The document discusses Dinse's robotic and automatic welding systems. It provides details on welding torches, wire feeders, components, and accessories for MIG/MAG, TIG, laser, EB, and plasma welding processes. The document describes Dinse's welding tools and components, including gas and liquid cooled welding torch options in different angles, as well as wire feeders, mounting brackets, safety shut-offs, and tool changing stations.
El documento proporciona información sobre la tecnología y los materiales. Explica que la tecnología permite al ser humano vivir en diferentes ambientes mediante la creación de objetos que satisfacen sus necesidades. Define la tecnología como el conjunto de conocimientos y habilidades que permiten crear productos tecnológicos. Luego describe los principales materiales como la madera, los metales, los plásticos y los cerámicos, y explica que muchos de ellos se pueden reciclar para reducir el impacto ambiental.
La tecnología se define como el conjunto de conocimientos y habilidades que los seres humanos utilizan para transformar su entorno y crear herramientas que satisfagan sus necesidades. El origen de la tecnología data de la Edad de Piedra, cuando los humanos descubrieron que podían moldear piedras para crear cuchillos y otras herramientas. La tecnología se puede clasificar en dos grupos: tecnologías duras, que proporcionan bienes tangibles, y tecnologías blandas, que proporcionan bienes int
La revolución industrial marcó el inicio de la industrialización y la transformación de las economías basadas en la agricultura y la artesanía a economías basadas en la industria. Se originó en Inglaterra en el siglo XVIII con el uso de nuevas fuentes de energía como la máquina de vapor y nuevas máquinas. Esto condujo a cambios en la sociedad, la economía y la tecnología que luego se extendieron al resto de Europa.
Las propiedades de los materiales determinan su comportamiento ante estímulos externos como la luz, el calor y las fuerzas. Algunas propiedades clave son las mecánicas, eléctricas, térmicas, ópticas, acústicas, magnéticas, químicas y ecológicas. Cada propiedad revela cómo reaccionan los materiales ante diferentes condiciones o estímulos.
Este documento presenta una secuencia didáctica de tres clases para enseñar a estudiantes de primer grado sobre herramientas manuales. La secuencia busca que los estudiantes identifiquen diferentes herramientas manuales, sus partes y funciones. Las actividades incluyen analizar fotos de herramientas y personas que las usan, crear un afiche identificando las partes de las herramientas, y construir un juego de dominó para reforzar la comprensión de las partes y funciones de las herramientas.
La segunda revolución industrial se caracterizó por el uso de nuevas fuentes de energía como el petróleo y la electricidad, el desarrollo de nuevos sectores industriales como la química y la siderurgia, cambios en la organización del trabajo como el taylorismo y el fordismo, y el surgimiento de nuevas formas de capital como las sociedades anónimas. Sus consecuencias incluyeron la urbanización, el crecimiento de la clase burguesa, y el establecimiento del capitalismo como sistema económico dominante a nivel mundial.
El documento describe las partes y características de un inodoro. En resumen: (1) Un inodoro sirve para recoger y evacuar desechos humanos mediante un sifón de agua que evita malos olores; (2) Está hecho de materiales como cerámica y porcelana y se ensambla y pinta; (3) Su precio varía entre $99.000 y $140.000 dependiendo del modelo.
El documento proporciona información sobre la tecnología y los materiales. Explica que la tecnología permite al ser humano vivir en diferentes ambientes mediante la creación de objetos que satisfacen sus necesidades. Define la tecnología como el conjunto de conocimientos y habilidades que permiten crear productos tecnológicos. Luego describe los principales materiales como la madera, los metales, los plásticos y los cerámicos, y explica que muchos de ellos se pueden reciclar para reducir el impacto ambiental.
La tecnología se define como el conjunto de conocimientos y habilidades que los seres humanos utilizan para transformar su entorno y crear herramientas que satisfagan sus necesidades. El origen de la tecnología data de la Edad de Piedra, cuando los humanos descubrieron que podían moldear piedras para crear cuchillos y otras herramientas. La tecnología se puede clasificar en dos grupos: tecnologías duras, que proporcionan bienes tangibles, y tecnologías blandas, que proporcionan bienes int
La revolución industrial marcó el inicio de la industrialización y la transformación de las economías basadas en la agricultura y la artesanía a economías basadas en la industria. Se originó en Inglaterra en el siglo XVIII con el uso de nuevas fuentes de energía como la máquina de vapor y nuevas máquinas. Esto condujo a cambios en la sociedad, la economía y la tecnología que luego se extendieron al resto de Europa.
