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nakshtechnology · 1 year ago

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SINAMICS S120- An Enhanced Automation Solution

The modular solution for high-performance motion control applications in the building of industrial plants and machines is the SINAMICS S120 drive. Tailored solutions can be executed through various elements and features that are best synchronized. For example, servo or vector capabilities in coordinated drives and high-performance single-motor drives (multi-axis applications). The SINAMICS S120 drive is a system that provides increased productivity, flexibility, and performance for its users.

Overview of Strengths:

Enhanced machine performance is possible with SINAMICS S120, regardless of whether the application calls for continuous material webs or cyclic, highly dynamic processes. These industries include packaging and printing machines, machines for processing plastics, textiles, paper, and wood, cranes and hoisting gear, handling and assembly systems, machine tools, rolling mills, test beds, and machines in the renewable energy sector.

Universal:

Power and control performance can be freely combined thanks to SINAMICS S120's architecture.

Centralized control intelligence enables greater flexibility.

Free performance selection for vector and servo control

Precise:

reduced lifecycle expenses for the plant's operation.

With the Totally Integrated Automation (TIA) engineering platform, all components may be parameterized, programmed, and commissioned without causing any disruptions to the system.

The primary functionality is implemented with elaborate “embedded” software.

Universal, standardized safety concept – Safety Integrated

STO, SBC, SS1, SS2, SOS, SLS, SDI, SSM, SLP, SP, and SBT are examples of integrated safety functions.

smooth execution of safety features in compliance with PL d (EN ISO 13840-1) and SIL 2 (EN 61508)

System Overview:

High-performance applications can be served by a modular system like the SINAMICS S120 drive system. For multi-axis applications, it provides coordinated DC/AC drives as well as single AC/AC drives. On the other hand, modular plant and machine concepts are also available in a distributed version.

Types of construction – Advanced single- and multi-axis applications using modular drive systems.

Blocksize (AC/AC):

The SINAMICS S120 Blocksize (AC/AC) is a high-performance frequency converter, often known as a servo drive, that consists of a power module and control unit. Its power range is very wide, ranging from 0.55 kW to 250 kW.

Blocksize (DC/AC):

The booksize-format SINAMICS S120 (DC/AC) converter or servo drive is made up of a control unit, an infeed, and a motor module. It can produce power in the range of 1.6 kW to 107 kW.

Chasis (DC/AC):

The SINAMICS S120 DC/AC Chasis is a high-performance frequency converter, often known as a servo drive, that is comprised of a motor module, infeed, and control unit. Its power range is incredibly wide, spanning from 110 kW to 6840 kW.

Chasis (AC/AC):

The SINAMICS S120 Chasis (AC/AC) is a high-performance frequency converter that includes a motor module, infeed, and control unit within the chassis. It can handle power levels between 110 and 250 kW.

SINAMICS Cabinet Modules:

SINAMICS S120 Cabinet Modules-2 are control cabinets that are ready to connect and have undergone type testing. They are designed to maximize the benefits of the SINAMICS S120 Chasis 2 built-in units and are suitable for all customer solutions. 4.8 kW to 5700 kW is the power range.

SINAMICS S120 CM Application Marine Drive:

SINAMICS S120 Cabinet Modules- Custom cabinets with all the benefits of the S120 CM standard system, designed for the marine industry. Power spectrum: 560 kW–5700 kW.

Distributed servo drive S120M:

Compact and ready to connect, the distributed SINAMICS S120M drive unit consists of an integrated power unit (Motor Module) and a synchronous servo motor with multi-turn absolute encoder. Range of power: 0.25 kW to 1.1 kW.

To summarize, the robust SINAMICS S120 AC Drive has been produced as an adaptable solution to a huge range of industrial purposes, including those based on harsh operating environments. One reason for this is the modular nature of its design, which combines maximum flexibility with state-of-the-art control features to meet stringent power consumption targets while adapting easily to changing demands. Therefore, by incorporating SINAMICS S120 into your automation plant, you will be able to improve running costs in the short term and protect yourself from technological obsolescence in the future. Encompass the brilliance of Siemens engineering through SINAMICS S120 for limitless productivity and creativity.

For more information visit here

#sinamics s120 #siemens servo drive s120 #sinamics s120 modular high performance drives #Siemens Automation Products #Siemens #Siemens Industrial Automation

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hsmleindia · 2 years ago

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Computerized Universal Testing Machine Front Open with Hydraulic Grip & Servo System

Computerized universal testing machine with a front-open design, hydraulic grip, and servo system is an advanced testing instrument used for evaluating the mechanical properties of materials. The combination of a front-open design, hydraulic grip, and servo system offers precise control, reliable gripping, and accurate testing results. Look for a machine equipped with computerized control and data acquisition system. This allows for precise control of testing parameters, real-time data monitoring, recording, and analysis. The software should have a user-friendly interface and provide comprehensive data analysis tools. Universal testing machines typically offer a range of test modes, including tensile, compression, bending, and shear tests. Ensure that the machine supports the specific test modes and standards relevant to your application. Common standards include ASTM, ISO, DIN, and EN.

Computerized universal testing machine with a front-open design is hydraulically controlled servo Universal Testing Machine. The main advantage of this servo system is a test can be conducted by giving a specific load rate or elongation rate. The oil flow is controlled by the close loop feedback from the load elongation system. Test with specific load steps can also be conducted.

