Tyco Electronics is a leading provider of electronic components and solutions for the automotive industry. They offer terminals and connectors, sensors, cable assembly systems, inductive systems, mechatronics, and components for alternative power vehicles. Tyco Electronics is committed to supporting their customers' RoHS requirements by assessing over 1.5 million products for compliance and identifying compliant part numbers.
On Going research on Problems Faced In smart grid in general. Yet Work is in progress Just a light notes on General issues in smart grid, Technically work is to be on target in smart grid.
1) Industries face challenges of scarce and expensive electrical energy which has led to a need for energy management systems (EMS) to optimize usage and control costs.
2) EMS allows users to monitor and control energy consumption through software that collects and analyzes data from remote monitoring devices.
3) EMS helps identify inefficient equipment, analyze maximum power demand, and provide real-time and historical energy reports to facilitate cost reduction and planning.
Smart Grid is an automated, widely distributed energy delivery network characterized by a two-way flow of electricity and information, capable of monitoring and responding to changes in everything from power plants to customer preferences to individual appliances.
Outline:
Existing EE Related Funds & Incentives In Malaysia
Financing Options To Implement EE Projects
EE Project Evaluation
Examples Of EE Solutions & Technologies
Conclusions
What’s Next?
Final Year Project Report. (Management of Smart Electricity Grids)Jatin Pherwani
The report of my progress with the final year Design Project in one half of the semester. Design process and research findings with a few crude concepts.
Here are the key points against privatization of the power sector:
- Access and affordability: Privatization may reduce access to power for low-income households who cannot afford higher tariffs set by private companies. Fulfilling universal service obligations may not be a priority for profit-driven private players.
- Remote areas: Private companies may have little incentive to expand networks and supply power to remote, low-density or less profitable areas due to high costs.
- Cartelization: There is a risk of cartelization or non-competitive behavior if the market is not properly regulated. Private players could collude to keep prices high and hamper consumer interests in a non-regulated or self-regulated market.
The document provides an introduction to renewable energy sources for power generation. It discusses various renewable energy technologies including wind and solar energy. For wind energy, it describes the technology behind wind turbines and key components. It also discusses solar photovoltaic and concentrating solar thermal plant technologies. The document then provides current installed capacities and scenarios for wind and solar energy in India.
On Going research on Problems Faced In smart grid in general. Yet Work is in progress Just a light notes on General issues in smart grid, Technically work is to be on target in smart grid.
1) Industries face challenges of scarce and expensive electrical energy which has led to a need for energy management systems (EMS) to optimize usage and control costs.
2) EMS allows users to monitor and control energy consumption through software that collects and analyzes data from remote monitoring devices.
3) EMS helps identify inefficient equipment, analyze maximum power demand, and provide real-time and historical energy reports to facilitate cost reduction and planning.
Smart Grid is an automated, widely distributed energy delivery network characterized by a two-way flow of electricity and information, capable of monitoring and responding to changes in everything from power plants to customer preferences to individual appliances.
Outline:
Existing EE Related Funds & Incentives In Malaysia
Financing Options To Implement EE Projects
EE Project Evaluation
Examples Of EE Solutions & Technologies
Conclusions
What’s Next?
Final Year Project Report. (Management of Smart Electricity Grids)Jatin Pherwani
The report of my progress with the final year Design Project in one half of the semester. Design process and research findings with a few crude concepts.
Here are the key points against privatization of the power sector:
- Access and affordability: Privatization may reduce access to power for low-income households who cannot afford higher tariffs set by private companies. Fulfilling universal service obligations may not be a priority for profit-driven private players.
- Remote areas: Private companies may have little incentive to expand networks and supply power to remote, low-density or less profitable areas due to high costs.
- Cartelization: There is a risk of cartelization or non-competitive behavior if the market is not properly regulated. Private players could collude to keep prices high and hamper consumer interests in a non-regulated or self-regulated market.
The document provides an introduction to renewable energy sources for power generation. It discusses various renewable energy technologies including wind and solar energy. For wind energy, it describes the technology behind wind turbines and key components. It also discusses solar photovoltaic and concentrating solar thermal plant technologies. The document then provides current installed capacities and scenarios for wind and solar energy in India.
The document discusses the key aspects and technologies of the smart grid, including smart meters, demand response, renewable energy integration, energy storage, wide area monitoring, and standards development. It outlines the vision of a highly instrumented and interconnected grid that can better accommodate new technologies and optimize operations.
impact of renewable energy sources on power system opeartionVipin Pandey
this presentation is brief description of power system operation with renewable energy sources and their effects on various power system operation and how can they be accessible in system.
The document provides an overview of smart grids and their development. It discusses:
1) How today's power grids originated in the late 19th/early 20th century as local grids that grew over time and interconnected for reliability. By the 1960s, grids in developed nations were large, mature networks delivering power from thousands of central power plants.
2) The definition of a smart grid as a digitally enabled electrical grid that gathers, distributes, and acts on information from all participants to improve efficiency, reliability, and sustainability of electricity services.
3) Some key components of smart grids including intelligent appliances, smart meters, smart substations, super conducting cables, integrated communications networks, and phasor measurement units
Ultranet is a joint project between Amprion GmbH, TransnetBW GmbH, and Siemens AG to supply converters for grid expansion in Germany. The energy transition is increasing the distance between electricity generation and consumption, requiring additions to the transmission network. Ultranet will involve three new transmission lines and HVDC converters to facilitate long-distance transmission and the integration of renewable energy sources like wind and solar. Siemens will supply full-bridge HVDC converters for Ultranet that offer benefits like high availability, security, and optimal transmission rates.
Distributed generation of electric energy has become part of the current electric power system. In this context, a recent research study is arising on a new scenario in which small energy sources make up a new supply system : The Microgrid. The most recent projects show the technical difficulty of controlling the operation of Microgrids, because they are complex systems in which several subsystems interact: energy sources, power electronics converters, energy systems, linear and non-linear loads and of course, the utility grid.In next years, the electric grid will evolve from the current very centralized model toward a more distributed one.
This presentation discuss about the possible signal processing applications for the future smart grid. Later I will discuss about the basics of digital signal processing techniques widely applied in smart grid applications.
What services should a solar project developer expect from solar park & how much each service can be valued.
The ppt clears concept on value add by solar park.
This document summarizes Praveen Dwivedi's M.Tech thesis on modeling silicon nanowire mobility and resistance under the guidance of Dr. Sitangshu Bhattacharya. It introduces nanoelectronics and discusses the physics of nanodevices using the Landauer-Datta model. It also describes modeling silicon nanowire characteristics like electrical resistance and mobility by considering scattering mechanisms like lattice scattering and intervalley scattering. The document outlines Dwivedi's work on developing analytical models to determine the role of first-order intervalley scattering in silicon nanowire electrical resistance.
The solar feasibility study document discusses the key steps and information needed to conduct a solar feasibility study for both rooftop and ground-mounted solar PV projects. The feasibility study involves collecting site details like available roof or land space, structure details, electrical load details, and interfacing voltage requirements. This information is used to design the optimal solar PV system configuration and ensure any issues are addressed. Component placement, cable routing and distances are also determined to prepare an accurate bill of materials and system cost estimate.
PIEZOELECTRIC GENERATION AND ITS APPLICATIONIbrar Saqib
This document discusses piezoelectricity generation using road power generators. It provides a history of piezoelectric discovery. Piezoelectric materials produce electricity when subjected to pressure, with natural materials like quartz and synthetic materials like lead zirconate titanate most commonly used. A road power generator model is proposed that uses ramps connected to mechanisms to convert vehicle kinetic energy into electricity through a flywheel and generator. Applications of piezoelectricity include floor mats, keyboards, and lighters. Advantages are pollution-free operation while disadvantages include susceptibility to cracking and high temperatures affecting performance.
MagLev technology uses electromagnetic propulsion to levitate objects in the air using electromagnetic forces. It operates using either electromagnetic suspension, which uses attractive magnetic forces, or electrodynamic suspension, which uses repulsive magnetic fields. MagLev trains can travel at speeds over 300 kph without friction and do not require fossil fuels. While expensive to implement, MagLev trains offer environmental and speed advantages over conventional trains.
DISTRIBUTED GENERATION ENVIRONMENT WITH SMART GRIDNIT MEGHALAYA
This document discusses distributed generation and the smart grid environment. It provides an introduction to the need for changes in energy generation, delivery, and use to establish sustainability and restore environmental balance. The document then discusses different forms of renewable energy sources and distributed generation. It describes some of the challenges of distributed generation and how a smart grid can help solve these issues. Finally, it discusses components of the smart grid like advanced metering infrastructure and phasor measurement units, and the benefits of integrating distributed generation with the smart grid.
The document summarizes research on solar photovoltaic-thermal (PV/T) technology and development being conducted at the Sustainable Energy Research Institute (SERI) at the National University of Malaysia (UKM). It describes 8 different PV/T collector designs that were studied, including double-pass air heaters with fins and compound parabolic concentrators, an air heater with V-groove collectors, one with rectangular tunnels, a honeycomb collector, a water collector, and a hybrid air/water collector. Experimental results are presented showing improvements in electrical and thermal efficiencies compared to traditional PV and solar thermal collectors.