Las propiedades de los materiales determinan su comportamiento ante estímulos externos como la luz, el calor y las fuerzas. Algunas propiedades clave son las mecánicas, eléctricas, térmicas, ópticas, acústicas, magnéticas, químicas y ecológicas. Cada propiedad revela cómo reaccionan los materiales ante diferentes condiciones o estímulos.
Este documento presenta una secuencia didáctica de tres clases para enseñar a estudiantes de primer grado sobre herramientas manuales. La secuencia busca que los estudiantes identifiquen diferentes herramientas manuales, sus partes y funciones. Las actividades incluyen analizar fotos de herramientas y personas que las usan, crear un afiche identificando las partes de las herramientas, y construir un juego de dominó para reforzar la comprensión de las partes y funciones de las herramientas.
La segunda revolución industrial se caracterizó por el uso de nuevas fuentes de energía como el petróleo y la electricidad, el desarrollo de nuevos sectores industriales como la química y la siderurgia, cambios en la organización del trabajo como el taylorismo y el fordismo, y el surgimiento de nuevas formas de capital como las sociedades anónimas. Sus consecuencias incluyeron la urbanización, el crecimiento de la clase burguesa, y el establecimiento del capitalismo como sistema económico dominante a nivel mundial.
El documento describe las partes y características de un inodoro. En resumen: (1) Un inodoro sirve para recoger y evacuar desechos humanos mediante un sifón de agua que evita malos olores; (2) Está hecho de materiales como cerámica y porcelana y se ensambla y pinta; (3) Su precio varía entre $99.000 y $140.000 dependiendo del modelo.
DINSE provides welding components that work together as a system. They offer a wide range of MIG/MAG and TIG torch heads that can be quickly changed between processes. Torch sets can also be changed easily while maintaining precision. Their welding tools ensure maximum reliability, flexibility, and productivity for automated and robotic welding applications.
Geometrix Automation and Robotic Solutions (GARS) is an engineering company that provides turn-key automation and robotics services to automotive and other industries. They have expertise in mechanical design, simulation, controls engineering, system integration, and on-site support. GARS has a team of experienced engineers trained in design and simulation software. They have experience implementing robotic welding, material handling, and other applications for automotive and other sectors.
The document discusses milling processes and milling machines. It describes milling as a metal removal process that uses a rotating cutter with multiple teeth. There are different types of milling machines based on factors like the cutter rotation (peripheral, face), cutting direction (up, down), and arrangement (horizontal, vertical). Key cutting parameters in milling include spindle speed, feed rate, depth of cut, and rotating direction of the cutter. The main difference between peripheral and face milling is that peripheral milling involves a cutter axis parallel to the workpiece surface, while face milling involves a cutter axis perpendicular to the surface.
Este documento presenta una introducción a las teorías de falla para elementos de máquinas. Define falla y distingue entre materiales dúctiles y frágiles. Explica modos comunes de falla como fluencia y fractura. Luego describe teorías de falla fenomenológicas como la teoría de Von-Mises, esfuerzo cortante máximo y esfuerzo normal máximo. Finalmente, discute criterios para aplicar estas teorías y el uso de ecuaciones para verificar elementos sometidos a esfuerzos combinados.
Spot welding is a metal joining process where two metal surfaces are welded together by resistance heating when a large current is passed through them. The current causes the metal to heat up and melt together. It allows for quick and easy welding of multiple metal sheets simultaneously without filler metals or flames. However, spot welds have lower strength than other weld types and repairs can be difficult. It is commonly used in the automobile industry to join metal car body panels and parts.
Artech Welders Private Limited took roots in 1994 with the dream of manufacturing Capacitor Discharge (CD) projection welding machines. Powered by a vision to blend power saving with aesthetics, Artech has today germinated into a force to reckon with in the field of resistance welding. A wide range of end users embrace the quality welding that Artech offers. They include manufacturers of automobile sheet metal components, stainless steel impellers, sheet metal products, diamond tools like cup wheels and core drills, hollow metal doors, auto electricals, control panels, stainless steel cookware and kitchenware to name a few.
The document discusses various advanced welding techniques including magnetic arc welding, friction welding, explosive welding, and ultrasonic welding. It provides details on brazing, a process that joins metals without melting them using a filler metal with a melting point above 450°C. The document outlines brazing procedures and techniques, advantages/disadvantages, fluxes used, and induction heating for brazing. It also covers gas welding, arc welding, and the equipment, shielding gases, positions, and safety involved in these processes.
The document discusses resistance spot welding processes. It covers heat generation and nugget growth during welding, different weld cycles including basic, enhanced and pulsed cycles, advantages and limitations of spot welding, and a basic model of expulsion. Key terms defined include spot weld, contact resistance, expulsion, heat flow, and weld cycle. Diagrams show the welding process and different stages of a welding cycle.
