Avl India Private Limited

Avl India Private Limited

Alandur, Chennai, Tamil Nadu
08048732206
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We are a leading Manufacturer of Gas Analyzers, Gas Analyser, Smoke Meter, AVL E-STORAGE HV DC Power Supply, Software Simulation Solutions and Batteries Electrification Service from Chennai, India.

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Gas Analyzers

Gas Analyzers

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Approx Price: Rs 25 Lakh /Set

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Gas Analyser
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Gas Analyser

Approx Price: Rs 2 Lakh /1 no

Minimum Order Quantity: 1 1 no

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Additional Information:
  • Item Code: gasanalyserAVL444
  • Pay Mode Terms: T/T (Bank Transfer),Other
  • Production Capacity: N/A
  • Delivery Time: 30 DAYS
  • Packaging Details: AS PER PACKING
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Smoke Meter
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Smoke Meter

Approx Price: Rs 2 Lakh /1 no

Minimum Order Quantity: 1 1 no

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SMOKE METER


Additional Information:
  • Item Code: avl437csmokemeter
  • Pay Mode Terms: T/T (Bank Transfer),Other
  • Production Capacity: n/a
  • Delivery Time: 30 days
  • Packaging Details: as per pack
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Smoke Meter

Smoke Meter

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Approx Price: Rs 1.75 Lakh /Piece

Minimum Order Quantity: 1 Piece

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AVL E-STORAGE HV DC Power Supply
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AVL E-STORAGE HV DC Power Supply

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The AVL E-STORAGE HV (high voltage) is optimized for characterization and verification of electric driveline components in the automotive, off-highway, marine, aviation and stationary power industry.
AVL Approach
The AVL E-STORAGE HV is based on an advanced, grid connected, bi-directional DC power supply with an excellent dynamic behavior and enhanced control accuracy that can be easily adapted to meet customer-specific requirements in testbeds and in dedicated laboratories. The system can be operated as a stand-alone DC power supply, battery tester, and battery emulator or can be combined with sophisticated AVL or third party automation systems enabling the testing of e-motors and inverter systems as well as various batteries, fuel cells and super-capacitors. Short rise times and excellent voltage and current measurement accuracies make it ideal for highly dynamic testing while the voltage and current stability, variable output filters and controllable ground fault detection complete the full realm of requirements for advanced testing of batteries and e-drives.Benefits at a Glance
Enhanced control performance for battery emulation and testing with the new AVL Model Predictive Controller (MPC)Enhanced dynamic behavior enabled by a proprietary model predictive control algorithmNo switching time between charge (source) <=> discharge (sink): no delay in zero-crossingIntuitive software and automation system availableFunctional enhancements available, some available as upgrades at any timeReduced energy costs by highly efficient recovery to the mains gridSwitchable output capacitors for a flexible adaption to customer inverter characteristicsBuilt-in security compliant with ISO 13849-1 and EN60204-1Problem SolutionsOptionsTechnical DataIn modern powertrain configurations such as hybrid vehicles, pure electric vehicles or fuel cell powered vehicles, batteries, capacitors, etc. are used for electrochemical energy storage. The energy storage systems have to meet the demand for highly dynamic behavior for both charge and discharge as well as an acceptable lifetime.Lithium-ion technology offers the highest specific energy, dynamic behavior and efficiency at the moment. The most important parameters for energy storage systems are calendar and cycle lifetime, safety, power, energy and cost. AVL offers accurate, reliable and innovative testing solutions for system validation and development.
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Software Simulation Solutions
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Software Simulation Solutions

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AVL Customer Services offers support for software products and collaboration to develop customized simulation solutions. The transfer of engineering and application know-how maximizes the customer’s value from software download and installation to the development of methods and every day use.Training and Software Support
  • Does AVL offer local support
  • Does AVL provide software training courses for each simulation solution
  • Can I request individual software training courses with AVL Customer Services

Know-how Transfer and Engineering Support

  • Can I request support for a specific engineering topic and/or a specific application field
  • Is it possible to customize AVL’s simulation software to specific needs and requirements
  • How can I find out about the full capabilities and potential of my software

Project Work and Application Information

  • Does AVL help me with developing my simulation methods and simulation-measurement comparison for validation purpose
  • Can I outsource entire simulation projects?The AVL Solution

    Creating Value

    AVL maintains a worldwide network of affiliates and partners, guaranteeing customers the best possible access to the AVL simulation knowledge base. From the introduction of software to problem specific support, AVL’s close collaboration with customers is designed to provide a maximum of confidence in the application of AVL products.