The document discusses the implementation of the Restructured Accelerated Power Development and Reforms Program (R-APDRP) in Rajasthan, India. Key points:
- R-APDRP aims to establish reliable baseline data and adopt IT in energy accounting to reduce losses before distribution strengthening projects.
- It has two parts - Part A focuses on IT applications for energy auditing and consumer services. Part B covers network renovation.
- The Discoms of Rajasthan have taken steps like forming implementation committees and appointing an IT consultant to timely execute the scheme and avail grants.
- Benefits of R-APDRP include increased consumer satisfaction, transparency, reduced out
Gensol has estimated Bifacial Gain varying between ~4.0-10.5% when Bifacial PV Modules are configured with Single Axis Tracker (SAT) system depending on system configuration & ground albedo. Various iterations of energy generation were simulated using PVsyst to understand the impact of design considerations and climatic factors on the Bifacial Gain of 1P x 30 Bifacial PV array with SAT system equipped over-torque tube for India & Middle East regions.
This document summarizes a seminar on reactive power compensation. It discusses the different types of power, including active power, reactive power, and apparent power. It explains that reactive power is needed by magnetic equipment like transformers and motors to produce magnetizing flux. The document outlines the need for reactive power compensation to improve power factor, reduce losses, increase capacity, and improve voltage regulation. It then describes different compensation techniques like shunt compensation using capacitors at the load, substation, or transmission level. The document also discusses synchronous condensers and power electronics devices like thyristor controlled reactors, static VAR compensators, and thyristor controlled series compensators for reactive power compensation.
Design of Switched Reluctance Motor for Three Wheeler Electric Vehicleidescitation
Switched Reluctance M achines (SRM ) offer
attractive attributes for automotive applications. Low cost, high
reliability, and competitive weight and efficiency combine to
make the switched reluctance (SR) motor drive a strong
candidate for application in future electric vehicle (EV)
propulsion systems. This paper proposes a methodology to
determine separately the peak and continuous power ratings
of a switched reluctance motor (SRM) for electric propulsion
of an electric vehicle (EV).same machine have to deliver peak
and continuous power for different road load condition of
vehicle. Then gives switched reluctance design guidelines for
battery operated electric vehicles. Finally, it presents the
design and simulation of a switched reluctance motor power
train.
The document provides details about the Mysore Smart Grid Pilot Project being implemented by CESC Mysore. It summarizes that CESC Mysore is implementing a smart grid pilot project covering 14 feeders, 473 distribution transformers and 24,532 consumers to enable functions like AMI, outage management, peak load management, transformer condition monitoring, and consumer analytics. The project aims to reduce losses, improve reliability, enable renewable integration and improve operations through automation. It is being funded through public-private partnership with investment of 32.56 crore Rupees (4.9 million USD) from Ministry of Power, CESC Mysore, and the system integrator.
This document provides an overview of solar photovoltaic power systems. It discusses key terminology related to electricity and PV systems. The document describes the main components of grid-tied PV systems including solar modules, inverters, wiring, and batteries. It also covers factors to consider when selecting sites and mounting structures for solar arrays. Overall, the document serves as a basic introduction and reference for understanding the basic workings of grid-tied residential solar power systems.
This document summarizes the electrical characteristics of solar photovoltaic panels and arrays. It explains that panels can be connected in series to increase voltage or parallel to increase current. The maximum power point is always in the upper right corner of the I-V curve. Key parameters discussed include open circuit voltage, short circuit current, maximum power point, fill factor, and efficiency.
TE Connectivity is a leader in automotive connectivity and sensor technology. They provide innovative technologies that connect every electronic function in vehicles, from alternative power systems to infotainment and sensor technologies. Their products include electrical interconnection products, cable assemblies, hybrid and electric mobility solutions, sensor solutions, relays, and infotainment solutions. TE works with customers to develop switching and protection devices suitable for different applications across vehicle systems.
Webinar: The Radio Equipment Directive and European StandardstechUK
Three new Directives were adopted in 2014 to harmonize regulations for radio equipment, electromagnetic compatibility, and low voltage equipment across the EU. The Radio Equipment Directive (RED) of 2014 replaced the 1999 Radio and Telecommunications Terminal Equipment Directive and expanded its scope to cover all equipment transmitting or receiving radio waves. It places new emphasis on efficient spectrum use and improving radio receivers. Manufacturers will need to ensure their equipment meets the essential requirements for health and safety, electromagnetic compatibility and avoidance of interference laid out in the RED. ETSI develops harmonized standards that define technical requirements and allows manufacturers to demonstrate compliance, helping to allow interoperability while protecting spectrum use.
The document discusses the key aspects and technologies of the smart grid, including smart meters, demand response, renewable energy integration, energy storage, wide area monitoring, and standards development. It outlines the vision of a highly instrumented and interconnected grid that can better accommodate new technologies and optimize operations.
impact of renewable energy sources on power system opeartionVipin Pandey
this presentation is brief description of power system operation with renewable energy sources and their effects on various power system operation and how can they be accessible in system.
The document provides an overview of smart grids and their development. It discusses:
1) How today's power grids originated in the late 19th/early 20th century as local grids that grew over time and interconnected for reliability. By the 1960s, grids in developed nations were large, mature networks delivering power from thousands of central power plants.
2) The definition of a smart grid as a digitally enabled electrical grid that gathers, distributes, and acts on information from all participants to improve efficiency, reliability, and sustainability of electricity services.
3) Some key components of smart grids including intelligent appliances, smart meters, smart substations, super conducting cables, integrated communications networks, and phasor measurement units
Ultranet is a joint project between Amprion GmbH, TransnetBW GmbH, and Siemens AG to supply converters for grid expansion in Germany. The energy transition is increasing the distance between electricity generation and consumption, requiring additions to the transmission network. Ultranet will involve three new transmission lines and HVDC converters to facilitate long-distance transmission and the integration of renewable energy sources like wind and solar. Siemens will supply full-bridge HVDC converters for Ultranet that offer benefits like high availability, security, and optimal transmission rates.
Distributed generation of electric energy has become part of the current electric power system. In this context, a recent research study is arising on a new scenario in which small energy sources make up a new supply system : The Microgrid. The most recent projects show the technical difficulty of controlling the operation of Microgrids, because they are complex systems in which several subsystems interact: energy sources, power electronics converters, energy systems, linear and non-linear loads and of course, the utility grid.In next years, the electric grid will evolve from the current very centralized model toward a more distributed one.
This presentation discuss about the possible signal processing applications for the future smart grid. Later I will discuss about the basics of digital signal processing techniques widely applied in smart grid applications.
What services should a solar project developer expect from solar park & how much each service can be valued.
The ppt clears concept on value add by solar park.
This document summarizes Praveen Dwivedi's M.Tech thesis on modeling silicon nanowire mobility and resistance under the guidance of Dr. Sitangshu Bhattacharya. It introduces nanoelectronics and discusses the physics of nanodevices using the Landauer-Datta model. It also describes modeling silicon nanowire characteristics like electrical resistance and mobility by considering scattering mechanisms like lattice scattering and intervalley scattering. The document outlines Dwivedi's work on developing analytical models to determine the role of first-order intervalley scattering in silicon nanowire electrical resistance.
The solar feasibility study document discusses the key steps and information needed to conduct a solar feasibility study for both rooftop and ground-mounted solar PV projects. The feasibility study involves collecting site details like available roof or land space, structure details, electrical load details, and interfacing voltage requirements. This information is used to design the optimal solar PV system configuration and ensure any issues are addressed. Component placement, cable routing and distances are also determined to prepare an accurate bill of materials and system cost estimate.
PIEZOELECTRIC GENERATION AND ITS APPLICATIONIbrar Saqib
This document discusses piezoelectricity generation using road power generators. It provides a history of piezoelectric discovery. Piezoelectric materials produce electricity when subjected to pressure, with natural materials like quartz and synthetic materials like lead zirconate titanate most commonly used. A road power generator model is proposed that uses ramps connected to mechanisms to convert vehicle kinetic energy into electricity through a flywheel and generator. Applications of piezoelectricity include floor mats, keyboards, and lighters. Advantages are pollution-free operation while disadvantages include susceptibility to cracking and high temperatures affecting performance.
MagLev technology uses electromagnetic propulsion to levitate objects in the air using electromagnetic forces. It operates using either electromagnetic suspension, which uses attractive magnetic forces, or electrodynamic suspension, which uses repulsive magnetic fields. MagLev trains can travel at speeds over 300 kph without friction and do not require fossil fuels. While expensive to implement, MagLev trains offer environmental and speed advantages over conventional trains.
DISTRIBUTED GENERATION ENVIRONMENT WITH SMART GRIDNIT MEGHALAYA
This document discusses distributed generation and the smart grid environment. It provides an introduction to the need for changes in energy generation, delivery, and use to establish sustainability and restore environmental balance. The document then discusses different forms of renewable energy sources and distributed generation. It describes some of the challenges of distributed generation and how a smart grid can help solve these issues. Finally, it discusses components of the smart grid like advanced metering infrastructure and phasor measurement units, and the benefits of integrating distributed generation with the smart grid.