This document summarizes several solid-state welding processes including cold welding, ultrasonic welding, friction welding, resistance welding, and flash welding. It provides brief descriptions of each process along with examples of applications and diagrams illustrating how each process works. The key solid-state welding processes covered are friction welding, resistance spot welding, and friction stir welding.
Soldering and brazing are metal joining processes where a filler metal is melted and drawn between closely fitted metal pieces through capillary action to form a permanent bond. Brazing differs from soldering in that the filler metal has a higher melting point above 450°C, while soldering uses filler metals with lower melting points. Common brazing methods include torch, furnace, dip, and induction brazing, while soldering is typically done with an iron or through wave soldering of printed circuit boards. Brazing and soldering offer advantages over welding like joining dissimilar metals, lower temperatures, less distortion and damage, and faster joining.
Mig welding process is semi automatic when used for manual welding . It can be used in welding automation systems for high quality welds and high productivity.
Here is the arrangement of the welding processes in the table:
Fusion Welding Pressure Welding Brazing and Soldering Other Processes
Arc welding Cold pressure welding
Flash welding Explosion welding
Friction welding - Brazing Electron beam welding
-
Welding is a process that joins materials by heating them to melt or soften them and allowing them to cool, forming a permanent bond. It is commonly used to join metal parts in manufacturing. Some key types of welding include arc welding, gas welding, resistance welding, and solid state welding. Welding is used in many industries such as automotive, aerospace, shipbuilding, and construction.
This document compares different spot welding systems: DC, AC transformer gun, and AC portable gun. It finds that the DC system provides more stable weld quality, higher power/utilities savings due to a higher power factor and energy efficiency. The DC welding transformer is smaller in size and weight compared to the AC transformer gun. Mathematical equations are also presented for calculating welding parameters like current and time based on factors like material properties, plate thickness, and required nugget size.
Fluid Controls is system certified with ISO 9001:2015, ISO 14001:2015 & ISO 18001:2018 and PED. We have design approvals for our product range from ABS and TUV and a wide range of product performance certifications and approvals.
DINSE has introduced a new line of handheld welding torches called BLACKline for MIG/MAG applications. The torches are available in gas or water cooled versions, with performance ranging from 270A for gas cooled up to 500A for water cooled torches. The torches are designed for ergonomics and balance to reduce fatigue for welders during long work days. They also have integrated fume extraction and compatible wire feeders for mobility. DINSE aims to provide increased performance, precision, and robust usage with their new BLACKline handheld welding torches.
The plumbing system is composed of two separate subsystems. One subsystem brings fresh water in, and another takes the wastewater out. In the plumbing system, the pipe used to transport potable drinking water usually use different materials from the pipe carrying drain water. The different regions also have differences in pipe material and size. Your plumbing system may contain one or several types of pipe.
Due to the complicated pipe and fitting standards, plumbing used to be limited to professionals. But the availability of a wide range of plumbing tools has allowed everyone to redo the pipe without any permit or training.
There are four methods through which you can get the work done:
1.Crimping
2.Pressing
3.Clamp
4.Expansion
5.Push to Connect
Focused heavily on providing people professional and affordable plumbing tools, IWISS spent a lot on R&D. For past decades, our company has worked across a variety of plumbing tools, which cover all five methods and meet the standards from the imperial system to the metric system. Our product line also includes pipe cutters, decrimping tools, and chamfer, offering more possibilities in pipe prefabrication. Not only in providing the single tool, but we also have professional a comprehensive, and high-performance, up-gradable tool kit for installing and maintaining today’s and tomorrow’s plumbing system.
Chrislynn Threaded Inserts (Precision) Meets the Mil-Spec. Check out our flyer and call with any questions that you may have
800-926-1495.. NO MINIMUMS AND SAME DAY SHIPPING!!
The document provides information about spiral heat exchangers manufactured by Tranter. It discusses how the spiral heat exchanger was developed in the 1920s and Tranter's capabilities in manufacturing various designs. It also summarizes key features of spiral heat exchangers like their plug-resistant design, wide application range, and materials compatibility.
Grooved Couplings - The Fastest Way to Connect PipesSSudhaVelan
Grooved couplings provide a fast way to connect pipes by making grooves in the pipe ends and fitting a rubber gasket and two-part coupling over them. They offer advantages like reduced installation time and cost compared to traditional methods. The couplings allow for angular deflection and thermal expansion/contraction in the pipes. They also help dampen noise and vibration in piping systems. Grooved fittings, valves, filters and check valves are also available for use in grooved piping systems.
