Yes, terminal blocks are created automatically from the schematic. Updates are bidirectional.

Does SchemELECT support 3D cabinet layout?

Yes, cabinet layout is possible in 2D½ or 3D, with equipment space-requirement control.

Does SchemELECT calculate cable cross-sections?

Yes, through its interface with software that calculates protections and cable cross-sections.

Is SchemELECT compatible with macOS?

It runs natively on Windows; on Mac, it requires a Windows virtual machine or a macOS bridge.

Which standards does SchemELECT support?

IEC, ISO, ANSI, JIS and BS. Symbols can be created and edited by the user.

What are the minimum requirements for installing and running SchemELECT on a PC?

Processeur Intel i5 ou i7, Windows 7 ou 10 (64 bits), 8 Go RAM ou plus, disque dur de 500 Go ou SSD de 256 Go, carte graphique AMD ATI R7 240 ou Nvidia GT740, écran 22 à 24 pouces en 1920x1080 ou supérieur.

What electrical standards does SchemELECT support?

SchemELECT prend en charge les différentes normes mondiales comme CEI, ISO, ANSI, JIS, BS, entre autres.

Can symbols be created or modified in SchemELECT?

Oui, SchemELECT est fourni avec des bibliothèques de nombreux symboles préétablies et personnalisables. Il est également possible de créer vos propres bibliothèques.

Which suppliers are included in SchemELECT's nomenclature databases?

SchemELECT intègre des centaines de milliers de composants (ABB, Schneider, Siemens, Legrand, Phoenix Contact, Rockwell, Wago, Weidmuller et bien d'autres). Ces bases de données sont éditables et personnalisables.

What are the minimum requirements for installing and running SchemELECT on a PC?

Processeur Intel i5 ou i7, Windows 7 ou 10 (64 bits), 8 Go RAM ou plus, disque dur de 500 Go ou SSD de 256 Go, carte graphique AMD ATI R7 240 ou Nvidia GT740, écran 22 à 24 pouces en 1920x1080 ou supérieur.

What electrical standards does SchemELECT support?

SchemELECT prend en charge les différentes normes mondiales comme CEI, ISO, ANSI, JIS, BS, entre autres.

Can symbols be created or modified in SchemELECT?

Oui, SchemELECT est fourni avec des bibliothèques de nombreux symboles préétablies et personnalisables. Il est également possible de créer vos propres bibliothèques.

Which suppliers are included in SchemELECT's nomenclature databases?

SchemELECT intègre des centaines de milliers de composants (ABB, Schneider, Siemens, Legrand, Phoenix Contact, Rockwell, Wago, Weidmuller et bien d'autres). Ces bases de données sont éditables et personnalisables.

What are the minimum requirements for installing and running SchemELECT on a PC?

Processeur Intel i5 ou i7, Windows 7 ou 10 (64 bits), 8 Go RAM ou plus, disque dur de 500 Go ou SSD de 256 Go, carte graphique AMD ATI R7 240 ou Nvidia GT740, écran 22 à 24 pouces en 1920x1080 ou supérieur.

What electrical standards does SchemELECT support?

SchemELECT prend en charge les différentes normes mondiales comme CEI, ISO, ANSI, JIS, BS, entre autres.

Can symbols be created or modified in SchemELECT?

Oui, SchemELECT est fourni avec des bibliothèques de nombreux symboles préétablies et personnalisables. Il est également possible de créer vos propres bibliothèques.

Which suppliers are included in SchemELECT's nomenclature databases?

SchemELECT intègre des centaines de milliers de composants (ABB, Schneider, Siemens, Legrand, Phoenix Contact, Rockwell, Wago, Weidmuller et bien d'autres). Ces bases de données sont éditables et personnalisables.

P&ID Piping and Instrumentation CAD | SchemPID - FTZ

Axel Freistroffer — Wed, 28 Oct 2026 08:14:42 +0000

Product sheet

SchemPID at a Glance

SchemPID is industrial CAD software dedicated to creating industrial piping, process and instrumentation diagrams, known as P&ID (Piping and Instrumentation Diagrams). It is published by FTZ Informatique Industrielle. It produces P&ID, PFD, PCF, BFD and TI plans and extracts customizable lists and bills of materials.

Identity card

Exact product name: SchemPID
Publisher: FTZ Informatique Industrielle
Software category: Professional CAD for piping and instrumentation studies
First version release date: 1996
Current version: SchemPID V15
Geographic area: 5 continents
Customer size: From SMEs to large industrial groups
Operating system: Windows 7 to 11 (64-bit)

Customers and references

Target business customers

Design offices
Engineering firms in piping and industrial processes

Reference examples

Ifpen
Dec SA
Air Liquide
CTP Environnement
Methalac
HRS

Features

The 5 features of SchemPID.

01
Complete libraries
Equipment, valves, pumps, instruments.
02
Simplified P&ID diagrams
03
Automatic numbering
04
Instrumentation loop management
05
Open databases

Problems solved

Automatic marking
Distribution of diameter and fluid information
Equipment selection
Lists and bills of materials

Standards and interfaces

Main standards

ISA
ISO
IEC
ANSI

Configurable interface with

Versions, compatibility and pricing

Current released version: SchemPID V15
Next version: V16 is in progress and will be available soon
OS compatibility: Windows 7 to 11 (64-bit)
Price / business model: On quote
Contact: contact@ftz.fr
+33 (0)3 83 35 05 78

FAQ

Does SchemPID handle multiple pages?

Building Wiring CAD Software | SchemBAT - FTZ

Axel Freistroffer — Wed, 28 Oct 2026 08:07:30 +0000

Product sheet

SchemBAT at a Glance

SchemBAT is CAD software dedicated to wiring studies, power and low-current systems, for tertiary and residential buildings and for electrical or hydraulic spider (octopus) assemblies. It is published by FTZ Informatique Industrielle. It produces wiring plans, single-line or multi-line diagrams, principle diagrams, terminal blocks, cable lists and enclosures, as well as the BIM interface.