  • From Engineer to Engineer

    AVL engineers participate in method development, advanced simulation work, software training and support. Over sixty years’ experience of engineering consulting and design development enables AVL’s engineering team to display strong/enormous client focus and engineering experience. The AVL team supports engineering communities to leverage AVL simulation software and methodologies. It leads to the creation of tailored solutions, aligned with the overall product development process of AVL clients.
  • Holistic solutions, software and methods
  • Method development including know-how transfer and support
  • Training on the job
  • Software development and support from a single source
  • Global partner with local competence
  • Tailored solution support for first-time challengesThe software support at AVL Advanced Simulation Technologies is organized according to our Customer Support Process (CSP). The CSP defines the process steps for answering all regular customer questions and requests related to AVL Simulation Technologies software products.
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Batteries Electrification Service
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Batteries Electrification Service

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The electrification of racing vehicles is required in many different racing series around the globe. Batteries that are lightweight, reliable and capable of high performance under extreme conditions are needed to satisfy the requirements. AVL can help integrate the knowledge of cell producers and automotive requirements of racing teams in design, simulation, build and validation of batteries for race cars.AVL develops and builds small series of high performance batteries for racing purposes. Both types of battery packs are available: high energy - for long distance EV racing -  and high power - for the hybridization of ICE vehicles, battery packs.

Hybrid and full electric vehicles will require technically different battery pack solutions. AVL addresses the variety of required technical and performance solutions by a modular concept and a flexible development process of the battery pack. Since AVL is not a cell manufacturer we can select the most adequate cell technology (both cost and technology wise) for different applications. Our development process for high power and high-energy battery packs comprises:

  • Cell testing and benchmarking
  • Mechanical and electrical design engineering
  • Mechanical and thermal simulation
  • Prototype and small series build
  • BMS development (HW and SW) for series production
  • Battery system validation

Beyond providing batteries to our customers, we also support them on-site during vehicle integration as well as during race events. AVL has profound knowledge in reliability and robustness analysis and the testing of battery packs under racing conditions. Our packs can therefore be ordered as a validated sample series for further safety in racing operation.

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Software Support
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Software Support

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The software support at AVL Advanced Simulation Technologies is organized according to our Customer Support Process (CSP). The CSP defines the process steps for answering all regular customer questions and requests related to AVL Simulation Technologies software products.

Purpose

The software support via email is the single point of contact for customers regarding software related issues (besides sales information). AVL Advanced Simulation Technologies support engineers are highly experienced calculation engineers, who also perform software training and project work in simulation projects within AVL's engine development process or separate pilot, validation or method development projects for customers.

 

Validity

The CSP is defined worldwide and is valid for all AVL Advanced Simulation Technologies software tools.

 

Content

  • Answer software related questions.
  • Take over change requests or enhancement requests from customers and transfer to development and product management.

 

Goals

  • Help the customer with daily problems.
  • Improve product quality and customer satisfaction.
  • Support development with information about customer needs and recommendations.
  • Improve customer relationship.

 

Customer Benefit

  • One contact for all software related questions.
  • Application know-how of all our support engineers.
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Engineering Support for Simulation
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Engineering Support for Simulation

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This module focuses on the usage of AVL Simulation Technologies software products in daily life and real development projects including evaluation and interpretation of results and dealing with root cause detection and sensitivity studies.Specific services are:

•    Start-up support
•    Enhancement support
•    Consulting
•    Software customisation and specific software development

Start-up Support

Purpose:

A start-up support is a training-on-the-job for a standard application using a specific customer model. It is organized as a separate project for a defined period of time. The target is to get started with a real application example. The start-up support can be performed at AVL Advanced Simulation Technologies in Graz, on-site or partly on-site at the customer. Typically AVL Advanced Simulation Technologies performs the main steps of the investigation and afterwards re-performs each step on-site together with the customer and makes use of these models and results for detailed explanation of each working step.

 

Validity:

Start-up support is offered for all standard applications and all AVL Advanced Simulation Technologies products. The standard applications refer to the standard training courses, offered by us. An input sheet defining all required data and mode is sent to the customer in advance.

 

Content:

  • Explanation of workflow and all working steps
  • Set-up of necessary models, perform analysis and evaluation and interpretation of results
  • Explanation of introduction of modifications
  • Hints and significant information about the application
  • Workflow and entire work performed will be documented in a report

 

Goals:

  • Entire workflow performed
  • Customer can perform the specific application by himself

 

Customer Benefit:

  • Knowledge transfer from AVL for standard application
  • Usage of customer models
  • Short time for customer to get efficient with new tool and application
  • Maximum training effect
  • The enhancement support is offered to experienced users of AVL Advanced Simulation Technologies software tools. Within this module know-how about very specific new features or methods is investigated, transferred to the customer and implemented into the specific development process. The enhancement support is guided by a specific model and application, using customer specific data. A comparison to previous methods and validation by measurements could be part of this work.