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#manufacture #industrial equipment #manufacturer #metallurgical #metallographicequipments #testing #testing machine #universal testing machine #computerized universal testing machine #computerized universal testing machine with servo system #computerized universal testing machine with hydralic grip

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starkembsys · 2 years ago

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Reliable Servo Universal Testing Machine Manufacturers in India

Stark Embsys, a pioneering name among Servo Universal Testing Machine Manufacturers in India, is located at B-40/9, Mayapuri Industrial Area, Phase-1, New Delhi-110064. With a steadfast commitment to precision and innovation, Stark Embsys has earned a reputation for delivering cutting-edge testing solutions across industries.

At the core of their product range lies the Servo Universal Testing Machine Manufacturers, a testament to their expertise in the field. These machines stand as a cornerstone for assessing the mechanical properties of materials, offering a comprehensive suite of tests including tension, compression, and bending. Their servo-controlled technology guarantees consistent and precise testing conditions, ensuring that accurate data is obtained for quality control, research, and development purposes.

The inclusion of Digital Indicators in Stark Embsys’ portfolio reflects their dedication to real-time monitoring and data visualization. These indicators offer a clear and concise display of test parameters, empowering users to closely observe and analyze the testing process.

Stark Embsys recognizes the significance of calibration in ensuring accurate test outcomes. Their Master Load Cells serve as trusted reference standards, guaranteeing the reliability and traceability of testing systems. Committed to maintaining the precision of testing equipment, they also offer Calibration Machines designed to uphold the accuracy of both their UTM systems and ancillary components.

In response to the demands of industries requiring torque measurement, Stark Embsys introduces Torque Sensors to their lineup. These sensors play a pivotal role in evaluating the twisting forces applied to materials, catering to industries such as automotive and aerospace where torque analysis is critical for product integrity.

As an esteemed Servo Universal Testing Machine manufacturer, Stark Embsys consistently demonstrates their dedication to advancing the testing domain. Their diverse range of products is engineered to fulfill the intricate needs of quality control, research, and development, fostering innovation across industries. With a focus on precision, reliability, and customer satisfaction, Stark Embsys serves as a driving force in elevating testing standards in India and beyond, ultimately contributing to the growth and evolution of various sectors.

#Servo Universal Testing Machine manufacture

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letssara11 · 2 years ago

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Tensile Testing Machine

A tensile tester, also known as a pull tester or universal testing machine (UTM), is an electromechanical test method that applies a tensile (pull) force to a material to conclude the tensile strength and deformation performance until break.

A typical tensile testing machine contains of a load cell, crosshead, extensometer, specimen grips, electronics and a drive scheme. It is orderly by testing software used to define machine and safety settings and store test parameters specified by testing standards such as ASTM and ISO. The volume of force applied to the machine and the elongation of the specimen are recorded throughout the test. Measuring the force necessary to stretch or elongate a material to the point of permanent deformation or break helps designers and builders predict how resources will perform when implemented for their intended drive.

REQUEST A QUOTE

Fine group testing tensile test machines, including the zwickiLine, ProLine, AllroundLine and E-series machine (tensile testing mechanism for large test forces starting at 330 kN), are specifically designed to meet client wants based on testing capacity, kinds of material, uses, and manufacturing standards such as ASTM E8 for metals, ASTM D638 for plastics, ASTM D412 for elastomers, and numerous additional. In addition to overall scheme safety and dependability, Fine group testing designs and builds every universal testing machine with a focus on providing:

A high level of flexibility through ease of process

Simple adaptations to customer- and standard-specific requirements

Future-proof expansion capabilities to grow with your needs

Tensile testers are used to amount the strength of products and mechanisms or the possessions of materials. Tensile testing is usually carried out on objects like textile connections, welded connectors and fastenings, adhesive joints and seals.

Different types of tensile testing machines:

Tensile test

Compression test

Flexure test

What are the classic components of a tensile testing machine?Load Cell

The load cell converts tension power into an electrical signal that can be measured. Fine group testing load cells ensure not only high product excellence, but also seamless compatibility with all our machine mechanisms

Extensometer

An extensometer is a scheme that measures the extension of a specimen, also known as strain measurement. Almost all tensile testing standards such as ASTM and ISO require strain measurement.

Specimen Grips

Specimen grips form the motorized link between the specimen and the tensile testing machine. Their function is to transfer the movement of the crosshead to the specimen and transmit the test load made in the specimen to the load cell.

Moving Crosshead

The moving crosshead is essentially a cross beam that is controlled to move up or down. For a tensile test, the crosshead quickness of the testing machine is directly related to the strain (elongation) rate in a test specimen.

Electronics

The electronics control the moving measures of the tensile testing machine. The speed of the crosshead, and consequently the load rate, can be controlled by a microprocessor in the closed-loop servo controller (motor, feedback device, and controller).

Software

Our testing software is an extremely user-friendly, wizard-guided, and Windows-based solution that allows users to set up the testing system, configure and run tests and view results.

Drive System

The drive system feeds power into the tensile testing machine’s motor at varying quantities and frequency, indirectly controlling the motor speed and torque. All the components of a Fine group testing tensile tester are designed to work together seamlessly.