The document summarizes research on solar photovoltaic-thermal (PV/T) technology and development being conducted at the Sustainable Energy Research Institute (SERI) at the National University of Malaysia (UKM). It describes 8 different PV/T collector designs that were studied, including double-pass air heaters with fins and compound parabolic concentrators, an air heater with V-groove collectors, one with rectangular tunnels, a honeycomb collector, a water collector, and a hybrid air/water collector. Experimental results are presented showing improvements in electrical and thermal efficiencies compared to traditional PV and solar thermal collectors.
The document discusses the implementation of the Restructured Accelerated Power Development and Reforms Program (R-APDRP) in Rajasthan, India. Key points:
- R-APDRP aims to establish reliable baseline data and adopt IT in energy accounting to reduce losses before distribution strengthening projects.
- It has two parts - Part A focuses on IT applications for energy auditing and consumer services. Part B covers network renovation.
- The Discoms of Rajasthan have taken steps like forming implementation committees and appointing an IT consultant to timely execute the scheme and avail grants.
- Benefits of R-APDRP include increased consumer satisfaction, transparency, reduced out
Gensol has estimated Bifacial Gain varying between ~4.0-10.5% when Bifacial PV Modules are configured with Single Axis Tracker (SAT) system depending on system configuration & ground albedo. Various iterations of energy generation were simulated using PVsyst to understand the impact of design considerations and climatic factors on the Bifacial Gain of 1P x 30 Bifacial PV array with SAT system equipped over-torque tube for India & Middle East regions.
This document summarizes a seminar on reactive power compensation. It discusses the different types of power, including active power, reactive power, and apparent power. It explains that reactive power is needed by magnetic equipment like transformers and motors to produce magnetizing flux. The document outlines the need for reactive power compensation to improve power factor, reduce losses, increase capacity, and improve voltage regulation. It then describes different compensation techniques like shunt compensation using capacitors at the load, substation, or transmission level. The document also discusses synchronous condensers and power electronics devices like thyristor controlled reactors, static VAR compensators, and thyristor controlled series compensators for reactive power compensation.
Design of Switched Reluctance Motor for Three Wheeler Electric Vehicleidescitation
Switched Reluctance M achines (SRM ) offer
attractive attributes for automotive applications. Low cost, high
reliability, and competitive weight and efficiency combine to
make the switched reluctance (SR) motor drive a strong
candidate for application in future electric vehicle (EV)
propulsion systems. This paper proposes a methodology to
determine separately the peak and continuous power ratings
of a switched reluctance motor (SRM) for electric propulsion
of an electric vehicle (EV).same machine have to deliver peak
and continuous power for different road load condition of
vehicle. Then gives switched reluctance design guidelines for
battery operated electric vehicles. Finally, it presents the
design and simulation of a switched reluctance motor power
train.
The document provides details about the Mysore Smart Grid Pilot Project being implemented by CESC Mysore. It summarizes that CESC Mysore is implementing a smart grid pilot project covering 14 feeders, 473 distribution transformers and 24,532 consumers to enable functions like AMI, outage management, peak load management, transformer condition monitoring, and consumer analytics. The project aims to reduce losses, improve reliability, enable renewable integration and improve operations through automation. It is being funded through public-private partnership with investment of 32.56 crore Rupees (4.9 million USD) from Ministry of Power, CESC Mysore, and the system integrator.
This document provides an overview of solar photovoltaic power systems. It discusses key terminology related to electricity and PV systems. The document describes the main components of grid-tied PV systems including solar modules, inverters, wiring, and batteries. It also covers factors to consider when selecting sites and mounting structures for solar arrays. Overall, the document serves as a basic introduction and reference for understanding the basic workings of grid-tied residential solar power systems.
This document summarizes the electrical characteristics of solar photovoltaic panels and arrays. It explains that panels can be connected in series to increase voltage or parallel to increase current. The maximum power point is always in the upper right corner of the I-V curve. Key parameters discussed include open circuit voltage, short circuit current, maximum power point, fill factor, and efficiency.
TE Connectivity is a leader in automotive connectivity and sensor technology. They provide innovative technologies that connect every electronic function in vehicles, from alternative power systems to infotainment and sensor technologies. Their products include electrical interconnection products, cable assemblies, hybrid and electric mobility solutions, sensor solutions, relays, and infotainment solutions. TE works with customers to develop switching and protection devices suitable for different applications across vehicle systems.
Webinar: The Radio Equipment Directive and European StandardstechUK
Three new Directives were adopted in 2014 to harmonize regulations for radio equipment, electromagnetic compatibility, and low voltage equipment across the EU. The Radio Equipment Directive (RED) of 2014 replaced the 1999 Radio and Telecommunications Terminal Equipment Directive and expanded its scope to cover all equipment transmitting or receiving radio waves. It places new emphasis on efficient spectrum use and improving radio receivers. Manufacturers will need to ensure their equipment meets the essential requirements for health and safety, electromagnetic compatibility and avoidance of interference laid out in the RED. ETSI develops harmonized standards that define technical requirements and allows manufacturers to demonstrate compliance, helping to allow interoperability while protecting spectrum use.
Telenco Distribution is a major French telecommunications equipment distributor that stocks a broad range of fiber optic and copper networking equipment. They provide equipment and components to over 26,000 engineers working for telecom networks in France. As experts in marketing and logistics, Telenco Distribution was the first European telecom distributor to develop a full e-commerce platform and extranet for customers. They aim to be a one-stop-shop for the needs of telecom engineers working with fiber optic and copper networks.
Internet of Things RF Protocols and their Impacts on the Electronics IndustryYole Developpement
The challenge for Radio-Frequency (RF) electronics manufacturers to secure value in the Internet of Things (IoT) industry stays relevant today.
More information on that report at: https://www.i-micronews.com/report/product/internet-of-things-rf-protocols-and-their-impacts-on-the-electronics-industry.html
The document provides information about Cortem Group, an Italian company that specializes in explosion-protected electrical equipment. It discusses Cortem's 40+ years of experience, its product lines including lighting fixtures, junction boxes, and control panels. It also covers Cortem's certifications, quality standards, worldwide partners and distributors, and customized engineered solutions.
The document discusses Roxtec cable entry seals and their benefits for telecom networks. Roxtec seals provide (1) reliable protection from hazards while being easy to install and maintain, (2) built-in spare capacity to adapt to future cable needs, and (3) global support from a network of local suppliers.
Industrial Ethernet, Part 1: TechnologiesControlEng
The document provides an overview of Industrial Ethernet technologies including:
- TIA standards for Ethernet cabling categories and their data rates and compatibility. Cat6 cable supports speeds up to 10Gbps.
- TIA-1005 standard for industrial premises cabling which considers hostile environments.
- Ethernet switch features like IGMP snooping, VLANs, and supported topologies.
- Common Ethernet protocols used in industrial networks like EtherNet/IP, Modbus TCP, and Profinet.
- Research on spending and use of Ethernet, with switches, cable, and networks being top specified products. Operations and engineering teams work on integration and security and training are key challenges.
Littelfuse is the number one global provider of circuit protection solutions. They have grown from a small company with one fuse product into a leader in circuit protection through a customer-focused approach of developing innovative solutions to meet unique customer needs. Littelfuse has built the broadest circuit protection portfolio in the industry and a global footprint that allows them to work closely with customers. Their expertise, portfolio of products, and partnership approach position them to be a single-source provider of circuit protection solutions for customers around the world.
This document provides an overview of ICT networking products from Datwyler, including:
- Copper and fibre optic cables, connection components, panels, outlets, and patch cords for voice, data, video and CATV applications ranging from Categories 3 to 7A.
- Complete copper and fibre optic cabling system solutions for applications such as office and industrial buildings, data centers, hotels, hospitals, and FTTx networks.
- Rack systems, data center solutions including fiber optic distribution centers, modular high density systems, and accessories.
- Wireless solutions including WiFi arrays, access points, and management systems.
- Multimedia solutions for distribution of CATV signals up to 862MHz
Pentair provides electronics protection solutions including subracks, cases, cabinets, and integrated systems. Their Schroff brand offers over 6,000 standardized products as well as customized solutions. Pentair has expertise in industries like communications, infrastructure, industrial automation, security, medical, and more. They provide solutions from component level up to fully integrated systems, and have testing capabilities to ensure product quality and compliance with standards.
Rohde & Schwarz is a leading manufacturer of test and measurement and communications equipment. It has a history of driving innovation in RF technology and pushing technical limits. The document discusses Rohde & Schwarz's commitment to R&D, sustainability, and providing high-performance solutions to customers across industries like wireless communications, electronics, and broadcasting.
Founded in 1999, EPSGlobal is a leading, privately owned, franchised distributor of semiconductors. We create demand for a growing number of Semiconductor Component Manufacturers. Our design-in activities are mainly based in the UK and Germany and are fulfilled by our sales organizations in Asia.
We match our suppliers’ products to market opportunities and develop them. This helps our suppliers access new markets quickly and monetise new products effectively.
Our sales efforts are supported by highly qualified engineering support on all key products with FAEs in the UK, Germany, Ireland and Russia.
Mike Ward is a Chartered Electrical Engineer with a Masters in Digital Electronics and extensive industry experience. He has sole ownership of a patent for a wireless data logging system using RF transceivers at 433Mhz. He has experience managing full project life cycles from inception to delivery and covering all aspects of design, manufacturing, support and sale of electrical equipment.
