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- 1. Unrestricted © Siemens AG 2017 April 2017 - slide 1 PD LD Vous n’entendez pas ? C’est peut-être dû à votre système de navigation ; basculez vers Google Chrome ou Firefox. Vous aurez d’ailleurs une meilleure qualité d’écoute si vous suivrez l’intervention avec un casque Vous ne voyez pas toute la page ? Mettez la résolution de l’écran à 70 ou 75 % Vous ne voyez pas bien la présentation ? Cliquez sur la croix pour agrandir la présentation – pour revenir à l’agencement précédent ne faites pas « Echap » mais cliquez à nouveau sur la croix
- 2. Moteurs SIMOTICS SD nouvelle génération FS315-355 T. Dalle FY2017 siemens.com/simotics-sd-nextgenerationUnrestricted © Siemens AG 2017
- 3. La digitalisation pour application Drives.
- 4. Unrestricted © Siemens AG 2017 April 2017 - slide 4 PD LD SIMOTICS SD nouvelle génération La nouvelle tendance marché Mega-tendance digitalisation: La digitalisation devient l’un des sujets les plus importants concernant l’économie. Il offre de nombreuses perspectives intersectorielles mais pose également, pour beaucoup d’entreprises, un réel problème. Le challenge: Dans un futur proche, le défi sera de fournir des produits capables de communiquer, si cette fonctionnalité n’est pas déjà implémentée, mais aussi d’obtenir des bénéfices client tangibles grâce à cette capacité de communication et de développer de nouvelles opportunités de business. Solution: La digitalisation des procédés permet de réduire les temps de développement et de process de commercialisation. Une plus grande flexibilité permet de mieux répondre aux attentes de nos client et avec une grande réactivité comme l’exige le marché. Enfin une meilleure utilisation des ressources et du réseau de production ne peuvent qu’améliorer la productivité et la qualité du moteur.
- 5. Unrestricted © Siemens AG 2017 April 2017 - slide 5 PD LD Enjeux majeurs pour l’industrie Industrie du futur (ou 4.0) AnticipationFlexibilitéRentabilité Qualité • Qualité des produits • Traçabilité • Customisation des produits à la demande • Information en continue des données • Intégrer l’Engineering • Ressource et efficacité énergétique • Maintenance prédictive • Augmenter la disponibilité • Cycle d’Innovation • Production de plus en plus complexe • Management du cycle de vie produits Securité Sociétal – Santé & Sécurité | Environnement | Regulations/Standard | …
- 6. SIMOTICS SD nouvelle génération FS315-355 T. Dalle siemens.com/simotics-sd-nextgenerationUnrestricted © Siemens AG 2017
- 7. Unrestricted © Siemens AG 2017 April 2017 - slide 7 PD LD SIMOTICS SD nouvelle génération Nouvel élément du SIMOTICS portfolio DC motors SIMOTICS ® HV motors GP SD XP DP TN DC HVHT Direct Current High Voltage FD General Purpose Definite Purpose Trans-norm Severe Duty Explosion Protected High Torque Flexible Duty Servo Main Linear Torque S M L T DOL motors - Converter- capable motors SIMOTICS SD 1LE5x0x 2p, 4p 6p 8p 250200160 315 400355 SH 315/355 500output in kW SH 315/355 SH 315/355 Approval planned in 11/2017 LV Motors for DOL and VFD operation Motors For Motion Control
- 8. Unrestricted © Siemens AG 2017 April 2017 - slide 8 PD LD Moteur SIMOTICS SD Objectifs : Répondre aux besoins des industriels Utilité “Industrie de process” SIMOTICS SD Add Flexibilité Focus: “OEM” SIMOTICS SD Pro Déjà commercialisé Compact & léger Efficacité prouvée h Interface digitale Meilleur rapport qualité prix € Livraison rapide SIMOTICS SD Focus: “Marché européen”
- 9. Unrestricted © Siemens AG 2017 April 2017 - slide 9 PD LD SIMOTICS SD nouvelle génération Des améliorations de performance - Remplacement 1LA8 & 1LG6 (HA315-355) plateformes 1LG, 1LA TN SD plateforme 1LE (2nd generation) SD «« 355 »»Hauteur d’axe Puissance kW (basée sur 4 pôles) SIMOTICS TN 1LA8 (IE2, IE3) SIMOTICS SD 1LG6 (IE2, IE3) 315250 355 400 500 «« 315 »» «« 355 »» 315250 355 400 500 «« 315 »» Step1 - SIMOTICS SD SIMOTICS SD 1LE5 (IE3, IE4) Hauteur d’axe Puissance kW (basée sur 4 pôles)