Fine Group Test is one of the best Tensile Testing Machine Manufacturer, Supplier, and Exporter in India, UK, Australia, Saudi Arabia, South Africa, France, Germany, and New Zealand…

#TensileTestingMachine #UniversalTestingMachine

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cmetechnology2006 · 2 years ago

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KRD42 Double Lift Zero Distance Drop Test Machine

KRD42 series zero-distance drop tester is double lifting drop test machine, which is mainly used for packaging goods that will be impacted by a vertical drop during transportation, loading and unloading operations. It is suitable for large size packaged products to assess the effects on a specimen of simple standard tests for the purpose of assessing safety requirements. It can be used as common test equipment for drop tests in scientific research institutions, universities, packaging technology testing centers, packaging material manufacturers, and foreign trade and transportation departments. KRD42 drop test machine complies with the international standard ISO2248, IEC68-2-27 and ISTA relevant standards.

FEATURES OF KRD42 DOUBLE LIFT ZERO DISTANCE DROP TEST MACHINE

Servo closed-loop motor drive, simple structure, high reliability, smooth lifting

Adopt a double fully automatic lifting method, and the drop height is adjustable

PLC control is stable and reliable, the drop height can be accurately tracked and displayed in real-time

Handheld pad + human-computer interaction software, easy to operate

It can realize the drop test of the edge, surface, and angle of the sample

True color full touch screen operation, convenient and quick

TABLE OF KRD42 DOUBLE LIFT ZERO DISTANCE DROP TEST MACHINE

KRD42 series double lift drop test table is mainly composed of an impact plate, lifting system, a working table, guide shaft, fixtures, displacement sensor, release mechanism, etc.

The working principle of the vertical drop test system can be briefly described as the lifting cylinder lifting the working table and the test piece to a certain height, and is released by the electromagnetic release mechanism. Since the work surface adopts a compressed energy storage spring during the lifting process, the work surface falls at a speed greater than the falling speed of the test piece. The test piece keeps its original state (face, edge, and corner) and falls freely, collides with the bottom plate, and completes the test requirements.

#drop #test #table

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bbezz · 3 years ago

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Universal Testing Machine Malaysia

What is Universal Testing Machine ?

The tensile strength and compressive strength of materials are tested using a universal testing machine Malaysia (UTM), sometimes referred to as a universal tester, materials testing machine, or materials test frame. Extensometer is a former name for a tensile testing machine Malaysia device. The word "universal" refers to the fact that it can test a variety of materials, components, and structures for tensile and compression in accordance with industry standards (in other words, that it is versatile).

Components

Load frame

Sometimes consisting of 2 robust supports for the machine. Some tiny machines have one support. Load cellA force electrical device or different means that of mensuration the load is needed. Periodic calibration is typically required by governing laws or quality system.

Cross head

A movable cross head (crosshead) is controlled to maneuver up or down. sometimes this can be at a constant speed. Sometimes referred to as a constant rate of extension (CRE) machine. Some machines can program the crosshead speed or conduct alternate testing, testing at constant force, testing at constant deformation, and so on Electromechanical, servo-hydraulic, linear drive, and resonance drive are used.

Means that of measuring extension or deformation

Several checks need a measure of the response of the test specimen to the movement of the cross head. Extensometers are typically used.

Output device

A way of providing the test result's needed. Some older machines have dial or digital displays and chart recorders. many more recent machines have a laptop interface for analysis and printing.

Learning

Several tests require controlled conditioning (temperature, humidity, pressure, etc.). The machine may be in a controlled area or a special environmental chamber may be placed round the check specimen for the test.

Tensile Testing Machine Malaysia

What is Tensile Testing Machine ?

A tensile machine Malaysia checking out device plays the maximum essential and not unusual place styles of mechanical checking out. A tensile take a look at applies tensile (pulling) pressure to a cloth and measures the specimen's reaction to the stress. By doing this, tensile checks decide how sturdy a cloth is and what kind of it could elongate. Tensile checks are commonly performed on electromechanical or established checking machine, are easy to perform, and are completely standardized.

Ultimated tensile strength test machine checks are done on tensile checking out machines, additionally referred to as general checking out machines. A tensile checking out system includes a check body this is prepared with a load cell, checking out software, and application-precise grips and add-ons, including extensometer Malaysia. The kind of cloth being examined will decide the kind of add-ons needed, and a unmarried system may be tailored to check any cloth inside its pressure variety certainly with the aid of using converting the fixturing.

What are Tensile Machine used for ?

The most basic and typical kinds of mechanical testing are carried out by a tensile testing machine Malaysia. In a tensile test, a material is pulled with tensile force to determine how the specimen reacts to the stress. Tensile tests establish a material's strength and elongation limit in this way.

Types of Tensile Testing Machine.

Adhesion/Bond Strength

Crimp Joint Pull-off Force

Peel

Tear Resistant

What are the benefits of Tensile Testing Machine ?

Tensile testing gives information on the integrity and safety of materials, components, and products, assisting producers in making sure their completed goods are suitable for their intended use and produced to the highest standards. A tensile test's results can be used in a variety of ways, such as:

To determine batch quality.

To determine consistency in manufacture.

To aid in the design process.

To reduce material costs and achieve lean manufacturing goals.

To ensure compliance with international and industry standards.

What are the applications of Tensile Testing ?

In a variety of industries, tensile testing is used to ensure the quality of parts, materials, and final goods. The following sections on, showcase typical applications of tensile testing.

Aerospace Industry

Automotive Industry

Beverage Industry

Construction Industry

Electrical and Electronics Industry

Medical Device Industry

Packaging Industry

Paper and Board Industry

Pharmaceuticals Industry

Plastics, Rubber and Elastomers Industry

Safety, Health, Fitness and Leisure Industry

Textiles Industry

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emploimaroc30 · 4 years ago

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Nexteer Automotive recrute 8 Profils (Kénitra)

New Post has been published on https://emploimaroc.net/nexteer-automotive-recrute-8-profils-kenitra/

Nexteer Automotive recrute 8 Profils (Kénitra)

Nexteer Automotive, le spécialiste mondial de la production de systèmes de direction et de transmission dans le secteur automobile, a rejoint l’écosystème de l’Atlantic Free Zone de Kénitra, où il a ouvert sa première filiale marocaine.