- Reichle & De-Massari is a leading Swiss provider of information and communication technology, established in 1964, with over 600 employees worldwide and annual sales of over $189 million in 2011.
- They provide optical and electrical connectivity solutions for a variety of industries including finance, government, healthcare, manufacturing, transportation, and utilities.
- Their success is driven by Swiss quality, innovation, a complete product range, local presence worldwide, and superior expertise in connectivity from physical layer to applications.
EUTEX International Brochure USA - High Quality Electrical Products Supplying...Bock Mary
EUTEX International is not a typical electrical product and service provider, but rather a company committed to only the highest quality of turnkey solutions from specification, offering top-class electrical cables and accessories worldwide. Visit http://www.eutexinternational.com, for more information.
The document discusses a recent attack by Naxalites in Bihar where they blew up a jeep killing 7 people including 6 police officers. While no group has claimed responsibility, it is believed to be the work of CPI(Maoist) which is the largest Naxalite group active in the area. The aim of the Naxalites is to overthrow the government through armed struggle as they do not believe in the democratic system. They have significant presence across several states in India. The growing Naxalite insurgency poses a major internal security threat to India. Tribal displacement due to development projects has contributed to the Naxalites gaining support in tribal areas.
Strip's is a Slovenian company that has over 20 years of experience in electronics, sensors, and LED technology. They develop energy efficient products such as LED lighting solutions for appliances and general lighting. Their R&D and production capabilities include electronic design, firmware development, prototyping, mechanical design, and certification testing. Strip's provides original design manufacturing and electronic manufacturing services to customers.
This document discusses Tyco Electronics' automotive products and services. It provides an overview of Tyco Electronics' global automotive division and their portfolio of electronic components used in automotive applications. This includes connector systems, relays, sensors, fiber optic products, wire and cable. The document also describes Tyco Electronics' online resources and product literature available to customers.
This document provides information about the R&D activities of Sumitomo Electric Group. It lists their R&D centers and laboratories located in Japan and describes their focus on developing technologies in key fields like mobility, energy, communications, environment and infrastructure, and life science. It also provides details on their R&D expenses and management approach, which involves mid-term planning, new research proposals, open innovation partnerships, and human resource development. Specific projects highlighted include developing technologies for vehicle communications, improving vehicle efficiency and reducing emissions, smart grid systems, concentrator photovoltaics, superconducting wires, energy storage batteries, and energy management systems.
This document provides information on the R&D activities of Sumitomo Electric Group. It lists the company's R&D centers and laboratories located in Japan and their areas of focus. These include developing technologies for mobility, energy, communications, environment and infrastructure, life science, and resources. The document also summarizes some of Sumitomo Electric's innovative R&D projects, such as developing optical and wireless communication technologies, smart grid systems utilizing renewable energy, electric vehicle components and energy management systems.
4. I N N OVAT I V E TECHNOLOGIES
Tyco Electronics Ltd. is a leading global provider of engineered electronic components, network
solutions and undersea telecommunication systems. We design, manufacture and market
products for customers in industries from automotive, appliance and aerospace and defense to
telecommunications, computers and consumer electronics. The automotive division follows
the globalization goals of our customers, speeds up the integration of new technologies and
enables our customers access to our vast product portfolio and services.
TERMINALS & CONNECTORS
Tyco Electronics offers a broad range of high quality terminals and connectors.
Our electrical/electronic interconnection products and solutions are used to electrically
and mechanically join wires and cables, printed circuit boards, integrated circuit
packages and batteries. Tyco Electronics expanding capabilities include new copper
and fiber-optic connectors, wires, cables/cable management systems that are designed
to meet automotive industry demands. Our brands encompass the broadest range of
connectors in the world, including high-density, high-speed designs for leading-edge
communications equipment.
SENSORS
Contact-less measuring eliminates interference effects, wear and tear, and provides
increased reliability. Tyco Electronics, one of the largest technology providers for the
automobile industry, offers contact-less sensors for a variety of applications.
As sensor manufacturer and processing partner, Tyco Electronics also provides
project planning support for new sensor applications, assistance in the selection of
the appropriate sensor technology for the respective application, and assistance with
defining the corresponding mechanical, electrical and magnetic interface.
Tyco Electronics has a broad electro-mechanical portfolio that includes robust housing technologies,
connector systems, and temperature stable designs based on foil and cable networks. This combi-
nation of technologies and experience ensures that reliable and cost effective sensor solutions are
available for all application types.
II
5. C A B L E A S S E M B LY S Y S T E M S
Tyco Electronics is your partner for special cable assemblies.
We offer research and development capabilities, prototyping, samples as well as
manufacturing facilities for special cable assemblies. This includes overmold
technology, semi/fully automatic manufacturing, testing equipment and appliances
for handling of high volume production.
I N D U C T I V E SYST E M S
The Automotive Division is your source for interconnection technologies for
automotive, truck and off-highway OEMs and Tier 1 suppliers. With the design
competency center in Oostkamp (Belgium), and strategic production centers in Evora
(Portugal), Bangalore (India), Shuzhou (China), Oostkamp (Belgium), and others,
Tyco Electronics’ Inductive Systems group is ready to offer you any coil module
required in the automotive industry.
The Inductive System group focus lies on the customer requirement, in order to design
to the exact demand. This is achieved by highly technical, intelligent and cost-efficient engineering.
In order to be a leader in design, Tyco Electronics’ Inductive Systems group has a vast product
portfolio, which consists out of antennas, actuators, resolvers, and integrated coil modules.
Next to that, several specific applications are designed.
M E C H AT R O N I C S
A variety of technical products are designed today by integrating mechanical
components and electronic hardware into one packaging unit thus creating true
mechatronic solutions. Mechatronic applications offer amazing and versatile potentials
related to functionality, cost, space requirements and quality. Tyco Electronics
contributes to those applications with its wide range of innovative and cost-effective
product and process technologies.
Advanced stamping, injection molding and assembly techniques are applied along with
highly selective surface plating methods.
III
6. H I G H S P E E D DATA N E T W O R K I N G
High speed data networking within the automobile is becoming more predominant.
What was till now restricted to the high end of the market utilizing system such as the
MOST network, high speed data transmission based on optical fibers, now with the
introduction of MP3 player, display screens and cameras results in the need for high
speed networking throughout all platforms.
MOST IS A TRADEMARK
A LT E R N AT I V E P O W E R S Y S T E M S
CO M P O N E N TS F O R H Y B R I D, E L E C T R I C A N D FUEL CELL TECHNOLOGY
Tyco Electronics is a leader in next-generation transportation technologies and
products for hybrid and electric vehicles. The Automotive Division is your source for
high voltage power distribution, high current contacts, high voltage connectors and
cables, high voltage relays, sensors and temperature protection devices for hybrid and
other alternative powered vehicles.
T YCO E L E C T R O N I C S
O U R C O M M I T M E N T. Y O U R A D VA N TA G E .
Tyco Electronics’ businesses operate in thousands of different areas of industry.
The products and services we deliver all have one thing in common. They are
vital to everyday living. Individuals and companies worldwide have critical needs.
And every minute of every day, we satisfy them.
IV
7. R E S T R I C T I O N O N T H E U S E O F H A Z A R D O U S S U B S TA N C E S ( R O H S )
At Tyco Electronics, we’re ready to support your RoHS requirements. We’ve assessed more than 1.5 million end
items/components for RoHS compliance, and issued new part numbers where any change was required to
eliminate the restricted materials. Part numbers in this catalog are identified as:
RoHS Compliant
Part numbers in this catalog are RoHS Compliant, unless marked otherwise.
These products comply with European Union Directive 2002/95/EC as amended 1 January 2006 that restricts
the use of lead, mercury, cadmium, hexavalent chromium, PBB, and PBDE in certain electrical and electronic
products sold into the EU as of 1 July 2006.
Note: For purposes of this Catalog, included within the definition of RoHS Compliant are products that are clearly
“Out of Scope” of the RoHS Directive such as hand tools and other non-electrical accessories.
Non-RoHS Compliant
These part numbers are identified with a “ ” symbol. These products do not comply with the material restrictions
of the European Union Directive 2002/95/EC.
5 of 6 Compliant
A “ ” symbol identifies these part numbers. These products do not fully comply with the European Union
Directive 2002/95/EC because they contain lead in solderable interfaces (they do not contain any of the other
five restricted substances above allowable limits). However, these products may be suitable for use in RoHS
applications where there is an application-based exception for lead in solders, such as the server, storage, or
networking infrastructure exemption.
Note: Information regarding RoHS compliance is provided based on reasonable inquiry of our suppliers and
represents our current actual knowledge based on the information provided by our suppliers. This information
is subject to change. For latest compliance status, refer to our website referenced below.