     

    Purpose:

    Enhancement support is a training-on-the-job for the usage of a new feature or method, offered by AVL Advanced Simulation Technologies software, using a specific customer model. It is organized as a separate project for a defined period of time. The target is to integrate this feature or method in the customer specific application work. The enhancement support can be performed at AVL Advanced Simulation Technologies in Graz, on-site at the customer. The specific customer model should be sent about 2 weeks before to ensure that our engineer gets familiar with the model and performs all necessary modifications in the model or defines these modifications. Requirements to the model are sent to the customer in advance.

     

    Validity:

    Enhancement support is offered for all AVL Advanced Simulation Technologies products.

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Software Training Courses
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Software Training Courses

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AVL Advanced Simulation Technologies offers standard and non-standard software training courses for all its software products.Standard Software Training Courses

These courses consist of basic training for new users and application training for experienced users. Training courses and general organization information are described in the AVL Advanced Simulation Technologies Customer Services catalogue.

 

Prices:

 

For scheduled training courses held in Graz, the price is:

  • 400 Euro per day and participant
  • 200 Euro per day and participant for Universities

 

For training on request, the total price for one AST engineer for one full day training is:

  • In Graz: 1,200 Euro for max. 4 participants
  • In Europe: 1,850 Euro for max. 6 participants at the customer location, including travel and accommodation
  • Rest of World: 5,200 Euro for 2 days training, including travel and accommodation. For each additional day 1,200 Euro
Non-Standard Software Training Courses

These courses are available on request to meet specific customer needs, based on customer models as training-on-the-job. These training courses are treated as separate projects, therefore their content, duration and price will be defined individually according to the specific needs and requests. A separate project proposal will be given by AVL Advanced Simulation Technologies.

 

Prices:

 

For training on request, the total price for one AST engineer for one full day training is:

  • In Graz: 1,200 Euro for max. 4 participants
  • In Europe: 1,850 Euro for max. 6 participants at the customer location, including travel and accommodation
  • Rest of World: 5,200 Euro for 2 days training, including travel and accommodation. For each additional day 1,200 EuroFirst take a look at the list of available training courses in the AVL Advanced Simulation Technologies Customer Services Catalogue.

     
    For standard basic training courses, use the calendars below to find the scheduled dates. Each product's basic training course is linked to the respective inquiry form in the AVL Skills Center.

    AST Trainings

    To register for your required course, please submit the inquiry form and then you will receive a confirmation email.

    For training courses on request, please search for a particular training course at the AVL Skills Center and submit the respective inquiry form with your required date. Application training courses are available on request after completing the basic training course.

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Vehicle System Simulation
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Vehicle System Simulation

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AVL CRUISE™ is recognised across the industry as the most mature and advanced system-level vehicle powertrain simulation package. It has been designed to deal with the complexity of not just today's powertrain structures, but also those of the future, with an extremely flexible, user-friendly and easy-to-use concept.Benefits at a Glance
  • Supporting the development process from concept studies to calibration and testing
  • Unique layer modeling concept provide unmatchable model management flexibility, re-usage and consistency at the same time
  • Analyze and switch between any drivetrain and transmission configuration from conventional to EV to HEV within one model with only one mouse click
  • Reduced effort with a ready-to-use vehicle analysis platform
From Concept Studies to Calibration and Testing

AVL CRUISE™ offers all of the flexibility needed to build up a system model, with the fidelity easily adjusted to all application requirements through the entire powertrain development cycle. It supports everyday tasks in vehicle system and driveline analysis throughout all of the development phases, from concept planning and design in the office to calibration and verification on hardware test systems. Starting with only a few input parameters in the early stages, the maturity of the model grows during the development process according to the continuously increasing simulation needs in calibration. Model reuse in consecutive or iterative development approaches ensures consistent decision processes and saves valuable engineering time by keeping the focus on the targets: optimizing vehicle fuel efficiency, emissions, driving performance and drivability.Today's multi-system vehicle powertrain concepts are pushing the complexity of system simulation models to the extreme. The highly adaptable system/subsystem structure of AVL CRUISE™ literally allows drivetrain concepts to be changed by a mouse click. Vehicle hybridization and the morphing of the model to application needs in different phases are carried out within minutes, allowing more time to be spent on the engineering, calibration and testing tasks, without having to dig into mathematical equations and re-program code.