DINSE provides welding components that work together as a system. They offer a wide range of MIG/MAG and TIG torch heads that can be quickly changed between processes. Torch sets can also be changed easily while maintaining precision. Their welding tools ensure maximum reliability, flexibility, and productivity for automated and robotic welding applications.
Geometrix Automation and Robotic Solutions (GARS) is an engineering company that provides turn-key automation and robotics services to automotive and other industries. They have expertise in mechanical design, simulation, controls engineering, system integration, and on-site support. GARS has a team of experienced engineers trained in design and simulation software. They have experience implementing robotic welding, material handling, and other applications for automotive and other sectors.
The document discusses milling processes and milling machines. It describes milling as a metal removal process that uses a rotating cutter with multiple teeth. There are different types of milling machines based on factors like the cutter rotation (peripheral, face), cutting direction (up, down), and arrangement (horizontal, vertical). Key cutting parameters in milling include spindle speed, feed rate, depth of cut, and rotating direction of the cutter. The main difference between peripheral and face milling is that peripheral milling involves a cutter axis parallel to the workpiece surface, while face milling involves a cutter axis perpendicular to the surface.
Este documento presenta una introducción a las teorías de falla para elementos de máquinas. Define falla y distingue entre materiales dúctiles y frágiles. Explica modos comunes de falla como fluencia y fractura. Luego describe teorías de falla fenomenológicas como la teoría de Von-Mises, esfuerzo cortante máximo y esfuerzo normal máximo. Finalmente, discute criterios para aplicar estas teorías y el uso de ecuaciones para verificar elementos sometidos a esfuerzos combinados.
Spot welding is a metal joining process where two metal surfaces are welded together by resistance heating when a large current is passed through them. The current causes the metal to heat up and melt together. It allows for quick and easy welding of multiple metal sheets simultaneously without filler metals or flames. However, spot welds have lower strength than other weld types and repairs can be difficult. It is commonly used in the automobile industry to join metal car body panels and parts.
Artech Welders Private Limited took roots in 1994 with the dream of manufacturing Capacitor Discharge (CD) projection welding machines. Powered by a vision to blend power saving with aesthetics, Artech has today germinated into a force to reckon with in the field of resistance welding. A wide range of end users embrace the quality welding that Artech offers. They include manufacturers of automobile sheet metal components, stainless steel impellers, sheet metal products, diamond tools like cup wheels and core drills, hollow metal doors, auto electricals, control panels, stainless steel cookware and kitchenware to name a few.
The document discusses various advanced welding techniques including magnetic arc welding, friction welding, explosive welding, and ultrasonic welding. It provides details on brazing, a process that joins metals without melting them using a filler metal with a melting point above 450°C. The document outlines brazing procedures and techniques, advantages/disadvantages, fluxes used, and induction heating for brazing. It also covers gas welding, arc welding, and the equipment, shielding gases, positions, and safety involved in these processes.
The document discusses resistance spot welding processes. It covers heat generation and nugget growth during welding, different weld cycles including basic, enhanced and pulsed cycles, advantages and limitations of spot welding, and a basic model of expulsion. Key terms defined include spot weld, contact resistance, expulsion, heat flow, and weld cycle. Diagrams show the welding process and different stages of a welding cycle.
This document summarizes several solid-state welding processes including cold welding, ultrasonic welding, friction welding, resistance welding, and flash welding. It provides brief descriptions of each process along with examples of applications and diagrams illustrating how each process works. The key solid-state welding processes covered are friction welding, resistance spot welding, and friction stir welding.
Soldering and brazing are metal joining processes where a filler metal is melted and drawn between closely fitted metal pieces through capillary action to form a permanent bond. Brazing differs from soldering in that the filler metal has a higher melting point above 450°C, while soldering uses filler metals with lower melting points. Common brazing methods include torch, furnace, dip, and induction brazing, while soldering is typically done with an iron or through wave soldering of printed circuit boards. Brazing and soldering offer advantages over welding like joining dissimilar metals, lower temperatures, less distortion and damage, and faster joining.
Mig welding process is semi automatic when used for manual welding . It can be used in welding automation systems for high quality welds and high productivity.
Here is the arrangement of the welding processes in the table:
Fusion Welding Pressure Welding Brazing and Soldering Other Processes
Arc welding Cold pressure welding
Flash welding Explosion welding
Friction welding - Brazing Electron beam welding
-
Welding is a process that joins materials by heating them to melt or soften them and allowing them to cool, forming a permanent bond. It is commonly used to join metal parts in manufacturing. Some key types of welding include arc welding, gas welding, resistance welding, and solid state welding. Welding is used in many industries such as automotive, aerospace, shipbuilding, and construction.