Identity card

Exact product name: SchemBAT
Publisher: FTZ Informatique Industrielle
Software category: Professional CAD for building wiring studies
First version release date: 1994
Current version: SchemBAT V15
Geographic area: 5 continents
Customer size: From SMEs to large industrial groups
Operating system: Windows 7 to 11 (64-bit)

Customers and references

Target business customers

Building wiring design offices
Engineering firms
Spider-assembly manufacturers

Reference examples

Bouygues Energies & Services
VINCI Energies
Eiffage Énergie Systèmes

Features

The 13 features of SchemBAT.

01
Architect plan integration
PDF, DWG and BIM formats.
02
Libraries
Power / low-current systems and home automation.
03
Layout
Of devices, panels, boxes and cable trays.
04
Cable and duct routing
05
Electrical and hydraulic spider plans
06
Bills of materials and cable list output
07
Calculations
Interface with software that calculates protections and cable cross-sections.
08
Single-line or multi-line circuit diagrams
Automatic.
09
Control diagram
10
Terminal blocks
11
Enclosure layout
12
BIM interface
With the FTZ-BIM module, natively in REVIT or in openBIM (IFC format).
13
Wire machine interface

Problems solved

Automatic marking
Automatic cable routing
Management of terminal blocks, cables and bills of materials
Direct link between wiring, schematic and enclosure
3D view of the building
Easier BIM integration

Additional modules

FTZ-BIM is an additional module.

FTZ-BIM
Additional module

Standards and interfaces

Main standards

C15-100
IEC

Symbols can be created and edited by the user.

Configurable interface with

Versions, compatibility and pricing

Current released version: SchemBAT V15
Next version: V16 is in progress and will be available soon
OS compatibility: Windows 7 to 11 (64-bit)
Price / business model: On quote
Contact: contact@ftz.fr
+33 (0)3 83 35 05 78

FAQ

Does SchemBAT handle home automation?

FTZ Showcases Its Solutions at Horizon Énergies 2026

Axel Freistroffer — Thu, 15 Oct 2026 09:25:55 +0000

FTZ Showcases SchemELECT and SchemPID at Horizon Énergies 2026 in Belfort

FTZ Informatique Industrielle

SchemELECT, SchemPID, Horizon Énergies 2026, Vallée de l'Énergie, Belfort, B2B event, industrial CAD

On October 13, 2026, FTZ took part in Horizon Énergies B2B Day by Vallée de l’Énergie, in Belfort, France. This event, dedicated to industrial players in the energy sector, allowed FTZ to present its SchemELECT and SchemPID software to several prime contractors, who appreciated the solutions on offer.

B2B meetings to develop industrial collaborations

Organized by Vallée de l’Énergie, Horizon Énergies brings together prime contractors and subcontracting companies around the challenges of low-carbon energy and the energy transition.

The principle: encourage direct exchanges between industrial players, make it easier to identify partners and give rise to new business opportunities. With targeted business meetings throughout the day, the event allows companies to present their expertise, better understand market needs and consider future collaborations.

This second edition illustrates the importance of networking in a sector where industrial projects call on a wide range of expertise, notably in electrical engineering, automation, instrumentation and maintenance.

For FTZ, taking part was a valuable opportunity to meet players in the sector, present its know-how and raise awareness of its software solutions among new contacts.

SchemELECT: industrial electrical design

During the day, FTZ presented two solutions from its range of industrial CAD software: SchemELECT and SchemPID. The prime contractors met showed interest in these tools, which address concrete needs in design and technical documentation.

SchemELECT supports design offices and technical teams in producing industrial electrical and automation diagrams.

The software makes it possible in particular to design power and control diagrams, manage terminal blocks and cables, automate numbering and generate bills of materials. These features make it easier to produce technical files and help make electrical studies more reliable.

SchemPID: piping and instrumentation diagrams

SchemPID is dedicated to producing P&ID process diagrams, which represent the equipment, piping circuits and instruments needed for an industrial installation to operate.

It makes it possible to structure the technical information of processes, manage instrumentation symbols and measurement and control loops, and automate certain documentation tasks such as lists and bills of materials.

These features are particularly useful for engineering firms, design offices and manufacturers working on complex installations, notably in the energy, chemicals, environment and industrial process sectors.

Complementary, SchemELECT and SchemPID thus meet two essential engineering needs: designing electrical installations and representing industrial processes.

A day rich in exchanges for FTZ

Taking part in Horizon Énergies 2026 allowed FTZ to present its software, talk directly with prime contractors and promote its solutions to professionals in the energy sector.

These meetings are a valuable lever to raise awareness of industrial CAD tools, identify companies’ expectations and build new professional relationships.

FTZ thanks Vallée de l’Énergie for organizing the day, as well as the professionals it met, for the quality of the exchanges.

They use SchemELECT

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Answers to your questions

SchemELECT has 2 levels of wiring depending on the degree of precision required: the "CABI" module allows cabinet layout in 2D1/2, and the FTZ-Panel 3D product manages cabinet layout and wiring in 3D.

Processor: Intel i5 or i7
Operating system: Windows 7 or 10 (64-bit)
RAM: 8 GB or more
Storage: 500 GB hard disk or 256 GB SSD
Graphics card: AMD ATI R7 240 or Nvidia GT740
Display: 22″ to 24″ screen, 1920×1080 resolution or higher

SchemELECT software can be used on a macOS computer using a Windows virtual machine or via the gateway available on the latest versions of macOS.

Yes, our software offers PLC board integration, with automatic installation of connection boards and management of a PLC database.