Getting the Information You Need
Our comprehensive on-line RoHS Customer Support Center provides a forum to answer your questions and
support your RoHS needs. A RoHS FAQ (Frequently Asked Questions) is available with links to more detailed
information. You can also submit RoHS questions and receive a response within 24 hours during a normal work
week. The Support Center also provides:
■ Cross-Reference from Non-compliant to Compliant Products
■ Ability to browse RoHS Compliant Products in our on-line catalog: RoHS
http://ecommas.tycoelectronics.com/commerce/alt/RohsAltHome.do
Customer
■ Downloadable Technical Data Customer Information Presentation
Support
■ More detailed information regarding the definitions used above
Center
So whatever your questions when it comes to RoHS, we’ve got the
answers at www.tycoelectronics.com/leadfree
V
8. “AT YO U R S E RV I C E ”
Tyco Electronics Online
The Tyco Electronics website is an innovative and
interactive source for application information,
product updates and technical solutions.
Our step-by-step software makes our website
intuitive and user-friendly to better serve you!
Please contact us at:
www.tycoelectronics.com/automotive
Internet
www.tycoelectronics.com
www.tycoelectronics.com/automotive
www.tycoelectronics.com/automotive/sensors
www.tycoelectronicsmost.com
Electronic Internet Catalog
www.tycoelectronics.com/components
www.tycoelectronics.com/automotive
www.tycoelectronics.com/automotive/sensors
www.tycoelectronicsmost.com
VI
9. “AT YO U R S E RV I C E ”
Product and Machine Literature
Tyco Electronics offers a variety of product specific
catalogs, brochures and high impact flyers to help better
serve you!
For more information on literature for Tyco Electronics’
Automotive Division, please contact your local
Tyco Electronics organization or go to
www.tycoelectronics.com/automotive
Product Information Center
(PIC)
You can rely on Tyco Electronics’ PIC Team to
provide you support for answers to your
general information or technical questions
in an efficient and effective manner.
To reach our PIC staff, please contact your
local Tyco Electronics organization.
See our Global Contacts page.
VII
10. AU TO M OT I V E D I V I S I O N
Page
Alternative Power Systems (APS)
Creating “A Green Advantage” 12-10 ✓
Introduction 12-20 ✓
2 Position HVA 280 Connector System 12-30 ✓
3 Position HVA 280 Connector System 12-40 ✓
2 Position HVA 400 Connector System 12-50 ✓
2 Position Auxiliary Power Terminal (APT) 12-60 ✓
2 Position Low Voltage (LV) 800 Connector 12-70 ✓
2 Position High Voltage (HV) 800 Connector 12-80 ✓
3 Position High Voltage (HV) 800 Connector 12-90 ✓
1 Position IPT Shielded Ring Tongue 12-10 ✓
EV 200 Contactor 12-12 ✓
LEV 100 Contactor 12-13 ✓
Power Resistor 12-14 ✓
Typical Make / Break Application 12-15 ✓
High Current Relay (HCR) 200 12-16 ✓
High Current Relay (HCR) 150 12-17 ✓
Battery Disconnect Switch (BDS)-A 12-18 ✓
High Voltage Cable Assemblies 12-19 ✓
Multi-Coil Resolver (MCR) 12-20 ✓
Clutch Position Sensor 12-21 ✓
Dual Clutch Position Sensor 12-22 ✓
Neutral Position Sensor 12-23 ✓
Brake Pedal Position Sensor 12-24 ✓
Thermal Indicator 12-25 ✓
HFT 5000 12-26 ✓
Application Tooling 12-27 ✓
Numerical Index 12-28 ✓
VIII
12. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Engineering Notes
X All specifications subject to change. Consult Tyco Electronics for latest specifications.
13. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Creating “A Green Advantage”
Tyco Electronics Ltd. is a We design, manufacture With worldwide engineering, Global Automotive Division
leading global provider of and market products for manufacturing, sales and
engineered electronic com- customers in a broad array customer service capabilities, ALTERNATIVE
ponents, network solutions, of industries including auto- Tyco Electronics’ commit- POWER SYSTEMS
specialty products and motive; data communication ment is our customers’ (APS)
undersea telecommunication systems and consumer elec- advantage.
systems, with customers in tronics; telecommunications; Tyco Electronics is a leader
more than 150 countries. aerospace, defense and in next-generation trans-
marine; medical; energy; portation technologies and
and lighting. products for hybrid and
electric vehicles. The Global
Automotive Division is your
source for high voltage power
distribution, high current
contacts, high voltage
connectors and cables,
high voltage relays, sensors
and temperature protection
devices for hybrid and other
alternative powered vehicles.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-1
14. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Introduction
High-Power Automotive
Electrical Systems
for Hybrid and Electrical
Vehicles
Alternative powered vehicles, Electrical systems on conven- Tyco Electronics offers a wide
such as hybrid electric tional vehicles are typically range of components and
vehicles (HEV’s), can reduce designed for 12 volts, with subsystems for HEV’s,
harmful pollutants and exhaust the majority of loads less than including:
emissions. Recent interest in 30 amps. In contrast, hybrid ■ High power electrical
alternative powered vehicles and electric vehicles have connectors and cables,
creates a new challenge for electrical systems with voltage
vehicle electrical systems levels between 300–800 volts ■ High power contactors
because of the need for and currents from 200–1000 for battery switching and
high power electrical system amps. High power environ- control,
technology. ments require design and ■ Circuit protection devices,
packaging solutions for power like Raychem PolySwitch™
The demand for high power
switching, circuit protection, PPTC’s,
electrical components has
electrical power distribution ■ Power Distribution Units.
accelerated due to the
and interconnection systems.
constant development of
alternative powered vehicles,
high power electrical com-
ponents for “drive by wire”
electromechanical systems
and high-power systems on
vehicles with conventional
voltage levels.
12-2 All specifications subject to change. Consult Tyco Electronics for latest specifications.
15. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
2 Position HVA 280 Connector System
2 Position HVA 280
Connector System
Application
■ High voltage accessory (HVA) /
device interconnect
Description
■ Sealed
■ Touch safe
■ 2.8 mm AMP MCP Box/
Blade Contact System
■ Wire Range: 2.0–4.0 mm2
■ Individually Shielded Cable
■ Wire-to-device
■ Internal safety interlock
■ 360° EMC shielding
■ Finger actuated
two-stage latch
■ Multiple indexes available
Performance
■ Rated Voltage:
600 V DC
■ Current Carrying Capacity:
40 A continuous @ +85 °C on Ordering Information
4.0 mm2 wire in connector
Connector No. of Product Overview
27 A continuous @ +125 °C on Type Positions Description Part Number
4.0 mm2 wire in connector
Plug Housing 1587819-x
■ Operating Temperature: HVA 280 2
Header Housing 1587831-x
–40 °C to +125 °C
■ Degree of Protection:
IP6K9K, IPX7 mated,
IP2XB unmated
■ Vibration Profile:
USCAR-2 (Body Profile)
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-3
16. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
3 Position HVA 280 Connector System
3 Position HVA 280
Connector System
Application
■ High voltage accessory (HVA) /
device interconnect
Description
■ Sealed
■ Touch Safe
■ 2.8 mm AMP MCP Box/
Blade Contact System
■ Multicore shielded cable
■ Wire Range: 2 x 2.5–4.0 mm2,
3 x 2.5–3.0 mm2
■ Wire-to-device
■ 360° EMC shielding
■ Tool actuated latch
■ Multiple indexes available
Performance
■ Rated Voltage:
600 V DC
■ Current Carrying Capacity:
30 A continuous @ +125 °C on Ordering Information
3 x 2.5 mm2 wire in connector
Connector No. of Product Overview
■ Operating Temperature: Type Positions Description Part Number
–40 °C to +125 °C
Plug Housing 1587715-x
■ Degree of Protection: HVA 280 3
IP6K9K, IPX7 mated, Header Housing 1587727-x
IP2XB unmated
■ Vibration Profile:
USCAR-2 (Body Profile)
12-4 All specifications subject to change. Consult Tyco Electronics for latest specifications.
17. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
2 Position HVA 400 Connector System
2 Position HVA 400
Connector System
Application
■ High voltage accessory (HVA) /
device interconnect
Description
■ Sealed
■ Touch safe
■ 4.0 mm pin/socket contact
system
■ Wire Range: 3.0–6.0 mm2
■ Individually shielded cable
■ Wire-to-wire
■ External safety interlock
■ 360° EMC shielding
■ Tool actuated latch
Performance
■ Rated Voltage:
600 V DC
■ Current Carrying Capacity:
33 A continuous @ +125 °C on
3.0 mm2 Wire (free in air)
■ Operating Temperature: Ordering Information
–40 °C to +125 °C
Connector No. of Product Overview
■ Degree of Protection: Type Positions Description Part Number
IP6K9K, IPX7 mated,
IP2XB unmated Plug Housing 1587517-x
HVA 400 2
■ Vibration Profile: Cap Housing 1587777-x
USCAR-2 (Body Profile)
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-5
18. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
2 Position Auxiliary Power Terminal (APT)
2 Position Auxiliary
Power Terminal (APT)
Application
■ High voltage accessory (HVA) /
device interconnect
Description
■ Auxiliary pigtail system
■ Sealed
■ Touch safe
■ Wire Range: 2.5–6.0 mm2
■ Individually shielded cable
■ Wire-to-device
■ Non-serviceable fixed device
interface
■ 360° EMC shielding
Performance
■ Rated Voltage:
600 V DC
■ Current Carrying Capacity:
30 A continuous @ +125 °C
on 4.0 mm2 Wire
■ Operating Temperature: Ordering Information
–40 °C to +125 °C
Connector No. of Product Overview
■ Degree of Protection: Type Positions Description Part Number
IP6K9K
APT 2 Kit 1587833-x
■ Vibration Profile:
USCAR-2 (on Engine)
12-6 All specifications subject to change. Consult Tyco Electronics for latest specifications.
19. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
2 Position LV 800 Connector
2 Position Low Voltage
(LV) 800 Connector
Application
■ Accessory/main interconnect
Description
■ 2 positions
■ Sealed
■ 8.0 mm socket contact system
■ Wire Range: 25.0–50.0 mm2
■ Wire-to-device
Performance
■ Rated Voltage:
12 V DC
■ Current Carrying Capacity:
210 A continuous @ +85 °C
on 50.0 mm2 wire
■ Operating Temperature:
–40 °C to +130 °C
■ Degree of Protection:
IP6K9K, IPX7 mated
Ordering Information
Connector No. of Product Overview
Type Positions Description Part Number
Plug Housing 1670564-x
LV 800 2
Pin Header 1670559-x
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-7
20. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
2 Position HV 800 Connector
2 Position High Voltage
(HV) 800 Connector
Application
■ Accessory/main interconnect
Description
■ 2 positions
■ Sealed
■ Touch safe
■ 8.0 mm socket contact system
■ Wire Range: 25.0–50.0 mm2
■ Wire-to-device
■ Full integrated interlock
■ 360° EMC shielding
Performance
■ Rated Voltage:
800 V DC
■ Current Carrying Capacity:
210 A continuous @ +85 °C
on 50.0 mm2 wire
■ Operating Temperature:
–40 °C to +130 °C
■ Degree of Protection:
IP6K9K, IPX7 mated, Ordering Information
IP2XB unmated
Connector No. of Product Overview
Type Positions Description Part Number
Plug Housing 1719822-x
HV 800 2
Pin Header 1719833-x
12-8 All specifications subject to change. Consult Tyco Electronics for latest specifications.
21. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
3 Position HV 800 Connector
3 Position High Voltage
(HV) 800 Connector
Application
■ Accessory/main interconnect
Description
■ 3 positions
■ Sealed
■ Touch safe
■ 8.0 mm socket contact system
■ Wire Range: 25.0–50.0 mm2
■ Wire-to-device
■ Full integrated interlock
■ 360° EMC shielding
Performance
■ Rated Voltage:
800 V DC
■ Current Carrying Capacity:
210 A continuous @ +85 °C
on 50.0 mm2 wire
■ Operating Temperature:
–40 °C to +130 °C
■ Degree of Protection:
IP6K9K, IPX7 mated, Ordering Information
IP2XB unmated
Connector No. of Product Overview
Type Positions Description Part Number
Plug Housing 1563425-x
HV 800 3
Pin Header 1563315-x
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-9
22. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
1 Position IPT Shielded Ring Tongue
1 Position IPT Shielded
Terminal, Screwed,
25.0–50.0 mm2
Application
■ Accessory/main interconnect
Description
■ 1 position
■ Sealed
■ Ring tongue
■ Wire Range: 25.0–50.0 mm2
■ Wire-to-device
■ 360° EMC shielding
Performance
■ Rated Voltage:
800 V DC
■ Current Carrying Capacity:
200 A continuous @ +105 °C
on 50.0 mm2 wire
■ Operating Temperature:
–40 °C to +130 °C
■ Degree of Protection:
IP6K9K, IPX7 mated
Ordering Information
Connector Wire Size Range Product Overview
Type (mm2) Description Part Number
IPT 20.0– 50.0 IPT Shielded Terminal 1991227-x
12-10 All specifications subject to change. Consult Tyco Electronics for latest specifications.
23. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
1 Position IPT Shielded Ring Tongue
1 Position IPT Shielded
Terminal, Screwed,
70.0–120.0 mm2
Application
■ Accessory/main interconnect
Description
■ 1 position
■ Sealed
■ Ring tongue
■ Wire Range: 70.0–120.0 mm2
■ Wire-to-device
■ 360° EMC shielding
Performance
■ Rated Voltage:
800 V DC
■ Current Carrying Capacity:
420 A continuous @ +105 °C
on 120.0 mm2 wire
■ Operating Temperature:
–40 °C to +130 °C
■ Degree of Protection:
IP6K9K, IPX7 mated
Ordering Information
Connector Wire Size Range Product Overview
Type (mm2) Description Part Number
IPT 70.0–120.0 IPT Shielded Terminal 1670904-x
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-11
24. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
EV 200 Contactor
Application
■ Main relay
■ Accessory relay
■ High speed pre-charge relay
Description
■ Form X
■ Available with and
without Economizer
(see application note)
■ Hermetically sealed
Performance
■ 500 A DC continuous carry
■ 2,000 A, 320 V DC emergency
interrupt
■ 900 V DC contact maximum
■ Capacitive make switching
• 50,000 cycles,
360 amps peak
• 50 Cycles, 650 amps Peak
■ 9 to 95 V DC coil voltage
■ 1.6 watts coil power Ordering Information
Product Description Part Number
✱✱
EV200AAANA- (with Economizer) 2098190-1
EV200A1ANA-✱✱ (without Economizer) 2098372-1
12-12 All specifications subject to change. Consult Tyco Electronics for latest specifications.
25. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
LEV 100 Contactor
Application
■ Low cost 135 A sealed
contactor
■ Side or bottom mount –
not position sensitive
■ Multiple coil options available
Application
■ Main relay
■ Accessory relay
■ High speed pre-charge relay
Description
■ SPST – no form X
■ Hermetically sealed
Performance
■ 135 A DC continuous carry
■ 200 A DC (>3 minutes carry)
■ 1000 A, 400 V DC emergency Ordering Information
Interrupt Product Description Part Number
■ 900 V DC contact maximum
LEV100A4BNG01 5-1618389-5
■ 12, 24 and 48 V DC coil voltage
■ 5.5 watts coil power
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-13
26. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
Power Resistor
Application
■ Filter capacitor pre-charge
Description
■ Thick film isotop (shown)
■ Cement encased wirewound
■ Aluminum housed
■ Ceramic housed
Performance
■ Typical 700 joules
(360 V, 7 mF)
■ 3 charges at
5 second intervals
■ 500 V DC
■ 2000 V AC flash tested
Available up to 5000 joules
Terminals:
Faston, screw
Mounting:
Screw, clip
Ordering Information
Product Description Part Number
Power Resistor SQBW40 1879068-x
12-14 All specifications subject to change. Consult Tyco Electronics for latest specifications.
27. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
Typical
Make / Break
Application
Pre-Charge Relay and Resistor
Motor Controller
B+
+A1 –A2
Main Relay Filter Caps
From Source
(Fuel cell, batteries, generator etc.)
–A2 +A1 To Load
B–
Vehicle Start Sequence
■ Pre-charge relay closes into resistor ■ Positive main propulsion relay closes into partially
■ Capacitors charge under current-limit conditions charged capacitors
■ Contact welds are prevented ■ In-rush current is limited due to pre-charge conditions
Capacitive Switching Test Protocols
Test Protocol 1 Test Protocol 2
Make/break life capacitive and resistive loads at 320 V DC 1), 2) Make/break life capacitive and resistive loads at 320 V DC 1), 2)
Cycles Cycles
@ 90% capacitive pre-charge (make only) see charts below 50,000 @ 90% capacitive pre-charge (make only) see charts below 50,000
@ 80% capacitive pre-charge (make only) see charts below 50 @ 70% capacitive pre-charge (make only) see charts below 50
@ 200 A make/break 2 consecutive, reverse polarity 1) 12 @ 250 A, 320 V make/break 2 consecutive, reverse polarity 1) 10
@ 2000 A break only (1700 A for auxiliary contact model 1) 1✱ @ Interrupt current maximum, 320 V break only 4✱
(1700 A for auxiliary contact model) 1)
Capacitive Make Test Curves for Pre-Charged Capacitive Make Test Curves for Pre-Charged
Motor Controller (Test Protocol 1) Motor Controller (Test Protocol 2)
80% Pre-Charge
80% Pre-Charge
Current (Amps)
Current (Amps)
90% Pre-Charge
90% Pre-Charge
Time (ms) Time (ms)
1) 2)
Resistive load includes inductance L = 25 µH. Load @ 2500 A tested @ 200 µH. Life based on projected Weibull Life with 95% Reliability.
✱) Does not meet dielectric and IR after test.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-15
28. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Carry / Break
High Current Relay
(HCR) 200
Features
■ Normally closed contact
■ Limiting continuous current
120 A @ +110 °C
Customized Versions on Request
■ Integrated components
(e.g. resistor, diode)
■ Special marking
Typical Applications
■ Energy management
■ Battery coupling
■ Start-stop
Design
■ ELV/RoHS/WEEE compliant
■ Splash-water and dust-tight;
protection class IP64 to
ISO 20653 (DIN 40050-9)
Ordering Information
■ Weight: approx. 230 g
Product Description Part Number
■ Nominal voltage: 12 V
■ Terminals HCR 200 V23230-D2001-B200 1-1414995-0
Quick connect terminals
(coil)
Screw terminals (load)
Conditions
All parametric, environmental and
endurance tests are performed
according to EIA Standard
RS-407-A at standard test con-
ditions unless otherwise noted:
23 °C ambient temperature,
20–50 % RH, 29.5 ±1.0 Hg
(998.9 ±33.9 hPa).