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Calibration  Services
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Calibration Services

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Modern powertrain development creates significant challenges for the automotive industry. Essential vehicle attributes – performance, dynamics, fuel consumption, emissions and acoustics – depend on an optimized tuning of the control units. On the one hand, those calibration tasks are becoming more complex but on the other hand, optimal results in a shorter amount of time are demanded. To cover the wide range of tasks in their daily work, calibration engineers need efficient tools to put new methods into practice.Steady results in solving all calibration tasks require modern software tools that meet the complexity of the tasks and applications. During their usage within the development process, those tools have to meet requirements like data quality, reproducibility, stability and safety.

The aspired and necessary efficiency of calibration workflows demands permanent derivatives of methods. AVL has a long-time experience and is leading in the development of high-performance tools and methods in XCU calibration. Our aim is to provide a complete workflow for each single calibration task. A significant increase in efficiency when using AVL calibration software has been proved in worldwide practical usage.

Benefits at a Glance
  • Software tools to support development engineers during the entire calibration workflow
  • The complex influences of XCU parameters are easier to manage
  • Models can be reused throughout the different stages of the development process
  • Full utilization of the test facility due to intelligent test runs – even in unmanned 24-hour operation
  • Tools are supported and maintained on a global scale (roll-out capability for test facilities and different locations)
  • Development focus on calibration tasks instead of on the development of calibration tools
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Avl E-Storage LV DC Power Supply
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Avl E-Storage LV DC Power Supply

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he AVL E-STORAGE LV is a low-voltage variant out of the successful E-STORAGE product line that is optimized for characterization and verification of electric driveline components in the automotive, marine, aviation and stationary power industry. The system is based on an advanced grid connected regenerative DC power supply that can be easily adapted to meet customer-specific requirements in testbeds and in dedicated laboratories.
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E-Vehicle Design
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E-Vehicle Design

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Electric vehicles are no longer a trend but an established fact. In order to make the correct decision on which technological approach – BEV (battery electric vehicle) or REEV (range extended electric vehicle) - best meets the requirements of the market, the manufacturers specific boundary conditions and economic aspects have to be balanced with a multidisciplinary approach. For the design engineers at AVL this challenge is well known. To find the solution that meets best the required attributes, 60 years of engineering experience are used to optimize performance, efficiency, reliability and comfort as well as the production and component costs and - finally - the system price.
  • Concept and model-based system and component development
  • Function development and system integration
  • Utilization of synergy effects for the best overall system performance and reliability
  • Requirement engineering and component development
  • Electric vehicle build-up and development
  • Optimized system verification oriented on user profile
  • Cost-sensitive product and quality planning
  • Proven development tools and processes
  • Newest proven technology
  • Tailored solution for specific customer vehicle requirements
  • Reduced development effort and complexity by pre-developed  AVL solution concepts
  • Single development partner for the five powertrain elements: E-motor, SW and control, transmission, electric energy storage, combustion engine
  • Neutral benchmarking and concept validation
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Powertrain Design For Passenger Cars
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Powertrain Design For Passenger Cars

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Reduced CO2 emissions and low fuel consumption, optimized driveability and maximum safety are the main drivers for the design of modern passenger car powertrains – requirements that often collide with the increasing pressure on the manufacturers to reduce development and production costs as well as the time to market.

Design is at the center of new powertrain development, integrating the often conflicting requirements to provide an overall solution and documenting that solution for repeatable mass production.

AVL understands and handles the complexity of modern powertrains and all its elements. For us, the engine, exhaust aftertreatment, transmission, electric, electronic and safety - including the correlated control systems and software - are the well-tuned components of one integrated solution.

Customer Benefits

Relying on AVL expertise is the best solution to gain technical advantages:

  • Experienced multi-disciplinary team for development projects based on the specific demands and needs of our customers
  • Covering of all powertrain-specific aspects under one roof (design, simulation, development, research, plant and production engineering)
  • Experience with all kinds of conventional powertrains
  • Experience with all kinds of hybridization including battery design
  • Detailed and proven concepts with an accurate prediction of fuel consumption, emissions, driveability, reliability and function
  • From the first concept up to design to test and production
  • Utilization of database of benchmark and measurement data for target and trend analysis
  • Decision support by highly sophisticated simulations for all relevant areas
  • Use of synergy effects with other development areas, e.g. for energy management simulationAVL has broad experience in processing all kinds of powertrain development projects and offers a unique spectrum of services that cover all aspects of the development of modern powertrains.
    • Engine family concepts
    • Cooling system layout
    • Aggressive downsizing
    • Minimized friction
    • Vehicle integration
    • Hybridization
    • Transmission
    • Battery
    • Range extender module
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Powertrain Design Electrification
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Powertrain Design Electrification