SchemELECT can be used to create the electrical diagram of a photovoltaic installation. The calculation part specific to photovoltaics must be carried out using a third-party product.

Yes, wires can be numbered manually, by incrementing, or using the automatic numbering function.

SchemELECT supports various worldwide standards such as IEC, ISO, ANSI, JIS, BS, and more.

Yes, SchemELECT comes with libraries of many pre-established and customizable symbols. You can also create your own libraries to enhance your working environment.

SchemELECT integrates hundreds of thousands of components such as: Abb, AMI, Baco, Balluf, Banner, Beckhoff, Citel, Comat, Crouzet, Danfoss, Eaton Moeller, Ferraz, Festo, Finder, Fuji Electric, General Electric, Hager, Harting, Hyundai, Idec, Ifm Electrotechnics, ILME, Legrand, Lemo, Lenze, Leroy Somer, LS Electric, Misumi, Mitsubishi, Molex, Murrelektronik, Nidec, Noark, Nvent Hoffman, Omron, Panasonic, Pepperl Fuchs, Phoenix Contact, Pilz, Planet Wattohm, Rittal, Rockwell, Schmersal, Schneider, SEW Eurodrive, Siemens, SMC, Socomec, Sofrel, TE Connectivity, Terasaki, Unex, Wago, Weidmuller, Yaskawa, Yokogawa, Zenergy, and more. These databases can be edited, and SchemELECT allows you to integrate your own databases and specific features.

Take action

Ready to try SchemELECT?

Request a personalised demonstration of SchemELECT or simply contact an FTZ expert to find out more. We tailor our response to your sector and your existing tools.

L’article FTZ Showcases Its Solutions at Horizon Énergies 2026 est apparu en premier sur FTZ Informatique Industrielle.

Industrial Electrical CAD Software | SchemELECT - FTZ

Axel Freistroffer — Mon, 12 Oct 2026 12:40:25 +0000

Product sheet

SchemELECT at a Glance

SchemELECT is CAD software dedicated to industrial electrical engineering and automation, published by FTZ Informatique Industrielle. It creates distribution, control and command, and power diagrams, PLC card diagrams, as well as single-line and multi-line diagrams.

Identity card

Exact product name: SchemELECT
Publisher: FTZ Informatique Industrielle
Software category: Industrial electrical CAD and automation
First version release date: 1985
Current version: SchemELECT V15
Geographic area: 5 continents
Customer size: From SMEs to large industrial groups
Operating system: Windows 7 to 11 (64-bit)

Customers and references

Target business customers

Electrical design offices
Engineering firms
Machine builders
Panel builders
New-works and maintenance departments

Reference examples

Bouygues Energies & Services
Safran
Veolia
VINCI Energies
Dalkia
Eiffage Énergie Systèmes

Features

The 14 main functions of SchemELECT, from schematic entry to cabinet layout.

01
Electrical CAD schematics
Distribution, control, power, PLC cards, harness.
02
Wire numbering
Manual, incremental or automatic.
03
Dynamic cross-references
Potential and contact references managed across the whole project.
04
Spider, terminal block, connectors and cables
Automatic management, interactive with the schematic.
05
Cabinet layout
In 2D½ or 3D, with wire and cable routing.
06
PLC interface
Automatic module for PLC cards.
07
Libraries
More than 1,000 symbols and more than 1 million components.
08
Label printer interface
Legrand, Weidmüller, Murrelektronik, etc.
09
Instrumentation
SchemINSTRUM module for loop management.
10
Macro language (SDK)
Programming to automate functions.
11
Automatic multilingual translation
Automatic translation of documents.
12
Automatic schematic generation
Automated production of schematics.
13
Calculations
Interface with software that calculates protections and cable cross-sections.
14
Pneumatic and hydraulic libraries
Built into the software.

Problems solved

Creating complex electrical schematics
Automatic numbering, management of terminal blocks, cables and bills of materials
Cross-reference management (potential and contact references)
Electrical cabinet layout in 2D and 3D
Equipment space-requirement control

Additional modules

Additional software and modules, available on top of SchemELECT.

SchemHARNESS
Harnesses and wiring looms
SchemCABLING
Cable routing
FTZ-Panel 3D
3D CAD for cabinets
FTZ-Wiring Assistant
Workshop module

Formats, standards and interfaces

Supported standards

IEC
ISO
ANSI
JIS
BS

Symbols can be created and edited by the user.

Configurable interface with

ERP
PLM
EDM
CMMS

Versions, compatibility and pricing

Current released version: SchemELECT V15
Next version: V16 is in progress and will be available soon
OS compatibility: Windows 7 to 11 (64-bit)
Price / business model: On quote
Contact: contact@ftz.fr
+33 (0)3 83 35 05 78

FAQ

Does SchemELECT handle automatic wire numbering?

SchemELECT and SchemPID in the BTS CIRA Program at De La Salle High School

Axel Freistroffer — Mon, 12 Oct 2026 08:56:59 +0000

Ensemble Scolaire La Salle Alès Trains Its Students to Industrial Standards with SchemELECT and SchemPID CAD Software

FTZ Informatique Industrielle

SchemELECT, SchemPID, customer testimonial, Ensemble scolaire La Salle Alès, BTS CIRA

Ensemble scolaire La Salle Alès (France), a school under contract with the French Ministry of Education, offers programs ranging from middle school to professional bachelor's degree. Within the BTS CIRA program (Industrial Control and Automatic Regulation), the teaching teams rely on SchemELECT and SchemPID to support students as they learn electrical diagrams, instrumentation and industrial processes.

Mr. Guillaume C. looks back on how these tools are used within the program and on the benefits observed among students.

Training students in the methods used in industry

Within the BTS CIRA program, SchemELECT and SchemPID allow students to create diagrams representative of industrial installations while getting familiar with the symbols required by their training curriculum.