- 10. Unrestricted © Siemens AG 2017 April 2017 - slide 10 PD LD SIMOTICS SD 1LE5 DOL motors, Converter-capable motors SH315 Basic Line, Performance Line 2p 4p 6p 8p SH355 Performance Line 2p 4p 6p 8p 160 200 315 355 400 500250 SIMOTICS SD SIMOTICS SD SIMOTICS SD SIMOTICS SD nouvelle génération Vue du portfolio Puissance de sortie en kW IE3, IE4 IE3, IE4 IE3, IE4 SIMOTICS SD IE3, IE4 SIMOTICS SD IE3, IE4 SIMOTICS SD IE3, IE4 SIMOTICS SD IE3, IE4 SIMOTICS SD IE3, IE4 Approval planned in 11/2017 Approval planned in 11/2017
- 11. Unrestricted © Siemens AG 2017 April 2017 - slide 11 PD LD SIMOTICS SD nouvelle génération Données techniques SIMOTICS SD 1LE5x0x Hauteur d‘axe 315-355 Puissance mécanique 2 pôles: 250-500kW 4 pôles: 250-500kW 6 pôles: 200-400kW Types de construction B3, V5, V6, B5, V1, V3, B35, B6, B7, B8 Classe de rendement IE3, IE4 Classe de rendement système IES2 (acc. to EN 50598-2) avec des convertisseurs SINAMICS Nombre de pôles 2/4/6 pôles Tension réseau (VL) Tension moteur (VM) Alimentation réseau: VL = VM = 380 - 690 V Alimentation par Convertisseur.: VL ≠ VM = 380 - 480 V Certificats CE À venir: CEL, TR CU, Marine (ABS, BV, DNV-GL, KR, LRS, RINA, RS) Degré de protection Standard IP55, optionnel: IP56 et IP65 Classe de température 155(F), utilisation classe 130(B) Méthode de refroidissement IC411, IC416, IC418
- 12. Unrestricted © Siemens AG 2017 April 2017 - slide 12 PD LD Répondre aux attentes des clients – 2 gammes Fonction Basic Line 1LE55 Performance Line 1LE56 Puissance (kW) 250,315 250,315,355,400,500 Taille des roulements 62 63 Regraissage En option Standard Peinture finale Standard (catégorie de corrosion C2) Spéciale (catégorie de corrosion C3) Ecoulement Drain plugs T drain Plaque signalétique Plastique Métal Protection moteur En option PTC Couvercle ventilateur Plastique Métal Garantie 12 mois 36 mois
- 13. Unrestricted © Siemens AG 2017 April 2017 - slide 13 PD LD SIMOTICS SD Nouvelle génération Boite à bornes flexible
- 14. Unrestricted © Siemens AG 2017 April 2017 - slide 14 PD LD … qui apportent une multitude de possibilité de configuration Des boites à bornes flexibles à 360°offre plus de 40 choix de configuration
- 15. Unrestricted © Siemens AG 2017 April 2017 - slide 15 PD LD SIMOTICS SD nouvelle generation Particularité Montage IMB5 – Conforme IEC 60034-7 Type de construction IMB5 • Montage possible pour FS 315 (A800 et en option A660) • Montage possible pour FS 355 (A900) Type de construction IMB5 avec pied de support • Montage possible avec un pied de support pour les FS 315 et 355 • La Boite à bornes peut être pivotée de 45° dans toutes les positions
- 16. Unrestricted © Siemens AG 2017 April 2017 - slide 16 PD LD Des données à la connaissance – de la connaissance au succès Est au cœur d’une réelle transformation numérique il est l’un des pionniers de la digitalisation et s’inscrit dans la politique industrie du futur (4.0) SIMOTICS SD 1LE5
- 17. Smart Motor Concept Moteur IOT 17.07.2017 siemens.com/smart-motorRestricted © Siemens AG 2017
- 18. Unrestricted © Siemens AG 2017 April 2017 - slide 18 PD LD OEM / Distr. Utilsateurs Smart Motor Concept et Data Matrix Code • Apps • Services MindSphere • Data hosting • Apps + algorithms • User Management + DataMatrix- Code App • Données techniques • N°de serie inclus les options “Z” • Certifications • Piéces de rechange • Industry Mall • …
- 19. Unrestricted © Siemens AG 2017 April 2017 - slide 19 PD LD Optimisation grâce à la digitalisation Code data Matrix
- 20. Unrestricted © Siemens AG 2017 April 2017 - slide 20 PD LD Optimisation grâce à la digitalisation + Code data Matrix Application
- 21. Unrestricted © Siemens AG 2017 April 2017 - slide 21 PD LD Optimisation grâce à la digitalisation + Code data Matrix Application Caractéristiques de dialogue Informations sur les pièces de rechange Liens direct avec les outils Siemens Envoie de rapport par email etc. Informations
- 22. Unrestricted © Siemens AG 2017 April 2017 - slide 22 PD LD Customer- Cloud Le concept du moteur intelligent offre plusieurs solutions techniques sur le contrôle du moteur MindSphere (Cloud de l’ ecosystem) Sensor Tags Clients
- 23. Unrestricted © Siemens AG 2017 April 2017 - slide 23 PD LD Mise à disposition des données pour analyse Détection de • Vibrations • Température • Vitesse et sens de rotation • Charge • Rendement • Heures de service • …