This document compares different spot welding systems: DC, AC transformer gun, and AC portable gun. It finds that the DC system provides more stable weld quality, higher power/utilities savings due to a higher power factor and energy efficiency. The DC welding transformer is smaller in size and weight compared to the AC transformer gun. Mathematical equations are also presented for calculating welding parameters like current and time based on factors like material properties, plate thickness, and required nugget size.
Fluid Controls is system certified with ISO 9001:2015, ISO 14001:2015 & ISO 18001:2018 and PED. We have design approvals for our product range from ABS and TUV and a wide range of product performance certifications and approvals.
DINSE has introduced a new line of handheld welding torches called BLACKline for MIG/MAG applications. The torches are available in gas or water cooled versions, with performance ranging from 270A for gas cooled up to 500A for water cooled torches. The torches are designed for ergonomics and balance to reduce fatigue for welders during long work days. They also have integrated fume extraction and compatible wire feeders for mobility. DINSE aims to provide increased performance, precision, and robust usage with their new BLACKline handheld welding torches.
The plumbing system is composed of two separate subsystems. One subsystem brings fresh water in, and another takes the wastewater out. In the plumbing system, the pipe used to transport potable drinking water usually use different materials from the pipe carrying drain water. The different regions also have differences in pipe material and size. Your plumbing system may contain one or several types of pipe.
Due to the complicated pipe and fitting standards, plumbing used to be limited to professionals. But the availability of a wide range of plumbing tools has allowed everyone to redo the pipe without any permit or training.
There are four methods through which you can get the work done:
1.Crimping
2.Pressing
3.Clamp
4.Expansion
5.Push to Connect
Focused heavily on providing people professional and affordable plumbing tools, IWISS spent a lot on R&D. For past decades, our company has worked across a variety of plumbing tools, which cover all five methods and meet the standards from the imperial system to the metric system. Our product line also includes pipe cutters, decrimping tools, and chamfer, offering more possibilities in pipe prefabrication. Not only in providing the single tool, but we also have professional a comprehensive, and high-performance, up-gradable tool kit for installing and maintaining today’s and tomorrow’s plumbing system.
Chrislynn Threaded Inserts (Precision) Meets the Mil-Spec. Check out our flyer and call with any questions that you may have
800-926-1495.. NO MINIMUMS AND SAME DAY SHIPPING!!
The document provides information about spiral heat exchangers manufactured by Tranter. It discusses how the spiral heat exchanger was developed in the 1920s and Tranter's capabilities in manufacturing various designs. It also summarizes key features of spiral heat exchangers like their plug-resistant design, wide application range, and materials compatibility.
Grooved Couplings - The Fastest Way to Connect PipesSSudhaVelan
Grooved couplings provide a fast way to connect pipes by making grooves in the pipe ends and fitting a rubber gasket and two-part coupling over them. They offer advantages like reduced installation time and cost compared to traditional methods. The couplings allow for angular deflection and thermal expansion/contraction in the pipes. They also help dampen noise and vibration in piping systems. Grooved fittings, valves, filters and check valves are also available for use in grooved piping systems.
This document provides an overview of induction heating applications from Siatem. It discusses various induction processes such as hardening, tempering, brazing, welding, annealing and pre-heating/post-heating. It describes the benefits of induction heating such as speed, precision and energy efficiency. It also gives examples of industries that use induction heating, including automotive, aerospace, manufacturing, and more. Siatem offers a range of induction heating systems and solutions for applications across many industries.
This document provides information on grooved piping products from Jinan Meide Casting Co. including mechanical fittings and valves, grooved couplings, fittings, and valves. It describes the key components of grooved piping systems - the grooved pipe profile, rubber gasket, coupling housing, and fasteners. Benefits of grooved piping are also listed such as reduced installation time, accommodation of pipe expansion, flexibility for retrofits and repairs, and suitability for hazardous environments. The document also provides contact information for a distributor in Bangalore, India.
This document provides information on the Europress Pressfitting System for installing stainless steel and carbon steel pipework. It describes the materials used, benefits of the system, and applications. The key points are:
- The system allows extremely fast and simple assembly of reliable pipe joints using press fittings in stainless steel or carbon steel.
- Benefits include speed of installation, reliable seals, no fire risk or hot work, and corrosion resistance when using stainless steel.
- Pipes and fittings are made of 316L or 304 stainless steel or carbon steel. Fittings are pressed onto pipes to create strong and flexible joints.