Cette nouvelle filiale dans laquelle l’équipementier américain a investi 7,7 millions d’euros répondra aux besoins du marché marocain mais aussi du marché international. Appartenant au Groupe industriel Pacific Century dont le siège est au Michigan aux Etats-Unis, Nexteer est le quatrième producteur au monde des systèmes de direction et de transmission, avec plus de 10.000 employés répartis sur ses 20 usines de fabrication, 14 centres de soutien à la clientèle locaux et cinq centres d’ingénierie régionaux et centres d’essai dans le monde. Sa clientèle se compose principalement de BMW, General Motors, Ford, Chrysler, Fiat, Toyota, PSA Peugeot Citroën et d’autres constructeurs un peu partout dans le monde.

Skills and Abilities/Qualification:

Technical school – electrical profile preferred.

Able to generally understand the industrial hydraulic, pneumatic systems.

Able to generally understand electrical and controls equipment( sensors , photocells, contactors, motors etc.)

Able to generally understand the mechanical equipment.

Able to read electrical and mechanical drawings.

Overall knowledge regarding Preventive & Predictive Maintenance

Overall knowledge regarding root cause analysis and problem solving.

Able to work as a team member.

Good personal communication skills.

Openness for learning and development.

Strong engagement and motivation

Experience:

2 years minimum experience I Maintenance department preferred

Cliquez ici pour postuler

Skills and Abilities/Qualification:

Graduated University of Technology.

Knowledge and experience regarding Preventive & Predictive Maintenance. Able to implement mentioned tools.

Able to generally understand the industrial hydraulic, pneumatic, mechanic and controls systems.

Knowledge regarding TPM and ready to implement chosen tools.

Able to read electrical and mechanical drawings.

Knowledge and experience regarding root cause analysis and problem solving.

Knowledge and experience in Kaizen approach

Leadership attributes with a commitment to developing the performance of team.

Able to manage KPI’s to ensure planned targets

Good personal communication skills.

Openness for learning and development.

Strong engagement and motivation.

Able to clearly communicate in written and verbal English.

Experience:

5 years minimum experience in Engineering (Maintenance Department preferred)

Cliquez ici pour postuler

Basic duties and permissions:

Employee’s awareness of the impact on the quality of the product and the importance of its activities in the implementation, maintenance and improvement of quality, including customer requirements and risk for the customer due to an incompatible product.

Infrastructure and application management on the production hall, creating standards

Supervision of the infrastructure and production and storage software

Making minor improvements in existing software

Diagnosing faults related to the production network

Keeping documentation of the production IT infrastructure

Designing and optimization of IT infrastructure (networks, servers) in terms of the most efficient operation of production software

Support for « Traceability » software in the scope of configuration changes

Definition of the production infrastructure review plan

Developing the maintenance department in the area of application and IT infrastructure skills and troubleshooting

Required qualifications

I Education:

II Experience:

At least two years’ experience in a multinational company

III Skills / training:

Management of windows servers – good

SQL server management – good

Knowledge of SQL Clusters – good

HyperV knowledge – good

Knowledge of Windows NGD / scripts / installer – good

Knowledge of ITIL – good

Knowledge of IT security aspects – good

Knowledge of computer network design – good

Computer network management – very good

Programming (SQL) – very good

Backups (Management) – very good

Knowledge of Linux – basic

Knowledge of Windows CE – very good

English – good

Teamwork skills – good

Analytical thinking – very good

The ability to conduct training – good

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Major Responsibilities:

Operate according to the Operation Instruction strictly and guarantee production quality during completing production plan

Maintain the production safety and cleanness abide by the 5S requirements

To ensure the operation work by a standardization and keep a continuous improvement

To accept the related training, certification, grading and job evaluation to guarantee all the work could be successfully completed.

To guarantee the quality of the product

Identify normal and abnormal situations and make corresponding responses

Assist team leader to make a continuous effort on the team construction, and put forward to rationalization proposals for quality, equipment, raw materials and other issues in the production process.

To make a continuous effort on the improvement on quality, cost of production and enhancement on productivity

Skills and Abilities/Qualification:

Expertise on mechanical and electrical

Good hands-on and operational skills

Great team work and strong ownership

Experience:

2 years and above working experience on manufacturing and operation

Cliquez ici pour postuler

Qualification required:

I Education:

Engineering degree

Fluent use of English (spoken and written)

II Experience:

Quality background – min. 1 year, preferably in automotive industry

Practical knowledge of 5WHY, PPAP, 8D

Problem solving methods knowledge is a plus (Red X, Six Sigma)

III Skills/trainings:

MSA, GD&T

High communication skills: written and verbal

Team work approach

Customer quality specific requirements knowledge (systems, standards, rating, other requirements) – for customers that apply.