- 24. Unrestricted © Siemens AG 2017 April 2017 - slide 24 PD LD MindSphere – Informations - données Future Dashboard of Smart Motor MindApp
- 25. Unrestricted © Siemens AG 2017 April 2017 - slide 25 PD LD MindSphere – Relevé des mesures Future Dashboard of Smart Motor MindApp
- 26. Unrestricted © Siemens AG 2017 April 2017 - slide 26 PD LD MindSphere – Gestions des alarmes Future Dashboard of Smart Motor MindApp
- 27. Unrestricted © Siemens AG 2017 April 2017 - slide 27 PD LD L’interface MindSphere offre un apercu et une transparence des données à nos clients Transparence des données Rendement du moteur Performance Alarmes
- 28. Unrestricted © Siemens AG 2017 April 2017 - slide 28 PD LD Le moteur intelligent apporte des avantages au client pendant son fonctionnement Totale transparence du fonctionnement Optimisation des procédés Le moteur est contrôlé dans sa globalité Les informations sont transférées au réseau Analyse en continue Gestion des alarmes - Anticipation
- 29. Simotic 1LE5 dans Industrie du futur
- 30. Unrestricted © Siemens AG 2017 April 2017 - slide 30 PD LD SIMOTIC 1LE5 Versus Industrie du futur AnticipationFlexibilitéRentabilité Qualité Moteur digital 1LE5 www.siemens.com/simotics-sd-nextgeneration
- 31. Unrestricted © Siemens AG 2017 April 2017 - slide 31 PD LD SIMOTIC 1LE5 Versus Industrie du futur AnticipationFlexibilitéRentabilité Qualité Développements des rendements orientés vers l‘avenir • Disponible en classe de rendement IE3 ou IE4 • Conforme à la classe de rendement système IES2 (selon EN50598) + Moteur digital 1LE5 www.siemens.com/simotics-sd-nextgeneration
- 32. Unrestricted © Siemens AG 2017 April 2017 - slide 32 PD LD SIMOTIC 1LE5 Versus Industrie du futur AnticipationFlexibilitéRentabilité Qualité Développements des rendements orientés vers l‘avenir • Disponible en classe de rendement IE3 ou IE4 • Conforme à la classe de rendement système IES2 (selon EN50598) + Optimisation grâce à la digitalisation • Code DataMatrix et son application • Jumeau numérique • Concept de moteur intelligent + Moteur digital 1LE5 www.siemens.com/simotics-sd-nextgeneration
- 33. Unrestricted © Siemens AG 2017 April 2017 - slide 33 PD LD SIMOTIC 1LE5 Versus Industrie du futur AnticipationFlexibilitéRentabilité Qualité Développements des rendements orientés vers l‘avenir • Disponible en classe de rendement IE3 ou IE4 • Conforme à la classe de rendement système IES2 (selon EN50598) + Optimisation grâce à la digitalisation • Code DataMatrix et son application • Jumeau numérique • Concept de moteur intelligent + Une conception de première qualité • Conception compacte et pérenne • Taille moteur diminuée • Concept de boîte à bornes flexible • Concept de plateforme optimisée + Moteur digital 1LE5 www.siemens.com/simotics-sd-nextgeneration
- 34. Unrestricted © Siemens AG 2017 April 2017 - slide 34 PD LD SIMOTIC 1LE5 Versus Industrie du futur AnticipationFlexibilitéRentabilité Qualité Développements des rendements orientés vers l‘avenir • Disponible en classe de rendement IE3 ou IE4 • Conforme à la classe de rendement système IES2 (selon EN50598) + Optimisation grâce à la digitalisation • Code DataMatrix et son application • Jumeau numérique • Concept de moteur intelligent + Une conception de première qualité • Conception compacte et pérenne • Taille moteur diminuée • Concept de boîte à bornes flexible • Concept de plateforme optimisée + commercialisation optimisé, livraison rapide • Disponible sous 3 à 4 semaines • Multiples possibilités de configurations • Supporté par nos outils de configuration d’ingénierie + Moteur digital 1LE5 www.siemens.com/simotics-sd-nextgeneration
- 35. Unrestricted © Siemens AG 2017 April 2017 - slide 35 PD LD 01 10 01 01 10 01 01 Notre monde digital MindSphere Operation & service Leveraging field & service data intelligence for digitalized service processes Design & Engineering Providing product related information from CAD to operation simu- lation as Data as a Service Erection & Commissioning Supplying products with Data Matrix Code & the Digital Twin, simulation, commissioning & configuration Modernization & replacement Performance & design optimiza- tion based on simulation data and the Digital Twin. Leveraging Siemens software Customer self- designed apps / service Stand-alone or integrating PD LD digital products Jumeau Digital dans Mindsphere – Les systémes IoT CAx NX TIA auglenter la disponibilité et refduire les coûts de maintenance Reduction des coûts et des temps de mise en service Gagner en temps d’engineerie et diminuer les efforts Augmentation de la perforrmance