“SchemELECT and SchemPID are used mainly in the BTS CIRA to create all or part of an installation and to get used to the symbols required by the curriculum,” explains Mr. Guillaume C.

This approach lets students gradually acquire the documentation and technical best practices they will find in their professional environment.

A move toward more complete tools

Before SchemELECT was introduced, students worked with a lighter CAD program as well as paper-based materials.

Faced with the need to offer tools more in line with the requirements of the industrial sector, the school chose to adopt SchemELECT and SchemPID.

“Diagrams used to be drawn on paper only. For the past three years, students have adapted well to the software,” according to Guillaume C.

This transition made it possible to introduce working methods closer to those found in companies.

Software integrated into practical work and projects

Today, SchemELECT and SchemPID hold an important place in BTS CIRA teaching.

Students use them regularly during practical work and in the projects carried out in the second year.

“The software is often used in workshop practical sessions on miniaturized industrial installations, or in projects during the second year of the BTS,” emphasizes Guillaume C.

This regular use encourages a gradual increase in skills throughout the program.

A concrete teaching aid to discover industrial installations

The software is also used from the very first phases of discovering the equipment and processes studied in the workshop.

During practical sessions, students create their own documentation to understand the installations and build materials they can reuse in their future activities.

“During practical sessions, to discover a mock-up and get familiar with the symbols, students build a file that will be useful to them in future activities,” specifies Guillaume C.

This approach helps strengthen their understanding of industrial systems while developing their autonomy.

An easier learning curve thanks to the available tools

As with any professional software, a learning period is needed during the first uses. However, students quickly find their bearings thanks to the resources made available to them.

“Getting started takes a little practice, as with any new software, but it happens fairly quickly thanks to the tutorial and the available libraries,” according to Guillaume C.

The support tools and libraries thus allow students to progress quickly in their learning.

A concrete preparation for the professional world

One of the main strengths of SchemELECT and SchemPID is their ability to bring teaching closer to industrial reality.

Students get familiar with the symbols, standards and technical documents they will encounter during internships or in their future professional life.

“Students can get used to the symbols according to current standards and to the documents they might find in a company during their internship,” sums up Guillaume C.

An experience that allows them to approach their immersion in the workplace, and their future career in industrial automation and process control, with more confidence.

They use SchemELECT

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Answers to your questions

Processor: Intel i5 or i7
Operating system: Windows 7 or 10 (64-bit)
RAM: 8 GB or more
Storage: 500 GB hard disk or 256 GB SSD
Graphics card: AMD ATI R7 240 or Nvidia GT740
Display: 22″ to 24″ screen, 1920×1080 resolution or higher

SchemELECT software can be used on a macOS computer using a Windows virtual machine or via the gateway available on the latest versions of macOS.

Yes, our software offers PLC board integration, with automatic installation of connection boards and management of a PLC database.

SchemELECT can be used to create the electrical diagram of a photovoltaic installation. The calculation part specific to photovoltaics must be carried out using a third-party product.

Yes, wires can be numbered manually, by incrementing, or using the automatic numbering function.

SchemELECT supports various worldwide standards such as IEC, ISO, ANSI, JIS, BS, and more.

Yes, SchemELECT comes with libraries of many pre-established and customizable symbols. You can also create your own libraries to enhance your working environment.

Take action

Ready to try SchemELECT?

Request a personalised demonstration of SchemELECT or simply contact an FTZ expert to find out more. We tailor our response to your sector and your existing tools.

L’article SchemELECT and SchemPID in the BTS CIRA Program at De La Salle High School est apparu en premier sur FTZ Informatique Industrielle.

TME Composites Has Been Using SchemELECT for 25 Years

Axel Freistroffer — Wed, 16 Sep 2026 08:54:04 +0000

TME Composites Has Been Using SchemELECT for 25 Years

FTZ Informatique Industrielle — September 15, 2026

SchemELECT, customer testimonial, TME Composites

Specialising in the design of special machines, particularly for the aerospace sector, TME Composites has been using SchemELECT for almost 25 years. In an environment where every project has its own technical specifics, the company needs a tool capable of adapting quickly to changing business needs while ensuring efficient electrical design.

In this testimonial, Alain D., from the electrical and automation department, looks back at the reasons that led the company to choose SchemELECT and the benefits the software and its support bring on a daily basis.

A choice guided by support and the hotline

When TME Composites chose its electrical CAD solution more than two decades ago, several software programs were already on the market. For the company, the choice was not based solely on the software's features, but also on the quality of the support offered.

"At the time, we had to choose between several solutions. What made the difference for us was the offer built around the software, particularly the hotline," explains Alain D.

This support was an important factor in the company's decision. In a business where projects are constantly evolving and technical issues can vary from one job to another, having access to responsive support was a real advantage.

More than twenty years later, this aspect remains just as important in their daily use of SchemELECT.

A solution suited to the constraints of special machines

TME Composites designs special machines for various industries, including aerospace. In this context, each project has its own technical constraints, and the equipment used can vary greatly from one job to another.

This diversity requires working with a tool capable of adapting quickly to change.

"We build special machines, and the equipment often changes from one job to the next. SchemELECT lets us switch quickly from one project to another," says A. Dumas.

This flexibility is particularly important for the company, which regularly needs to design new electrical architectures based on its customers' needs.

TME Composites' internal organisation further reinforces this need for efficiency. Unlike some structures where several people work on the same project, electrical design and automation are handled by the same person.

"With us, the same person creates the electrical diagram and the automation from A to Z. The diagrams are designed alongside the design of the machine," notes Alain D.

This way of working helps maintain an overall view of the project throughout its development. However, it requires software capable of keeping pace with the design process and integrating naturally into the machine creation process.

A tool used on the majority of projects

Even though licences are shared between the various people in the design office, SchemELECT is an integral part of the company's design process.