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Lab Manager

Key responsibilities and authorities:

Co- ordinate activities of metrology, metallurgy, reliability and warranty laboratories

Supervise Laboratory personnel

Provide laboratory services to the manufacturing plant:

Machines run off activities

Support purchased parts PPAP approval process,

Support incoming material control,

Support Customer PPAP approval process,

Help manufacturing to stabilize process,

Validate results of analyses and test

Work with quality control in making major decision relating dispositions of nonconforming or suspected products

Ensure calibration of gages, measuring and test equipment for the plant (including production devices such as master parts, equipment load cell…)

Alert necessary people when some non- conformity is discovered

Make decisions to dispose non-confirming product

Provide technical documentation and data of measurement process

Implement and maintain quality requirements in his area of responsibility

Establish and introduce methods of measurement

Define proper devices for inspection & measurement

Participate in purchasing process of metrology and metallurgy equipment

Supervise & assure correct operation & services of all metrological and metallurgical equipment in the plant

Cooperate closely with production & engineering department

Participate in problem solving activities

Provide continues technical support to manufacturing operations

Provide continues improvement process for warranty analysis

Implement and maintain environmental requirements in his area of responsibility

Implement and maintain safety rules in his area of responsibility

Qualification requires:

Engineer degree in mechanical engineering

Min 2 years of experience in the same position

Excellent in English

Very good knowledge of measurements systems in metrology & metallurgy

People management experience

Quality background

Very good communication skills: written and oral

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Controls Engineer

Misson :

Support Control Systems Engineering business plan strategy.

Controls engineer will be involved in machine procurement process, support Maintenance department for problem solving of manufacturing equipment in the plant, support continuous improvement and cost savings strategy

Responsibility :

Support manufacturing engineer in controls machine procurement, provide expertise in controls issues and support in-plant troubleshooting activity.

Ensure delivery for equipment with required capacity and capability

Maintain quality systems requirements of TS16949, ISO14000, PN18000, in definedarea of responsibility

Support plant in area of Health and Safety.

Meet First Time Quality and scrap goals in area of responsibility.

Support for achievement of Operational Availability and quick changeover on machines.

Participation in interdisciplinar workshops

Provide technical support maintenance.

Ensure proper level of spare tooling / optimize stock level / reduce tooling cost per produced piece .

Project participation

Coordinate compliance to local government safety and environment requirements

Special assigments according to needs

Qualifications:

Bachelor degree of electrical or electronics engineering required

AutoCAD capability preferred

Able to understand Transducers (Load, Torque, Flow meter, Temperature) & LVDT.

Knowledge in servo and motion controls (Allen Bradley, Mitsubishi, Schneider, Siemens).

Able to understand & program PLC (Modicon, Allen Bradley, Mitsubishi, Siemens), CNC experience is plus

Able to develop standard and specialized processes and tooling used in manufacturing production

Good personal communication skill

Able to read blueprints (ie. Controls schematics)

Able to understand and apply manufacturing standards and tools, including PDP, P/DFMEA, SPC, etc.

Able to generally understand the industrial hydraulic, pneumatic system and controls

Able to demonstrate qualified skill to operator and willing to work at the floor with operator

Able to clearly communicate in written and verbal English

Able to lead related team member (Engineering, Quality, Purchasing, Manufacturing)

Able to travel as required

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Basic duties and permissions:

Provide and oversee the daily manpower,

Scheduling employee shifts and planning,

Assigning and supervising the work and dispatch crews.

Monitor performance of production

Ascertain that staff members are working in compliance to the company’s procedures and protocols

Manages complex situations through interaction with internal and external customers

Identify problems in operations processes and ensure they are resolved in a time-efficient manner

Maintain accurate operations materials and documents for reference purposes

Provide recommendations for disciplinary actions including reprimanding, suspension and termination

Coordinate activities to ensure delivery of supplies and equipment in a time efficient manner

Oversee inventory of supplies and equipment

Conduct inspections to ensure production machinery are operational and efficient

Complies with the terms of local and national labor agreements

Ensures adherence to recommended safety procedures and good housekeeping practices

Implements the Nexteer Production System (Lean Manufacturing System)

Flawless launch of new product programs and processes

Lead culture change to support and drive through the Lean Manufacturing System implementation

Manages multiple manufacturing departments

Maintains scorecard performance to budget and coordinates assigning key tasks to support resources based on data in the scorecard

Required qualifications

I Education:

Bachelor’s degree in Engineering or Business

II Experience:

At least 10 years’ experience in a multinational company

III Skills / training:

Skilled in operating and examining production equipment for faults

High level of analytical ability where problems are complex

Well-developed oral and written communication skills and problem-solving techniques

High level of interpersonal skills to work effectively with others, motivate employees and elicit work output

Knowledge and experience in the principles and application of Lean Manufacturing processes

Knowledge of quality control procedures, manufacturing processes, scheduling and other management systems

Ability to work alternate shifts/work schedules

Experience in a union environment preferred

Good time management and organization skills.

Active listener

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Dreamjob.ma

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testrongroup · 5 months ago

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Precision. Power. Performance.

Introducing the 600KN Electro-Hydraulic Servo Universal Material Testing Machine-Designed for precision and built for strength! It may be for your industry, such as aerospace, automotive, fasteners, cables, rubber, or packaging, to name a few. This machine produces outstanding accuracy and repeatability in material testing.

What makes 600 KN UTM Special?

1. Electro-hydraulic servo system that can deliver force evenly.

2. PC-controlled digital PID regulation: Acquire real-time data for any testing needs.

3. Windows-based multi-functional test software for evaluating force, displacement, & deformation.

4. High-quality Oil Pump & Throttle Valve for smooth operation.

Quality control starts with precision testing! Stay ahead of material failures and enhance your industry standards with Testron's cutting-edge testing solutions.