This document provides an overview of electrical solutions and lists parts and accessories for cable ties and management. It includes descriptions of the GS4MT hand operated installation tool that can install standard, light-heavy, and heavy cable ties with single handle operation and adjustable tensioning. Replacement blades and grippers are listed along with the CAMT cut-off accessory. Tool tension locking kits that can lock the selector knob or tension level are also detailed.
Teesing B.V. is an international technical wholesaler and engineering company that has operated since 1952. It maintains offices globally and supplies a wide range of industrial components, including fittings, valves, tubing, and assemblies. Teesing works with customers in industries like semiconductor, medical, and alternative energy to design customized solutions and integrate products into systems.
The document provides an overview of Siemens' miniature circuit breaker product range, including standard, high-capacity, universal current, high current, and power supply company product lines. It lists the technical specifications for each product line, including rated currents and voltages, tripping characteristics, terminals, approvals, and more. The benefits of the circuit breakers include high rated breaking capacity, excellent current limitation, different tripping characteristics, safety-compliant terminals, uniform additional components, and fast installation. The circuit breakers are designed to protect electrical equipment from overheating and leakage currents.
This welder uses a condenser discharge system for welding. It has a digital display and microcontroller for easy control of functions. Various welding guns and elements can be changed easily, allowing universal use. Proper setup and calibration of current and time is needed depending on the steel thickness and type. MEZ-RIP-PIN welding studs between 2.7-100mm should be used. The welder has a 66,000uF condenser source, 10m gun cable, 5m earth cable, and dimensions of 180x250x420mm. Regular maintenance of cables and cleaning of the magnetic gun head is recommended.
Olympus 38DL Plus Ultrasonic Thickness GaugeStephenKim86
The 38DL PLUS ultrasonic thickness gauge combines ease of use with accuracy and durability for non-destructive thickness measurements. It is compatible with dual and single element transducers to measure a wide range of materials and can be used in both indoor and outdoor environments. Key features include corrosion and coating measurement capabilities, a rugged design suitable for field use, and simple operation via an easy-to-use interface.
The document provides technical information on Tyco Electronics' high voltage cable terminations, including:
1) HVT testing data shows the terminations meet IEEE standards for Class I terminations up to voltages of 69kV.
2) Recommended guide specifications for procuring medium voltage cable terminations.
3) Details on electrical stress control provided by the stress control tubing, which reduces electrical stress at the cable shield cutback to safe levels.
4) Recommended air clearances between phases and grounds to avoid flashover, based on BIL levels from 95kV to 200kV.
Dienhathe.com miniature circuit breakersDien Ha The
This document provides an overview of Siemens miniature circuit breakers, including their standard, high-capacity, universal current, high current, and power supply company product ranges. It describes the benefits of the circuit breakers, such as their high rated breaking capacity, excellent current limitation, and individually mountable additional components. Technical specifications are provided for the different product lines, including their tripping characteristics, voltages, terminals, and environmental resistance.
The document discusses DINSE connectors, which provide a secure electrical connection through their precise cone contact design. Some key points:
1) DINSE connectors are simple to use, providing a perfect connection with just a quick twist of the wrist.
2) They ensure optimal current transfer, high current capacity, and durability through minimal wear.
3) DINSE connectors have been successfully used for over 50 years in welding applications.
Deringer-ney- your total solution from a single source.Deringer-Ney
Deringer-Ney's vertical integration of a wide range of capabilities allows you to consolidate your supplier base for your total solution from a single source. Learn more about Deringer-Ney, who we are, our capabilities and what we can do for you.
MicroTurn A/S provides innovative, high-performance Swiss quality products focused on small part machining. Their product lines include PVD coated carbide tips, adjustable fine-boring systems, milling cutter systems, modular multitasking tooling, and custom solutions. MicroTurn offers technical data, success stories, and competition information to support customers in medical, aerospace, energy, and other industries.
This document provides information on Burndy's WEJTAPTM cable connection system for electric utility distribution and transmission applications. It describes the key components of the system, which includes WEJTAPTM connectors, installation tools, and power boosters. The WEJTAPTM connectors use an aluminum wedge that is driven between cables by an installation tool to securely connect them. The system is designed for safety, reliability, and ease of installation.
1. DINSE Robotic and
Automatic Welding Systems WELDING TOOLS
Welding torches
Wire feeders
Components
MIG/MAG, TIG,
LASER, EB, PLASMA
Welding and Brazing
2. DINSE Robotic and
Automatic Welding Systems
Precise, reliable, durable
automatic assembly solutions
MIG/MAG, TIG, LASER, EB, PLASMA
Welding and Brazing
DINSE can supply robotic and automatic welding
equipment for all welding processes in your assembly
operations. We are ready to consult with you on-
location about the advantages of different applications
and to show you how to obtain the best possible
results.