"We use SchemELECT on every job, except when we're required to use another tool, which remains rare," says Alain D.

This regular use demonstrates the software's ability to meet varied needs, regardless of the sector or specific features of the projects handled.

For TME Composites, the goal is to have a reliable, accessible tool available whenever a new project starts, without spending significant time getting back up to speed with the software between jobs.

A hotline and software maintenance remain real assets

While the hotline was a decisive factor when SchemELECT was first chosen, it continues to play an important role in the company's activity today.

"We don't hesitate to call the hotline when we hit a blocking issue. Given the variety of our projects, the issues change regularly and we don't use the software all day long," explains Alain D.

This is a common reality for many companies specialising in special machines. Users don't necessarily work on the same features from one project to the next and can face unfamiliar situations depending on customer needs.

In this context, having technical support available makes it possible to quickly resolve issues and keep projects moving forward smoothly.

Alain D. adds: "The training we received more than twenty years ago gave us the necessary foundations, but the hotline today helps fill certain gaps or quickly resolve specific situations."

The company particularly values this close relationship with the FTZ teams, which allows them to get an answer whenever a technical point needs clarifying or a blockage needs to be resolved quickly.

In addition, software maintenance allows the application to evolve by incorporating new features.

A lasting partnership

After almost 25 years of use, SchemELECT continues to support TME Composites in designing the electrical diagrams for its special machine projects.

For Alain D., the combination of the software's flexibility and the quality of the support provided is an essential part of this long-standing partnership.

"With the diversity of our projects, we need a tool that can adapt quickly to each new job. The hotline also remains a real asset in supporting us whenever we have a specific need," he concludes.

Over the years, SchemELECT has become embedded in TME Composites' working methods and continues to give the teams the flexibility they need to meet the demands of ever-changing projects.

Like TME Composites, trust SchemELECT

A flexible software that adapts to ever-changing projects, backed by a responsive hotline to support you day to day. Request a demo or talk to an FTZ expert.

Request a demo → Discover SchemELECT →

They use SchemELECT

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Answers to your questions

Processor: Intel i5 or i7
Operating system: Windows 7 or 10 (64-bit)
RAM: 8 GB or more
Storage: 500 GB hard disk or 256 GB SSD
Graphics card: AMD ATI R7 240 or Nvidia GT740
Display: 22″ to 24″ screen, 1920×1080 resolution or higher

SchemELECT software can be used on a macOS computer using a Windows virtual machine or via the gateway available on the latest versions of macOS.

Yes, our software offers PLC board integration, with automatic installation of connection boards and management of a PLC database.

SchemELECT can be used to create the electrical diagram of a photovoltaic installation. The calculation part specific to photovoltaics must be carried out using a third-party product.

Yes, wires can be numbered manually, by incrementing, or using the automatic numbering function.

SchemELECT supports various worldwide standards such as IEC, ISO, ANSI, JIS, BS, and more.

Yes, SchemELECT comes with libraries of many pre-established and customizable symbols. You can also create your own libraries to enhance your working environment.

Take action

Ready to try SchemELECT?

Request a personalised demonstration of SchemELECT or simply contact an FTZ expert to find out more. We tailor our response to your sector and your existing tools.

L’article TME Composites Has Been Using SchemELECT for 25 Years est apparu en premier sur FTZ Informatique Industrielle.

Electrical CAD Software: Which Solution Should You Choose?

Axel Freistroffer — Tue, 15 Sep 2026 07:02:36 +0000

Which electrical CAD software should you choose for an industrial design office?

FTZ Informatique Industrielle — September 15, 2026

SchemELECT, electrical CAD, industrial design office

Choosing an electrical CAD software is a structural decision for a design office. Beyond producing electrical diagrams, a design solution must now be able to manage project data, automate repetitive tasks, produce technical documentation and support teams throughout the design cycle.

Faced with the best-known software on the market, many companies are also looking for more flexibility, customisation and adaptation to their own working methods.

It is with this in mind that SchemELECT positions itself as a complete alternative to the leading electrical CAD solutions used in industry.

Should you necessarily choose the best-known electrical CAD software?

When a design office launches an equipment project or considers upgrading its design tools, the same names often come up. Yet the popularity of a piece of software, often driven by external constraints, is not on its own a valid selection criterion.

The real question is usually simpler:

Is the software able to effectively meet the company's needs, integrate into its organisation and support its development?

To answer this question, several criteria need to be analysed:

functional coverage
customisation
modularity
exchanges with other software
control tools
document management
the ability to support the evolution of projects
the quality of after-sales support
the quality of training

Functional coverage that goes well beyond the electrical diagram

A modern electrical CAD software must not be limited to producing diagrams.

SchemELECT covers the entire design cycle of an industrial electrical file:

electrical schematics
cross-references
automatic wire numbering
terminal block management
connection and cable lists
nomenclatures
instrumentation
interconnections
2D½ and 3D cabinet layout
wire routing
wire and cable length calculation
drilling plans
busbars
wiring harnesses
pneumatics
hydraulics
Grafcet
multi-file project management

This approach maintains overall consistency between the different representations of the project and enables data to be used throughout the design process.

Software that adapts to the design office

Not all companies have the same constraints or the same needs.

Some only produce electrical diagrams, while others also manage cabinets, wiring, harnesses or automation.

SchemELECT is based on a modular approach that allows the working environment to be built up gradually according to the company's actual needs.

This modularity notably makes it possible to:

start with the essential functionalities
add new modules over time
support the growth of the business
adapt the tools to internal methods

The software thus adapts to the design office's organisation rather than imposing a single way of working.

Advanced customisation of data and libraries

Libraries play a central role in a design office's productivity.