𝗙𝗼𝗿 𝗺𝗼𝗿𝗲 𝗶𝗻𝗳𝗼𝗿𝗺𝗮𝘁𝗶𝗼𝗻:

Email: [email protected]

Product: https://testrongroup.com/product/tt-eh0600-600kn-electro-hydraulic-servo-universal-material-testing-machine/Website: https://testrongroup.com/

#MaterialTesting #UniversalTestingMachine #ElectroHydraulic #ServoTesting #600KNTester #QualityControl #TestingEquipment #StrengthTesting #LabEquipment #TensileTester

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messungautomation · 5 years ago

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One-Stop Source for Industrial Automation Products and Solutions: From India’s Pioneers.

Introduction

With their rugged, innovative, and cost-effective products, Messung Systems stands at the helm of India’s industrial tryst with automation and control for the past 4 decades. Starting from development of the country’s first PLC (programmable logic controller), Messung progressively went on to add an ever expanding range of integrated industrial automation systems and control equipment to their range. These sophisticated products helped Indian industry offer increasingly complex machine tools and processes to compete with international brands for features, while retaining the product and services costs at a justifiable price point. Today, Messung offers a cohesive portfolio of the best-in-class products, solutions, and services enabling a wide range of industrial verticals to achieve optimum automation in their respective domains.

Products

PLCs

PLCs (programmable logic controllers) are versatile building blocks for industrial automation. Messung offers PLCs in 4 ranges for the entire gamut of application, from the most sophisticated process line to the smallest stand-alone IoT (Internet of Things) device. The ranges of PLCs include:

NX-ERA Premium PLC

· Designed for advanced automation system for distributed and redundant controls. Application for complex industrial processes, sophisticated machines, and high-capacity production lines.

· Inbuilt IEC 61131-3 standard based integrated programming and configuration environment.

·Delivers high availabilityfor no-break applications, with advanced diagnostics and hot swapping modules.

·Assures a SIL3 level functional safety with PLC Safety modules and PROFIsafe® controls.

· Future-ready, meets the specific demands of Industry 4.0.

NX-ERA Classic PLC

· Compact, expandable, and user-friendly.

· Uses IEC61131-3 standard programming software on CODESYS platform.

· On board digital and analog input/outputs, expandable to 128 input/outputs.

· Wide range of industrial applications including automation ofmachine tools, drills, presses, and similar.

NX-ERA JET PLC

· High performance PLC for medium-to-small-size machines and process applications.

·Integrated power supply and input/outputs.

· Expansion with reliable and compact input/outputmodules.

· More flexibility and agility in the development of applications including connectivity with a webserver.

·Offers high speed counters and pulse train output for simple motion applications.

NX-ERA XPRESS

PLC

· Compact sized, with speedy performance, and versatility.

· Gateway to Industry 4.0 standards.

·Connects your business to the IoT universe.

·Conformal coating for environment protection.

·Multiprotocol communication with easy connectivity.

HMI

HMIs (human-machine interface) are touch-screen and similar innovative combination of advanced graphical tools and a selection of highly functional features.

· Cost-effective industrial HMIs with high-resolution touch-screens and ergonomic design.

· Fast screen response and program execution.

· Wide range of connectivity options.

Servo and Motion Control

Messung’s servo and motion control solutions are versatile, seamless, and safety oriented applications catering to a wide range of applications.

· High flexibility to combine systems and components.

· Wide range of certification (UL, CE, and similar) for global application.

·Industry 4.0 enabled infrastructure.

Solutions

Messung adds value to your requirement through integrated solutions with proven system components. These scalable and sustainable solutions are tried and tested in actual industry applications. The solutions help a large number of industrial verticals attain automation at a relatively low price point. The solutions include automation for processes, use of servo motors and drives, and application for general machinery.

Messung offers high-end process automation and control solutions to meet quality and productivity challenges. We work with you throughout the complete life cycle of your plant. From understanding your workflow, to delivery of customized solutions to meet the requirement for speed, quality, operational reliability, system availability, safety, training, and more.

Messung’s partnership with Altus Sistemas de Automaçäo S.A. helps offer a complete line of advanced technology and matured solutions.

The specific industry verticals are:

Oil and Gas

Messung’s oil and gas industry processes, automation and control solutions manage high complexity projects for optimum productive efficiency and high availability. These systems contribute towards implementing a strong infrastructure for safe and efficient operations, from source to the consumer.

Messung automates and modernizes the most complex oil and gas exploration and production workflows, including the oil rig subsystems. We have proven expertise to automate electric systems for refineries.

Our refinery solutions can add telecommunication control over gas pipelines. We also implement large scale SCADA (Supervisory Control and Data Acquisition) systems that enable accurate and repeatable measurement to provide monitoring of all automation, instrumentation, and power related processes.

Sugar

Messung’s sugar manufacturing processes automation and control, ensure precision and optimization at all stages of production process. This includes washing, preparation, milling, processing, sieving, purification, PH correction, pasteurization, sugar manufacturing, transportation, loading, and similar.

Our integrated sugar industry solutions manage the whole process, from the reception and preparation of the material, through the manufacture of sugar, to the disposal of effluents, and storage of products. Additionally, the automation provides accurate measurement and consistent data collection to present all data at one location, for speedier and informed decision making.

Paper and Pulp

With decades of industry experience and expertise, Messung offers advanced manufacturing process automation and control solutions to meet the rigorous demands of the paper and pulp industry. Our integrated automation solutions enhance speed and productivity, enable significant energy savings, control effluents, and help maximize your investment with sustainable results.