In contrast to MIG/MAG welding, TIG, LASER, EB and
PLASMA welding all employ a non-arcing feed or filler
wire that is fed into the weld puddle and melted into Separable welding torch head
the joint.
Robots don’t need to work in shifts
Inert shield gas supply
24-hour continuous operation is standard procedure
for our welding equipment. We consider the following
three factors to be critically important:
• Highest quality for durable, long service life
• Highest system availability
• Highest reproducibility (“repeat accuracy”)
of all system steps Mounting brackets, fixed or
All system components are fully mechanically adjustable
compatible with each other: (longitudinal, lateral,
height) in varying extents
• Sets of welding accessories/fittings,
and angles.
liquid or gas cooled
• Mounting brackets
• Safety shut-offs
Contact tube clamping for
• Tool-change stations
exact centering
• Testing and adjusting equipment
• Wire feeders for robotic and automatic applications The DINSE cooling
system promotes
• Spool housings greatly increased
system service life.
DINSE mounting devices
DINSE safety shut-offs
DINSE tool-
change stations
2
3. WELDING TOOLS
The application determines the exact setup
All consumable parts and supplies can be optimized to meet your needs:
Different gas nozzles in long, short or reduced outside diameter, available
in a range of diameters or with an outer cooling jacket Clamp-type or
threaded bases for inserted or screw-in contact points.
Separable
accessories/fittings
Safety shut off has “run-
on” buffering and precise,
automatic reset,
and can be supplied with
ready-to-attach flanges for
all robots
Whether liquid or gas cooled, our systems are well-designed
and are proven in actual use
Both welding torch cooling systems have high heat-removal capacities.
In DINSE dual-circuit liquid cooling, the coolant flows along the full
length of the welding torch through numerous longitudinal channels. The
contact points and gas nozzle are cooled in parallel.
In DINSE gas cooling, the gas cascades through ring-shaped
lengthwise channels and extensive lateral ribbing to the gas nozzle.
DINSE wire feeder
In all DINSE welding torches, the inert shield gas is fed separately, a with large spool housing
supply method which positively prevents gas loss.
DINSE robotic wire feeder
DINSE testing and
adjustment equipment
3
4. DINSE MIG/MAG Torch Components and Accessories
for Robotic and Automatic Applications
Selecting your system Gas-cooled
Choice of gas or liquid cooled variants DINSE torch heads, separable
for MIG/MAG robotic and automatic welding 2 variants, 3 angles
Gas cooled Liquid cooled
DIX MET 310 DIX MELZ 600
Separable design with quick- Fixed, one-piece design
change head DIX METZ 600
DIX METT 310 Separable design with quick- 0° DIX MET 320
Dual-separable design, Quick- change head 22° DIX MET 322
45° DIX MET 324
change head and accessories DIX METTZ 600
DIX MEPTT 310 Dual-separable design, Quick- CO2 rating 350A / 100% duty cycle
Dual-separable design with change head and accessories Mixed gas rating 300A / 100% duty cycle
drive motor for PUSH-PUSH DIX MEPTTZ 600 Wire diameter 0,8 - 1,2 mm
and PUSH-PULL operation Dual-separable design with
drive motor for PUSH-PUSH
and PUSH-PULL operation
DINSE Components 0° DIX MET 390
22° DIX MET 392
45° DIX MET 394
CO2 rating 350A / 100% duty cycle
Mixed gas rating 300A / 100% duty cycle
Wire diameter 0,8 - 1,2 mm
DIX SASS 1000
PHF 100/200
DIX SASS 2000 DIX WAS * DIX WAS * Flanges for Robot arm
WT 3200 KD 3100 different
Tool Mounting robot types
transporter pin
PHW 100/200
* Optional for automatic
Mounting torch change system
brackets
DIX SASS 2500
Collision sensorss
DINSE torch checking equipment
shown with complete torch
system, and adjustment tools.