SchemELECT provides ready-to-use symbols, components and 3D volumes, while allowing companies to customise their environment:

internal references
supplier references
technical characteristics
price
weight
specific business data

This customisation makes it easier to set up an environment consistent with the company's standards.

A solution open to the industrial environment

Electrical CAD never works in isolation.

Data must be able to flow between the various tools used within the company.

SchemELECT offers exchanges with numerous formats and environments:

DWG
DXF
PDF
STEP
ASCII files
ODBC databases
calculation software
PLCs
quotes
ERP and PLM interface

This openness makes it easier to integrate the software into an existing information system and limits disruption to work processes.

Controlling the quality of electrical studies

The quality of an electrical file does not depend solely on the drawing.

It also relies on the consistency of the data produced.

SchemELECT includes various control tools that can notably check:

short-circuits
polarities
cross-references
components
file information

The software also supports revision management, making it easier to track changes and quality procedures.

Continuity between design and implementation

The schematic is only one stage of the project.

SchemELECT is complemented by FTZ-Panel 3D to manage the physical layout of equipment, wiring, busbars and associated documentation, and by FTZ-Wiring Assistant for the workshop.

Data remains linked between:

diagrams
terminal blocks
cables
cabinets
nomenclatures
documentation

This continuity reduces re-entry of data and helps maintain the consistency of information throughout the project.

An alternative to the leading electrical CAD solutions

The best-known software on the market has a large audience.

However, the choice of an electrical CAD solution should not be limited to its popularity.

Functional coverage, modularity, customisation, openness to other industrial tools and the ability to adapt to working methods are often equally decisive criteria.

With its integrated approach to electrical design, its modularity and its customisation possibilities, SchemELECT today represents a serious alternative to the leading electrical CAD solutions used in industry.

For design offices wishing to compare different solutions before investing or switching solutions, SchemELECT deserves to be evaluated.

Conclusion

The best electrical CAD software is not necessarily the one with the most complex features or the greatest reputation.

Above all, it is the one that most effectively meets the design office's real needs, integrates into its organisation and sustainably supports its projects.

From this perspective, SchemELECT offers a comprehensive, modular and open approach that makes it a relevant solution for companies wishing to have a high-performing electrical design environment.

Ready to try SchemELECT?

Discover how SchemELECT can fit into your design office: complete functional coverage, modularity and advanced customisation. Request a demo or talk to an FTZ expert.

Request a demo → Discover SchemELECT →

They use SchemELECT

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Answers to your questions

Processor: Intel i5 or i7
Operating system: Windows 7 or 10 (64-bit)
RAM: 8 GB or more
Storage: 500 GB hard disk or 256 GB SSD
Graphics card: AMD ATI R7 240 or Nvidia GT740
Display: 22″ to 24″ screen, 1920×1080 resolution or higher

SchemELECT software can be used on a macOS computer using a Windows virtual machine or via the gateway available on the latest versions of macOS.

Yes, our software offers PLC board integration, with automatic installation of connection boards and management of a PLC database.

SchemELECT can be used to create the electrical diagram of a photovoltaic installation. The calculation part specific to photovoltaics must be carried out using a third-party product.

Yes, wires can be numbered manually, by incrementing, or using the automatic numbering function.

SchemELECT supports various worldwide standards such as IEC, ISO, ANSI, JIS, BS, and more.

Yes, SchemELECT comes with libraries of many pre-established and customizable symbols. You can also create your own libraries to enhance your working environment.

Take action

Ready to try SchemELECT?

Request a personalised demonstration of SchemELECT or simply contact an FTZ expert to find out more. We tailor our response to your sector and your existing tools.

L’article Electrical CAD Software: Which Solution Should You Choose? est apparu en premier sur FTZ Informatique Industrielle.

SchemELECT V16: A Completely Redesigned User Experience

Axel Freistroffer — Wed, 09 Sep 2026 12:57:31 +0000

SchemELECT V16: a completely redesigned ergonomics

Axel Freistroffer — September 2026

Software update

Since its creation, SchemELECT has evolved in line with the needs of design offices and electrical engineering professionals.

Today, we are pleased to share the first information about the software's evolution: version 16 is entering its final development phase and a beta version will be available shortly.

This new version is the result of several years of work. More than a functional evolution, SchemELECT V16 marks a profound transformation of the user experience.

A completely redesigned user experience

Over the years, SchemELECT has been enriched with numerous features to meet the increasingly varied needs of its users. This functional richness is one of the software's strengths.

With version 16, our goal was clear: make this power even more accessible on a daily basis. The interface has been completely redesigned to offer smoother navigation, a more intuitive organisation of tools and simplified access to the various features.

Every improvement was designed to enhance working comfort and help users become more efficient.

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Modernising without disrupting habits

The ambition behind this new version was not to reinvent SchemELECT, but to evolve its working environment.

Users will find the features that make the software strong, while benefiting from a modernised interface, designed to current standards and adapted to the expectations of today's design offices.

This approach allowed us to preserve the DNA of SchemELECT while preparing the software for the developments of years to come.

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An upcoming beta phase

Before its general availability, SchemELECT V16 will go through a beta phase that will allow us to finalise the last adjustments and gather initial user feedback.

We will soon share more information about this stage as well as how to take part.

Drag to discover

A solid foundation for the future

Version 16 represents an important step in the evolution of SchemELECT. It is the result of substantial development, exchanges with users and a constant commitment to improving the experience offered to electrical design professionals.

We look forward to sharing more with you in the coming weeks.

They use SchemELECT

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Read all SchemELECT testimonials → Request a demo →

Answers to your questions

Processor: Intel i5 or i7
Operating system: Windows 7 or 10 (64-bit)
RAM: 8 GB or more
Storage: 500 GB hard disk or 256 GB SSD
Graphics card: AMD ATI R7 240 or Nvidia GT740
Display: 22″ to 24″ screen, 1920×1080 resolution or higher

SchemELECT software can be used on a macOS computer using a Windows virtual machine or via the gateway available on the latest versions of macOS.