We use our knowledge and expertise to integrate products from various sources with proprietary technology to deliver flexibleand cost-effective solutions. These solutions work with all the processes of paper and pulp industry such as production of chips, baking, depuration, delignification, bleaching, drying, packaging, and more.

Water Supply and Sewage Treatment

Messung’s extensive knowledge and innovative technologies deliver automated process control solutions to reduce cost and minimize down-time while maximizing productivity. We build integrated solutions that are sustainable and scalable for plant engineering, and plant lifecycle management while meeting all the mandatory regulatory compliances.

Our technology provides accurate data collection, secure communication and integrated control to make plant operations agile and productive. Our standard solutions handle the challenges of automation and control for water supply and sewage treatment plants, operation control centers, water collection systems and effluent management systems, and similar.

Energy Management and Power Generation

For transmission and distribution of power, Messung offers innovative and integrated automation solutions that focus on productivity, availability, and safety.

For power generation, we develop projects related to BOP (balance of plant), modernization, protection, automation and controls; control center; medium voltage panels; auxiliary service panels; measurement and more.

Our power transmission automation and control solutions stabilize the energy mesh by providing covering protection, automation and control for control center; medium and low voltage panels,power distribution, and complete automation for substations.

Messung offers a range of automation technologies to help bring greater control and higher productivity to the factory floor. We deliver fully integrated, future-proof solutions incorporating programmable logic controllers, motion control systems, drive products, HMIs and much more – to bring flexibility, consistency and long-term availability for factory automation.

Our association with SIGMATEK GmbH & Co KG, Austria brings added value to our sophisticated solutions.

Robotics and Handling Systems

We supply efficient, flexible, and cost-effective modular components needed for designing material handling systems, assembly machines, and robots.

Our system toolkit consists of high-performance single/multi CPU solutions, innovative HMIs including wireless panels, fast and super compact input/outputs, dynamic drive technology for multi-axis applications and safety equipment.

Our offer includes the complete software for PLC, Robotics, Motion Control, safety and remote maintenance that can be to be programmed and integrated in the same platform. The modules are connected with various communication protocols for accurate motion and servo control.

Complementing our automation solution is the integration of PLC, robotics and motion control in a cohesive central control platform. The complete system offers smart remote maintenance options via web server, VNC client and server, OPC server and remote manager, and more.

Despite the any complex application requirement like synchronous feeding, pick andplace, gluing, assembly, testing, and palletizing,the right function modules are always available in our IEC 61131-3 standard library.

Plastic Technology

We deliver a high-performance, ultra-reliable, modular automation system for all plastic machines, including extrusion and blow molding,and injection molding equipment. We have flexibility to work with customer-specific hardware and software adaptation.We ensure that the servo drive technology and safety is always integrated. Handling devices and robots can be fully included into the control platform.

Our industry knowledge includes integration of downstream machines and processes. These include handling, finishing, and peripheral device connection systems. Besides the standard hardware, we also offer special modules for process-optimized I/O modules for: temperature recording and signal processing, potentiometers reading, ultrasound distance measuring,and recording energy use.

We have tailor made, cost effective solutions for all plastic machines: hydraulic, hybrid, or fully electrical drive in horizontal or vertical orientation, blow forming machines, auger extruders or complex multi-component systems and more.

Packaging and Food Industry

Food and packaging industry demands high-performance and flexible automation.The customer demands continuous changes for adopting various productsand change in lot sizes.

Our open system architecture helps to quickly optimize and integrate the production and packaging systems, vision systems, robots,pick andplace units, and similar.

Printing and Paper

Our modular and scalable automation hardware and software handle all varieties of printing machines: reel-fed offset, folding, fold gluing, cutting and punching, enveloping, packaging, paper processing equipment and more. Our scalable software increases the flexibility and productivity of your machines while reducing idle and set-up time, as well reduced wastage of paper.

As with the other systems, a variety of communication protocols ensure communication in hard real-time. The software is based on IEC 61131-3 to integrate control and safety programming, visualization, and motion control with multiple axes. We can integrate preprogrammed software modules and industry-specific motion control, as well as technology modules for positioning to electronic cams to print marks.

Machine Tools for Cutting and Forming

We automate metal presses, machines for bending, coil processing, cutting and grinding, folding, punching and welding. These include robotics, band-straightening machines, and transfer systems. Messung provides complete solutions for the diverse tasks in metal machine manufacturing.

Our flexible software accommodates change in format, size and form variation. The software also synchronizes individual processesto improve productivity,and reduce Idle and changeover time.

Our product also keeps a check on the demanding regulation processes in metal manufacturing. This includes checks on temperature, pressure, position, distance, or height regulation.

Textile Machinery

We guarantee efficiency by offering technical advantage in any type of textile machine like weaving, knitting, embroidery or finishing. Our modules include high-performance single or multi-CPU solutions, fast and super compact input/outputs with safety devices. Textile machines use controls over several axes. Our integrated compact and modular multi-axis drive systems save space in control cabinets and offer accuracy in the dynamic axis control of textile machines.

We offer integrated solution using standard parts and limited interfaces, short development time and only one-stop solution for all your automation needs.

Energy

The current trend is to use green energy through solar panels or wind energy. We can improve efficiency by orienting solar panels and rotor blades to maximize energy generation at all times. We also offer bio-gas plant solutions.