12-16 All specifications subject to change. Consult Tyco Electronics for latest specifications.
29. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
High Current Relay
(HCR) 150
Application
Main relay
Accessory relay
High speed pre-charge relay
Description
Form A, X, C
Sealed
Performance
200 A DC continuous carry
300 A DC emergency interrupt
To 200 V DC contact maximum
12 V DC, 24 V DC coil voltage
3.3 watts coil power
Ordering Information
Product Description Part Number
HCR 150 V23132-A2001-A100 1416010-1
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-17
30. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
Battery Disconnect Switch
(BDS)-A
Application
■ High current loads
(heaters, pumps)
■ Dual power network
■ Dual battery systems
■ Energy management
Description
■ Compact high current relay
for multivalent applications,
sealed, mono and bi-stable
Performance
■ 190 A DC continuous current
@85 °C
■ 40 mOhm voltage drop
at 100 A (Initial)
■ 1500 A interrupt
■ 15 ms operating time
(approx. @14 V)
■ Up to 60 V contact voltage
Ordering Information
Product Description Part Number
BDS-A V23130-C2021-A412 1-1414939-4
12-18 All specifications subject to change. Consult Tyco Electronics for latest specifications.
31. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
High Voltage Cable Assemblies
High Voltage
Cable Assemblies
High voltage cable assemblies
for connections of high voltage
systems that provide reliability
and robustness to meet the safety
requirements of the electric
vehicle market.
■ System integration of high
voltage harnesses from
Battery Power Distribution
Systems Contactor Boxes
Inverters to E-machines
■ Multi-core and individually
shielded cable capability
■ Capability to process cables
from 2.5 mm2 to 120 mm2
in conductor size
■ Design and process
competence in contact and
shield crimp technology
■ Capable of end of line
reliability testing
For ordering information
please contact your
local sales representative.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-19
32. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Position Sensors
Multi-Coil Resolver
(MCR)
Application
■ Rotary position sensor
for E-Motor
Description
■ Analog output
■ Platform product based on
speed numbers
Performance
Wide Temperature Range:
–40 °C to +130 °C
Robust for harsh environments
High rotational speed
Connection technology
delivered in package
High reliability, low number of
components
Sensing absolute position and
velocity
By connecting the MCR to an
AVD converter analog output
signals are converted to digital
position signals.
For ordering information please contact your local sales representative.
12-20 All specifications subject to change. Consult Tyco Electronics for latest specifications.
33. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Sensor Solutions for Alternative Powered Vehicles
Clutch
Position Sensor
Application
■ Alternative powertrain
solutions
Function
■ Measuring piston position
at concentric slave cylinder
Technology
■ Permanent magnetic linear
contact-less displacement
sensor (PLCD)
Product Features
■ Small design in
■ Measurement Range:
22.0 mm absolute
■ Highly temperature stable
(up to +180 °C)
■ Redundancy possible
For ordering information please contact your local sales representative.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-21
34. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Sensor Solutions for Alternative Powered Vehicles
Dual Clutch
Position Sensor
Application
■ Dual clutch transmission
for hybrid cars
Function
■ Measuring the position of
the clutch actuators
Technology
■ Permanent magnetic linear
contact-less displacement
sensor (PLCD)
Product Features
■ Two PLCD in one housing
concept
■ PWM interface
■ Small, very flat design
For ordering information please contact your local sales representative.
12-22 All specifications subject to change. Consult Tyco Electronics for latest specifications.
35. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Sensor Solutions for Alternative Powered Vehicles
Neutral
Position Sensor
Application
■ Start-stop application
(mild hybrid)
Function
■ Measuring neutral position
of the transmission
Technology
■ Active permanent magnetic
linear contact-less
displacement (PLCD) sensor
(moving magnet)
Product Features
■ Contact-less measurement
through transmission wall
■ Measurement Range:
28 mm absolute
■ Neutral position <2% over
travel, temperature, life time,
etc.
■ Optional redundancy possible
For ordering information please contact your local sales representative.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-23
36. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Sensor Solutions for Alternative Powered Vehicles
Brake Pedal
Position Sensor
Application
■ Regenerative brake
for hybrid cars
Function
■ Brake pedal position detection
Technology
■ Permanent magnetic linear
contact-less displacement
sensor (PLCD)
Product Features
■ Optional travel or rotational
measurement possible
■ PWM or analogue output
■ Optional redundancy possible
■ High linearity (<2% over travel,
temperature, life time, etc.)
■ Optional sensor location pedal
works or brake master cylinder
For ordering information please contact your local sales representative.
12-24 All specifications subject to change. Consult Tyco Electronics for latest specifications.
37. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Make / Break
Thermal Indicator
Thermal Indicator for
Over-Temperature Detection
Thermal indicator with very
steep R-T curve
“Close to digital” resistance
response
Direct input into FET of BJT
No comparator necessary
Built-in hysteresis to avoid
cycling
Different temperatures possible
from 70 °C up to 165 °C
Flexible Design:
can be located wherever the
potential heat might appear
Can be put in series to protect
several cells or places with
one controller
Tyco Electronics’s thermal They also feature a temperature Finally, the “near digital”
indicators (RTI’s) are used for hysteresis response that can resistance response allows for
over-temperature (OT) signaling. minimize signal oscillation multiple devices to be placed
They provide “silicon-like” traditionally achieved using in series on the same circuit
performance (in a passive active components. without significant dilution in
component), reduce footprint The steep resistance response system measurement accuracy.
needs and support simple and hysteresis also allow for This allows for a simple, low
distributed monitoring. a reduction in support com- cost implementation of multi-
In contrast to ceramic PTC ponents. RTI devices require point distributed monitoring.
devices, RTI devices provide only one ballasting resistor to
clear, “near digital”, OT signals directly control power FET’s and
due to a steep resistance BJT’s. Solutions using ceramic
change with temperature (~10 x PTC’s might require a resistor
resistance change per 2 °C). network and comparator to
offer similar functionality. This
reduction in support com-
ponents translates directly to
lower system cost and reduced
board area requirements.
For ordering information please contact your local sales representative.
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-25
38. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Mechanical Protection for Power Cables
HFT 5000
Description
■ Heat Shrinkable Fabric Tubing
(HFT)
■ Polyester/polyethylene
construction
Features
■ Temperature rating 125 °C
(3000 h), 150 °C (1000 h)
■ 2:1 shrink ratio
■ High performance polyester
fibers
■ Highly flexible
■ Halogen free
■ Available in many sizes
■ Low shrink temperature
Benefits
■ Excellent mechanical
protection for power cables
even at high temperatures
■ Fits perfectly to all cables
therefore minimum space
consumption
■ Highly flexible thus no
constraints regarding routing
of power cables
For ordering information please contact your local sales representative.
12-26 All specifications subject to change. Consult Tyco Electronics for latest specifications.
39. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Application Tooling
Tyco Electronics Tooling
for the Automotive Industry
Tyco Electronics’ Global Application Tooling Division (GATD) is dedicated to providing high
quality equipment options to meet all levels of your connector product specifications.
We are also able to provide a broad range of equipment for other manufacturer’s products.
Our equipment range is vast and unmatched by others operating in the same industry
segments, as is our global presence and support network in the form of field service
engineers and product managers. You will see from browsing this catalog; we supply
everything from simple hand tools to the most complex automated systems – you name it,
we supply it!
Equipment is segregated into two categories:
Generic Equipment
Where we can supply you with sufficient information referenced by Part Number such that you
can identify and order what you need yourself.
Specialized Equipment
Where you will need help from our specialist product managers to identify what’s just right for
your application.
Finding Equipment Online
Powerful search functions are available to identify appropriate tooling:
● Applicators — www.tooling.tycoelectronics.com/europe/applicator.asp
● Hand Tools — www.tooling.tycoelectronics.com/europe/handtools.asp
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-27
40. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Numerical Index
Part Number Page Part Number Page Part Number Page
1-1414939-4 12-18
1-1414995-0 12-16
0-1416010-1 12-17
5-1618389-5 12-13
0-2098190-1 12-12
0-2098372-1 12-12
Disclaimer
While Tyco Electronics and its affiliates referenced herein have made every reasonable effort to ensure
the accuracy of the information contained in this catalog, Tyco Electronics cannot assure that this
information is error free. For this reason, Tyco Electronics does not make any representation or offer any
guarantee that such information is accurate, correct, reliable or current. Tyco Electronics reserves the
right to make any adjustments to the information at any time. Tyco Electronics expressly disclaims any
implied warranty regarding the information contained herein, including, but not limited to, the implied
warranties of merchantability or fitness for a particular purpose. Tyco Electronics' only obligations are
those stated in Tyco Electronics’ Standard Terms and Conditions of Sale. Tyco Electronics will in no
case be liable for any incidental, indirect or consequential damages arising from or in connection with,
including, but not limited to, the sale, resale, use or misuse of its products. Users should rely on their
own judgment to evaluate the suitability of a product for a certain purpose and test each product for
its intended application.