Yes, our software offers PLC board integration, with automatic installation of connection boards and management of a PLC database.

SchemELECT can be used to create the electrical diagram of a photovoltaic installation. The calculation part specific to photovoltaics must be carried out using a third-party product.

Yes, wires can be numbered manually, by incrementing, or using the automatic numbering function.

SchemELECT supports various worldwide standards such as IEC, ISO, ANSI, JIS, BS, and more.

Yes, SchemELECT comes with libraries of many pre-established and customizable symbols. You can also create your own libraries to enhance your working environment.

Take action

Ready to try SchemELECT?

Request a personalised demonstration of SchemELECT or simply contact an FTZ expert to find out more. We tailor our response to your sector and your existing tools.

L’article SchemELECT V16: A Completely Redesigned User Experience est apparu en premier sur FTZ Informatique Industrielle.

Digital Twin Hype or Industrial Reality

Axel Freistroffer — Tue, 01 Sep 2026 13:15:48 +0000

The digital twin is often presented as one of the key technologies of Industry 4.0. Yet, despite its frequent mention in discussions about digital transformation, some manufacturers continue to wonder: Is it a futuristic concept or a reality that is already within reach?

In practice, a digital twin is a virtual representation of a piece of equipment, a machine, a facility, or even a building. Unlike a simple 3D model, it centralizes technical data that enables a better understanding, operation, and evolution of a physical system throughout its lifecycle.

Its purpose is to provide a reliable and structured view of the existing system in order to improve design, maintenance, operation, and decision-making.

The digital twin is already a reality in the industry

While the term may seem new, the principles of the digital twin are already being applied in many industrial sectors.

For example, the manufacturing industry uses digital models to simulate scenarios before going into production. Energy companies rely on these technologies to monitor and optimize their facilities. In the construction sector, BIM methods make it possible to centralize information from various trades within a single digital model.

The benefits are numerous :

reduced design errors;
improved collaboration among teams;
optimized maintenance operations;
lower operating costs;
improved traceability of technical data.

The real challenge, therefore, is no longer whether the industrial digital twin is a reality, but rather having the data necessary to use it effectively.

A growing demand for traceability

When people talk about digital twins, they often think of 3D visualization or connected technologies. However, data quality remains the most critical factor in a project’s success.

A digital model can only be useful if the information it is based on is reliable, consistent, and regularly updated. Incorrect diagrams, outdated documents, or scattered data can quickly limit the expected benefits.

This is why the engineering department plays a strategic role. From the earliest design phases, it generates the information that will subsequently be used by all project stakeholders: production, maintenance, operations, and even facility modernization.

Electrical diagrams, bills of materials, layout plans, and technical documentation thus form the building blocks of a future digital twin.

SchemELECT and SchemBAT : Preparing Tomorrow's Data Today

Creating a high-performance digital environment begins with the use of tools capable of effectively structuring technical data.

With SchemELECT and SchemBAT, engineering firms have access to solutions dedicated to electrical design that enable them to produce standardized, consistent, and easily usable diagrams.

Beyond productivity gains, these software solutions help improve the quality of the data generated right from the design phase. This structured format then facilitates the reuse of the data in other digital tools or processes.

In the context of an industrial digital twin approach, having reliable, centralized information is a major asset for ensuring data continuity throughout the entire lifecycle of the facilities.

3D and BIM : Essential Building Blocks of the Digital Ecosystem

The digital twin is not based solely on diagrams and databases. Visualization technologies also play an important role in understanding and managing industrial projects.

With the FTZ-Panel 3D CAD software, designers can visualize the layout of components and wires within electrical cabinets and more easily verify consistency between design and implementation. This approach helps anticipate certain technical constraints and streamlines communication among the various stakeholders.

For its part, FTZ-BIM enables the integration of a building’s wiring data into a collaborative digital model. This approach facilitates information sharing among different trades and improves project coordination.

BIM and 3D technology alone do not constitute an industrial digital twin, but they represent important steps toward a more comprehensive and connected management of technical data.

The Digital Twin : An Opportunity for Engineering Firms

The rise of the digital twin confirms the evolving role of engineering firms. Their mission is no longer limited to producing drawings or diagrams, but also includes creating and organizing data that will support these facilities for many years to come.

Companies that invest today in the quality of their technical data will be best prepared to take advantage of tomorrow’s digital technologies.

The industrial digital twin is therefore no longer a myth. It is already a reality in many sectors and will continue to evolve as tools and methods advance.

Thanks to solutions such as SchemELECT, SchemBAT, FTZ-Panel 3D, and FTZ-BIM, engineering firms now have the tools they need to lay the groundwork for this digital transformation and prepare for the industrial projects of tomorrow.

SchemELECT

SchemBAT

L’article Digital Twin Hype or Industrial Reality est apparu en premier sur FTZ Informatique Industrielle.

How can you prepare your engineering department for upcoming technological changes?

Axel Freistroffer — Mon, 31 Aug 2026 09:21:15 +0000

Electrical engineering firms operate in an environment where technical, regulatory, and operational requirements are becoming increasingly demanding. Deadlines are getting tighter, projects are becoming more complex, and communication among the various stakeholders is increasing.

At the same time, new technologies are emerging: automation, BIM, 3D design, artificial intelligence, and advanced data management. Faced with these changes, many professionals are asking the same question: How can they effectively prepare their engineering firm without disrupting their work methods overnight?

The answer does not lie in systematically adopting every new development, but in a gradual approach based on appropriate tools, scalable processes, and long-term support.

Choose solutions that can evolve with the needs of the engineering firm

Preparing for the future starts with choosing the tools you use every day. Software must not only meet a project’s current needs; it must also be capable of adapting to future changes in the industry.