Messung has extensive experience in energy automation and provides efficient control technology for the generation, distribution, and conversion of alternative energy. Our offering helps to reduce development costs as it can integrate with primary networks via connections Ethernet, for remote maintenance and operation via Cloud/IOT, on tablets and smart phones.

Messung offers its decades of experience in industrial automation to custom design and manufacture general purpose automation solutions for varied equipment in diverse application areas.

Messung’s technology enables high-performance, flexible machines that are information-enabled, and easy to integrate. They solution delivers real-time diagnostics,full control on safety, speed, productivity and efficiencies.

Special Purpose Machines

Every special purpose machine demands its own specific automation solution. Messung delivers tailor-made, cost-effective solutions based on their know-how in automation and sector-specific experience.

Messung’s compact PLC control systems guarantee efficient, reliable and sustainable automation solutions for special purpose machine applications such as hydraulic and pneumatic, indexing, leak testing, multi-spindle, drilling machines and more.

Utility Applications

Modern utilities rely on automation to monitor and control their systems. They also depend on automatic systems to protect their network and investment.

Messung develops and delivers PLC systems that can be deployed in central utility plants for integration, remote monitoring and automated control of mechanical-electrical systems. As a result, users achieve greater reliability, visibility, energy savings and operational efficiency.

Useful for applications such as compressor control, industrial cooling towers, pump management, diesel generating sets and industrial chillers.

Material Handling

Material handling covers a wide range of equipment and systems in applications such as warehousing and distribution, airport baggage handling, manufacturing and bulk handling, postal and parcel delivery, and similar. Messung builds robust and flexible automation systems with our proven PLC which can control all the mechanical systems and monitor all operating parameters.

Messung PLC plays a major role in applications such as roller and chain conveyors, manufacturing distribution systems, powdered and granular solids, pneumatic transport system and similar.

General Machines

Increasingly, industry is replacing the manual systems with automation systems, which improves productivity. Messung has standard solutions to enhance performance, safety, and control.

Our solutions have a flexible PLC system that is simple to operate and maintain, and can be installed for any general purpose usage machines such as press, band saw, bale press, industrial washing machines, ring frame, and more.

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industrialshoppingmall-blog · 7 years ago

Photo

Universal testing machine(UTM):

https://www.industrialshoppingmall.com/product-details.php?pid=838&sid=54 A universal testing machine (UTM), also known as a universal tester,materials testing machine or materials test frame, is used to test the tensile strength and

compressive strength of materials. An earlier name for a tensile testing machine is a tensometer. The "universal" part of the name reflects that it can perform

many standard tensile and compression tests on materials, components, and structures (in other words, that it is versatile).

Universal Testing Machine is designed for testing materials and other materials under tension, compression bending, transverse and shear loads.

Components of Universal Testing Machine:

Several variations are in use.Common components include:

1.Load frame - Usually consisting of two strong supports for the machine. Some small machines have a single support. 2.Load cell - A force transducer or other means of measuring the load is required. Periodic calibration is usually required by governing regulations or quality

system. 3.Cross head - A movable cross head (crosshead) is controlled to move up or down. Usually this is at a constant speed: sometimes called a constant rate of

extension (CRE) machine. Some machines can program the crosshead speed or conduct cyclical testing, testing at constant force, testing at constant

deformation, etc. Electromechanical, servo-hydraulic, linear drive, and resonance drive are used. 4.Means of measuring extension or deformation - Many tests require a measure of the response of the test specimen to the movement of the cross head.

Extensometers are sometimes used. 5.Output device - A means of providing the test result is needed. Some older machines have dial or digital displays and chart recorders. Many newer machines

have a computer interface for analysis and printing. 6.Conditioning - Many tests require controlled conditioning (temperature, humidity, pressure, etc.). The machine can be in a controlled room or a special

environmental chamber can be placed around the test specimen for the test. Test fixtures, specimen holding jaws, and related sample making equipment are called for in many test methods.

Principal of Operation : Operation of the machines is by hydraulic transmission of load from the test specimen to a separately housed load indicator. The hydraulic system is ideal since

it replaces transmission of load through levers and knife edges, which are prone to wear and damage due to shock on rupture of test pieces. Load is applied by

a hydrostatically lubricated ram. Main cylinder pressure is transmitted to the cylinder of the pendulum dynamometer system housed in the control panel. The

cylinder of the dynamometer is also of self-lubricating design. The load transmitted to the cylinder of the dynamometer is transferred through a lever system to

a pendulum. Displacement of the pendulum actuates the rack and pinion mechanism which operates the load indicator pointer and the autographic recorder.

The deflection of the pendulum represent the absolute load applied on the test specimen.Return movement of the pendulum is effectively damped to absorb

energy in the event of sudden breakage of a specimen.

Uses of Universal testing machine:

The set-up and usage are detailed in a test method, often published by a standards organization. This specifies the sample preparation, fixturing, gauge length

(the length which is under study or observation), analysis, etc.

The specimen is placed in the machine between the grips and an extensometer if required can automatically record the change in gauge length during the test.

If an extensometer is not fitted, the machine itself can record the displacement between its cross heads on which the specimen is held. However, this method

not only records the change in length of the specimen but also all other extending / elastic components of the testing machine and its drive systems including

any slipping of the specimen in the grips.

Once the machine is started it begins to apply an increasing load on specimen. Throughout the tests the control system and its associated software record the

load and extension or compression of the specimen.

Machines range from very small table top systems to ones with over 53 MN (12 million lbf) capacity.

#UniversalTestingMachine UniversalTestingMachinePrice

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