4
5. WELDING TOOLS
Accessories / fittings Liquid-cooled
Suitable for all torch heads, 3 designs gas cooled DINSE torch heads, separable
and 4 designs liquid cooled 4 variants, 3 angles
0° DIX METZ 520
22° DIX METZ 522
45° DIX METZ 524
Fixed, one-piece head: DIX MELZ 600
CO2 rating 350A / 100% duty cycle
Mixed gas rating 300A / 100% duty cycle
Wire diameter 0,8 - 1,2 mm
0° DIX METZ 590
22° DIX METZ 592
45° DIX METZ 594
Separable, quick-change head: DIX MET 310 / DIX METZ 600 CO2 rating 400A / 100% duty cycle
Mixed gas rating 350A / 100% duty cycle
Wire diameter 0,8 - 1,2 mm
0° DIX METZ 540
22° DIX METZ 542
45° DIX METZ 544
Dual-separable; quick-change head
and accessories/fittings: DIX METT 310 / DIX METTZ 600 CO2 rating 450A / 100% duty cycle
Mixed gas rating 400A / 100% duty cycle
Wire diameter 1,0 - 1,6 mm
0° DIX METZ 550
22° DIX METZ 552
Dual-separable design with drive motor
45° DIX METZ 554
PUSH-PUSH and PUSH-PULL operation:
DIX MEPTT 310 / DIX MEPTTZ 600 CO2 rating 550A / 100% duty cycle
Mixed gas rating 500A / 100% duty cycle
DINSE torch heads are available in special/custom Wire diameter 1,2 - 2,4 mm
angles and lengths upon request.
5
6. DINSE Wire-Feed Systems
for Robotic and Automatic Welding
DINSE means reliable welding DINSE PUSH-PUSH
LASER application
shown in vehicle
assembly
DINSE PUSH-PULL
MIG/MAG application
with round wire or
flat wire
The flexible, variable system with sets of
accessories/fittings, wire feeders and spool
housings
• High performance, proven systems for
welding and brazing.
• Reliable wiring feeding through feed modules
in light-weight, fully insulated plastic
housings
• Compatible with different spool sizes
• Accepts all commonly available power sources
Wire feed methods
Continuous for Wire speed
Forward
PUSH-PUSH and
DINSE PUSH-PUSH and PUSH-PULL PUSH-PULL
Pulse tim
Time
Wire-Feed Technologies Slope time
Pulse tim
forward”
Back Wire retract time
PUSH-PUSH Operation Wire delay time Time
Wire speed
Here, the torque-controlled motor advances the feed wire. The Forward
maximum torque, or feeding force, is adjustable to prevent the feed
wire from bowing or kinking. The rpm-controlled motor in the Time
welding torch head takes up the exact amount of feed wire Pulse time “Wire back”
Back
required. The wire feed is constant and unaffected by torsion, Pulse time “Wire forward”
Pulsed for PUSH-PUSH
bending and the length of the accessory/fitting in use, which is
Peak-current phase
particularly critical when feeding thin and soft wires over long
I1
distances.
I2
Steady-current phase Time
PUSH-PULL Operation
Here, the drives in the wire feeder and the welding torch head are
linked so that the feed wire in the whole setup remains under Forward
Pulse time “Wire back”
constant tension. Time
This method ensures a constant feed rate over long distances when Pulse-synchronous Back
Pulse time “Wire forward”
feeding wires with large cross-sections such as flat wire. for PUSH-PUSH
6
7. DINSE
System examples WELDING TOOLS
Three welding processes - DINSE MIG/MAG Welding System
one concept
PUSH-PUSH or PUSH-PULL operation for round wire and flat
DINSE “GREEN line” robotic wire; features micro-processor control, wire feed monitored by
wire feeder DIX WD 450 an encoder. A bus-based system can also be integrated.
DINSE LASER Welding System
Remote control
DIX KDFR 4200
operating modes:
PUSH-PUSH operation, torch welding head (liquid-cooled with
continuous, pulsed,
pulse-synchronous inert shield gas supply), features micro-processor control, wire
feed monitored by an encoder. A bus-based system can also
me “Wire back” be integrated.
me “Wire
”
DINSE “GREEN line” wire feeder DIX WD 300 DINSE TIG Welding System
with large spool housing DIX WDS 400
DIX KDES 2000
operating modes: Fixed, one-piece design DIX TAZ 400 with adjustment gauge
continuous, with for electrode preset
retract function at
STOP. Level 400 A / 100% ON-time, AC/DC
DINSE “GREEN line” wire feeder DIX WD 500 Gas nozzle diameter 9 - 17 mm
with spool housing DIX WDS 300
Electrode diameter 1.6 - 4.8 mm
7
8. Welcome
WELDING TOOLS to DINSE
DINSE welding systems
DINSE robot and
DINSE manual welding torches automated welding systems
DINSE wire feed units for
manual welding systems DINSE wire feed units for
robot and automation use
DINSE tools, cable
connectors, electrode
holders, earth clamps, DINSE robot and
magnetic earths automation components
Stay in front with DINSE.
Dinse G.m.b.H.
Königsreihe 12 • D-22041 Hamburg
Tel.: +49 (0) 40 - 68 04 01 • Fax: +49 (0) 40 - 68 21 59
info@dinse-gmbh.com • www.dinse-gmbh.com