In case of any potential ambiguities or questions, please don’t hesitate to contact us for clarification.
www.tycoelectronics.com
www.tycoelectronics.com/automotive
AMP, AMP MCP, KILOVAC, POLYSWITCH, RAYCHEM, TE (logo) and Tyco Electronics are trademarks
of the Tyco Electronics group of companies and its licensors.
USCAR is a trademark of United States Council for Automotive Research. Other product names, logos,
and company names mentioned herein may be trademarks of their respective owners.
12-28 All specifications subject to change. Consult Tyco Electronics for latest specifications.
41. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Engineering Notes
All specifications subject to change. Consult Tyco Electronics for latest specifications. 12-29
42. Section Catalog 1654294-3.
Revised 5-2010.
Alternative Power Systems (APS) Main Catalog 1654400-1
for the Automotive Industry Chapter 12 – Issued 4-2010.
Engineering Notes
12-30 All specifications subject to change. Consult Tyco Electronics for latest specifications.
43. Global Contacts
Americas
Argentina – Buenos Aires Canada – Toronto Mexico – Mexico City United States
Phone: +54-11-4733-2202 Phone: +1-905-475-6222 Phone: +52-55-1106-0800 Harrisburg, PA
Fax: +54-11-4733-2250 Fax: +1-905-474-5520 +01-800-733-8926 Phone: +1-717-564-0100
Product Information Center: Fax: +52-55-1106-0910 Fax: +1-717-986-7575
Brasil – São Paulo Phone: +1-905-470-4425 Product Information Center:
Phone: +55-11-2103-6105 Fax: +1-905-474-5525 Phone: +1-800-522-6752
Fax: +55-11-2103-6204 For Latin/South American
Colombia – Bogotá Countries not shown Fax: +1-717-986-7575
Chile – Santiago (Venezuela /Ecuador) Phone: +54-11-4733-2015
Phone: +56-2-345-0300 Phone: +57-1-319-8999 Fax: +54-11-4733-2083
Fax: +56-2-223-1477 Fax: +57-1-319-8989
Asia/Pacific
Australia – Sydney Korea – Seoul People’s Republic of China Taiwan – Taipei
Phone: +61-2-9554-2600 Phone: +82-2-3415-4500 Hong Kong Phone: +886-2-8768-2788
Fax: +61-2-9502-2556 Fax: +82-2-3486-3810 Phone: +852-2738-8731 Fax: +886-2-8768-2268
Product Information Center: Malaysia – Kuala Lumpur Fax: +852-2735-0243 Thailand – Bangkok
Phone: +61-2-9840-8200 Phone: +60-3-7805-3055 Shanghai Phone: +66-2-955-0500
Fax: +61-2-9634-6188 Fax: +60-3-7805-3066 Phone: +86-21-2407-1588 Fax: +66-2-955-0505
Indonesia – Jakarta New Zealand – Auckland Fax: +86-21-2407-1599 Vietnam – Ho Chi Minh City
Phone: +65-6482-0311 Phone: +64-9-634-4580 Singapore – Singapore Phone: +84-8-930-5546
Fax: +65-6482-1012 Fax: +64-9-634-4586 Phone: +65-6482-0311 Fax: +84-8-930-3443
Japan – Kawasaki, Kanagawa Philippines – Makati City Fax: +65-6482-1012
Phone: +81-44-844-8111 Phone: +632-848-0171
Fax: +81-44-812-3207 Fax: +632-867-8661
Europe/Middle East /Africa
Austria – Vienna Finland – Helsinki Lithuania and Latvia South Africa – Port Elizabeth
Phone: +43-1-905-60-0 Phone: +358-95-12-34-20 Lithuania – Vilnius Phone: +27-41-503-4500
Fax: +43-1-905-60-1333 Fax: +46-8-50-72-50-01 Phone: +370-5-213-1402 Fax: +27-41-581-0440
Product Information Center: Product Information Center: Fax: +370-5-213-1403
atpic@tycoelectronics.com pic.nordic@tycoelectronics.com Spain – Barcelona
Phone: +43-1-905-60-1228 Phone: +46-8-50-72-50-20 Netherlands – ’s-Hertogenbosch Phone: +34-93-291-0330
Fax: +43-1-905-60-1333 Fax: +46-8-50-72-52-20 Phone: +31-73-6246-246 Fax: +34-93-201-7879
Fax: +31-73-6212-365 Product Information Center:
Belarus – Minsk France – Cergy-Pontoise Cedex Product Information Center: espic@tycoelectronics.com
Phone: +375-17-237-47-94 Phone: +33-1-3420-8888 picbenelux@tycoelectronics.com Phone: +34-93-291-0366
Fax: +375-17-237-47-94 Fax: +33-1-3420-8800 Phone: +31-73-6246-999 Fax: +34-93-209-1030
Product Information Center: Product Information Center: Fax: +31-73-6246-998
rupic@tycoelectronics.com francepic@tycoelectronics.com Sweden – Upplands Väsby
Phone: +7-495-790-7902 Phone: +33-1-3420-8686 Norway – Nesbru (Switchboard)
Fax: +7-495-721-1893 Fax: +33-1-3420-8623 Phone: +47-66-77-88-50 Phone: +46-8-50-72-50-00
Fax: +46-8-50-72-50-01 Fax: +46-8-50-72-50-01
Belgium – Kessel-Lo France Export Divisions – Product Information Center: Product Information Center:
Phone: +31-73-6246-246 Cergy-Pontoise Cedex pic.nordic@tycoelectronics.com pic.nordic@tycoelectronics.com
Fax: +31-73-6212-365 Phone: +33-1-3420-8866 Phone: +46-8-50-72-50-20 Phone: +46-8-50-72-50-20
Product Information Center: Fax: +33-1-3420-8300 Fax: +46-8-50-72-52-20 Fax: +46-8-50-72-52-20
picbenelux@tycoelectronics.com
Phone: +31-73-6246-999 Germany – Bensheim Poland – Warsaw Switzerland – Steinach
Fax: +31-73-6246-998 Phone: +49-6251-133-0 Phone: +48-22-4576-700 Phone: +41-71-447-0447
Fax: +49-6251-133-1600 Fax: +48-22-4576-720 Fax: +41-71-447-0444
Bulgaria – Sofia Product Information Center: Product Information Center: Product Information Center:
Phone: +359-2-971-2152 Germany-PIC@tycoelectronics.com plpic@tycoelectronics.com chpic@tycoelectronics.com
Fax: +359-2-971-2153 Phone: +49-6251-133-1999 Phone: +48-22-4576-704 Phone: +41-71-447-0447
Fax: +49-6251-133-1988 Fax: +48-22-4576-720 Fax: +41-71-447-0400
Czech Republic and Slovakia
Czech Republic – Kurim Greece – Athens Romania – Bucharest Turkey – Istanbul
Phone: +420-541-162-108 Phone: +30-210-9370-396/397 Phone: +40-21-311-3479/3596 Phone: +90-212-281-8181/2/3
Fax: +420-541-162-104 Fax: +30-210-9370-655 Fax: +40-21-312-0574 +90-212-282-5130/5430
Product Information Center: Fax: +90-212-281-8184
czpic@tycoelectronics.com Hungary – Budapest Russia – Moscow
Phone: +420-541-162-113 Phone: +36-1-289-1000 Phone: +7-495-790-7902 Ukraine – Kiev
Fax: +420-541-162-104 Fax: +36-1-289-1010 Fax: +7-495-721-1893 Phone: +380-44-206-2265
Product Information Center: Product Information Center: Fax: +380-44-206-2264
Denmark – Glostrup Phone: +36-1-289-1016 rupic@tycoelectronics.com Product Information Center:
Phone: +45-43-48-04-00 Fax: +36-1-289-1017 Phone: +7-495-790-7902 uapic@tycoelectronics.com
Fax: +46-8-50-72-50-01 Fax: +7-495-721-1893 Phone: +380-44-206-2265
Product Information Center: India – Bangalore Fax: +380-44-206-2264
pic.nordic@tycoelectronics.com Phone: +91-80-2854-0800 Russia – Yekaterinburg
Phone: +46-8-50-72-50-20 Fax: +91-80-2854-0814 Phone: +7-343-2531-153 United Kingdom and
Fax: +46-8-50-72-52-20 Fax: +7-343-2531-152 Ireland – Swindon
Italy – Collegno (Torino) Phone: +44-8706-080208
Egypt – Cairo Phone: +39-011-4012-111 Russia – Nizhniy Novgorod Fax: +44-208-954-6234
Phone: +20-2417-7647 Fax: +39-011-4031-116 Phone: +7-831-220-33-05/-06 Product Information Center:
Fax: +20-2419-2334 Product Information Center: Fax: +7-831-220-33-39/-40 picuk@tycoelectronics.com
itpic@tycolectronics.com Phone: +44-800-267-666
Estonia – Tartu Phone: +39-011-4012-632 Slovenia – Ljubljana
Phone: +386-1561-3270 Fax: +44-208-420-8095
Phone: +372-5138-274 Fax: +39-011-4028-7632
Fax: +372-7400-779 Fax: +386-1561-3240
http://www.tycoelectronics.com/help www.tycoelectronics.com/automotive
www.tycoelectronics.com/automotive/sensors • www.tycoelectronicsmost.com