- 36. Unrestricted © Siemens AG 2017 April 2017 - slide 36 PD LD La norme actuelle est basée sur un seul point Partie de l’entrainement concerné = moteur (IEC 60034-30) IE4 IE2 IE1 IE3 0 100% 100% Couple Vitesse Classe de rendement, Réduction des Pertes
- 37. Unrestricted © Siemens AG 2017 April 2017 - slide 37 PD LD Système d’entrainement complet = Systéme électrique (EN 50598) Le nouveau standard en matière d’éfficacité pour les systèmes prend en compte toute la plage d’utilisation IES2 IES1 IES0 Classe de rendement, Réduction des pertes 0 100%50% 100% 25% 50% Couple Vitesse
- 38. Unrestricted © Siemens AG 2017 April 2017 - slide 38 PD LD SIMOTICS SD nouvelle generation Pour toutes les applications et les industries Focus applications Focus industries Pompes Compresseurs Ventilateurs Grues / treuils HVAC W&WW Mines Ciment Papier Marine Pétrole et gaz Metal Chimie
- 39. Unrestricted © Siemens AG 2017 April 2017 - slide 39 PD LD Changer maintenant pour la nouvelle generation de moteurs SIMOTIC 1LE5 siemens.com/simotics-sd-nextgeneration Thierry Dalle Responsable Business Development LD PD LD P / AP & Rue Jules Verne 59790 Ronchin Phone: +33 6.64.05.71.96 E-Mail: thierry.dalle@siemens.com
Notes de l'éditeur
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training
- Let’s talk about the second one – data transfer + raw data available + transfer to MindSphere + evaluate and draw conclusions + send to customers + OEM offering: additional services, apps, algorithms, conclusions etc. Mindsphere can be operated on next to any cloud system At 2nd step connectivity can be used for other sensors, too yet more devices getting connected!
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training
- When we look at our customers we see that they are facing significant challenges in the market – some of them rather new, some of them just enforced by increasing competition. 4. Time to market: The need to be faster from idea to production is getting high, e.g. because material costs are really high or it is needed to be faster at the market than the competition to be successful. This requires to use the right tools when it comes to product development but as well when it comes to plan or adjust your facility and test your facility. Need for Flexibility increases as well: We have to be more flexible to react on individual customer needs, e.g. they want you to change the color of the ordered car 2 weeks before production time, or in process industries a good example is Biotech, when 1 product is so specific that it is just produced in a batch of maybe 100 pills. Change in Batches has to be very fast and flexible in the future, up to piece “one”. Generally modularity plays an important role here. 3. Quality: Even while getting faster, we still have to deliver the quality the customer expects. As well traceability is more and more required. 1. Efficiency: Resource need to be used in the best way to create the required output. That means on the one hand to maximize output through minimal downtimes and optimized production and on the other hand to reduce costs, which e.g. can be addressed by optimized control loops to reduce resource consumption. Today we are far away from the optimum 5. Security: with rising importance of data transfer and rising value of data, securing information and operations is a pre-requisite for more use of data 6. HSSE: this is the foundation of priorities in process industries, there cannot be any compromises and all new technology needs to be validated against HSE standards, but also, technology can also help to raise the standards, e.g. by remote or unmanned operation for dangerous areas, use of augmented reality for training