Whether it involves electrical design in the building or industrial sectors, engineering firms need solutions that adapt to new design methods, client requirements, and new data exchange formats.

It is with this approach in mind that FTZ has been developing its software for over 40 years. Solutions such as SchemELECT, SchemBAT, SchemPID, FTZ-BIM, and FTZ-Panel 3D are constantly evolving to meet user expectations and keep pace with industry changes. This close connection to the field enables engineering firms to use tools designed to support their business over the long term.

Increase automation to improve efficiency

Automation is now one of the main drivers of productivity for engineering firms.

Repetitive tasks, re-entering information, and manually producing documents take up a considerable amount of time that could be devoted to design and technical analysis.

New-generation tools make it possible to better leverage project data to minimize manual intervention, reduce the risk of errors, and improve the overall consistency of deliverables.

At FTZ, this approach has long been integrated into our software development. The goal is simple: to enable designers to focus on their professional expertise rather than on administrative or repetitive tasks.

Preparing for the Widespread Adoption of BIM and 3D Design

BIM is no longer limited to a few specific projects. Even when it is not yet contractually required, it is gradually establishing itself as an essential working method in many sectors.

This evolution involves improved data flow among the various project stakeholders and an increased ability to collaborate around a digital model.

For electrical engineering firms, the challenge lies in preparing for this transition without completely overhauling existing methods. A phased approach is often the most effective.

Through solutions such as SchemBAT, FTZ-BIM, and FTZ-Panel 3D, FTZ supports professionals who wish to adopt these new practices while maintaining a work environment that aligns with their operational needs.

Integrating Artificial Intelligence in a Pragmatic Way

Modern electrical CAD software such as SchemELECT or SchemBAT now makes it possible to streamline and simplify revision management through automated functions.

Structured management of revi

Artificial intelligence is currently the subject of much discussion in the engineering world. However, it is important to take a realistic approach.

AI will not replace the expertise of an engineer or a design technician. Instead, it will gradually assist with certain tasks: information retrieval, data processing, drafting support, and the optimization of certain processes.

For engineering firms, the challenge is therefore not to replace human skills but to leverage tools capable of improving productivity and making work more efficient.

As with every technological advancement, FTZ closely monitors these innovations to identify applications that are truly useful to industry professionals and to prioritize solutions that deliver tangible value in the field.

sion indices, change history tracking, automatic updating of associated documents, delta management, and the consistency of parts lists all help to significantly reduce the risk of errors.

These tools also improve collaboration between the various project stakeholders and ensure that everyone is working with the most up-to-date information.

The aim is not merely to save time.

Above all, it is to ensure the reliability of information throughout the installation’s lifecycle.

Support teams as they develop their skills

The success of a technological transformation never depends solely on software.

Even the most powerful tools only deliver results when users have mastered them properly. Training, guidance, and support are therefore essential components of any modernization initiative.

That is why FTZ does not limit itself to developing software solutions. The company also helps its clients learn how to use the tools, adapt their work methods, and gradually integrate new technologies into their engineering departments.

Preparing for the Future with a Systematic Approach

Preparing your engineering firm for upcoming technological changes does not mean changing everything immediately. Above all, it involves developing a coherent strategy based on scalable tools, thoughtful automation, an openness to BIM and 3D, and tailored support for your teams.

For several decades, FTZ has been supporting electrical engineering firms in the building and industrial sectors in this process. By combining industry expertise, software innovation, and a user-centric approach, FTZ helps professionals evolve their work methods while preserving what makes them valuable: their technical know-how.

SchemELECT

SchemBAT

SchemPID

L’article How can you prepare your engineering department for upcoming technological changes? est apparu en premier sur FTZ Informatique Industrielle.

P&ID Piping and Instrumentation CAD | SchemPID - FTZ

P&ID Piping and Instrumentation CAD | SchemPID - FTZ

Identity card

Customers and references

Target business customers

Reference examples

Features

Complete libraries

Simplified P&ID diagrams

Automatic numbering

Instrumentation loop management

Open databases

Problems solved

Automatic marking

Distribution of diameter and fluid information

Equipment selection

Lists and bills of materials

Standards and interfaces

Main standards

Configurable interface with

Versions, compatibility and pricing

FAQ

Does SchemPID handle multiple pages?

Building Wiring CAD Software | SchemBAT - FTZ

Identity card

Customers and references

Target business customers

Reference examples

Features

Architect plan integration

Libraries

Layout

Cable and duct routing

Electrical and hydraulic spider plans

Bills of materials and cable list output

Calculations

Single-line or multi-line circuit diagrams

Control diagram

Terminal blocks

Enclosure layout

BIM interface

Wire machine interface

Problems solved

Automatic marking

Automatic cable routing

Management of terminal blocks, cables and bills of materials

Direct link between wiring, schematic and enclosure

3D view of the building

Easier BIM integration

Additional modules

FTZ-BIM

Standards and interfaces

Main standards

Configurable interface with

Versions, compatibility and pricing

FAQ

Does SchemBAT handle home automation?

FTZ Showcases Its Solutions at Horizon Énergies 2026

FTZ Showcases SchemELECT and SchemPID at Horizon Énergies 2026 in Belfort

B2B meetings to develop industrial collaborations

SchemELECT: industrial electrical design

SchemPID: piping and instrumentation diagrams

A day rich in exchanges for FTZ

They use SchemELECT

Answers to your questions

Ready to try SchemELECT?

Industrial Electrical CAD Software | SchemELECT - FTZ

Identity card

Customers and references

Target business customers

Reference examples

Features

Electrical CAD schematics

Wire numbering

Dynamic cross-references

Spider, terminal block, connectors and cables

Cabinet layout

PLC interface

Libraries

Label printer interface