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AVL is a pioneer of electrification techniques for vehicle powertrains and is familiar with all actual and promising future technologies. One of the major design tasks of the AVL design team is to find and elaborate a powertrain concept that best meets the dedicated customer vehicle concept, as well as the profile of the potential user. AVL uses most modern simulation and design techniques for early concept evaluation and verification, taking into account all the relevant aspects for an optimal system and system integration. Our business is not only the theoretical powertrain layout but even the integration into the vehicle, physical testing and design for SOP and beyond.
  • Electric vehicle and hybrid system optimization including e-motor, battery, power electronics and system controls
  • Range extender solutions as a combination of an internal combustion engine with a generator
  • Conceptual design and simulation-based verification with most advanced methodologies and tools
  • Efficient and proven simulation-driven design process based on front-loading approach
  • System integration, including system controls and all other electric components
  • Integration of e-drive systems according to all functional targets of the vehicle
  • Elaboration and realization of valuable solutions with a close look on manufacturability and production costs
  • AVL e-Fusion is a highly integrated system of modular building blocks for mild and plug-in hybrids, range extender and pure electrical drives. Low in weight and size. Low in fuel consumption and cost
  • Broad track record of gasoline hybrids, diesel hybrids, battery electric vehicle and range extender projects, e.g.:

    • Landrover Freelander TD4_e Micro Hybrid
    • Audi A1 e-tron Battery Electric Vehicle with range extender
    • P2-Hybrid-system development for Tier 1 & OEM
    • Several battery concept studies & A-sample development for europaen OEM's
    • Battery development from concept to serial production for a Chinese OEM
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Fuel Cell For Large Engines
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Fuel Cell For Large Engines

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AVL develops stationary SOFC CHP (combined heat and power) generators covering the complete development process - from system simulation, layout analysis, optimization, component development (reformers, media supply, burners etc.), design and packaging and control - all the way through to prototype manufacturing and testing.
  • 10kW building block for industrial CHP solutions from 10 - 200 kW
  • Operation with natural gas
  • Hot-gas anode recirculation (600°C)
  • 60% electrical efficiency
  • >90% total efficiency
  • The most compact package in the industry
  • Can be equipped with ASC or ESC stack technology
  • Manufacturing cost target: <€2000/kW
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Dynamometers for Engine Testing
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Dynamometers for Engine Testing

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AVL offers dynamometers for different engines and test procedures ranging from eddy current dynamometers, hydraulic dynamometers, asynchronous as well as synchronous motors for testing even the largest cross head engines. High measuring accuracy and dynamic control are a must for AVL.The range of performance of modern engines demands dynamometers that are of the highest quality technologically, but are also highly reliable and equipped with precise measurement devices. AVL dynamometers meet these requirements in an optimal way
  • Suitable for regular tests on engines, running-in schedule, performance tests, LD and HD emission cycle tests.
  • Normal functional tests such as cooling, lubrication, air intake, exhaust, fuel injection and fuel consumption, tests for external characteristics, acceleration tests.
  • The dynamometer can be used for power absorption and determining the engine power developed at various speeds.
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Dynamometers
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Dynamometers

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New regulations and the high competition in all major leagues lead to a permanent quest for innovations and new solutions. Based on the long history in technology leadership for powertrain engineering, testing and simulation, AVL offers dynamometers for different engines and test procedures for Racing Testing. High measuring accuracy and dynamic control are a must for AVL.The range of performance of modern engines demands dynamometers that are of the highest quality technologically, but are also highly reliable and equipped with precise measurement devices. AVL dynamometers meet these requirements in an optimal way.
  • Highly customized solutions
  • AVL environment supports high confidentiality
  • Expertise for simulation, engineering, manufacturing and testing
  • Professional support and partnership
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Dyno Drive

Dyno Drive

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Injection Nozzle Development
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Injection Nozzle Development

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AVL FIRE™ offers unique capabilities for analyzing and optimizing injection nozzles in respect of transient discharge rates, the occurrence of cavitation and potentially occurring material erosionAVL Approach

AVL FIRE™ offers indispensable capabilities when it comes to the development and optimization of injection nozzles. While a one-dimensional AVL BOOST™ HYDSIM model typically represents the complete injection system from fuel tank to the injector, AVL FIRE™ focuses on the three-dimensional calculation of the fluid flow in the injection nozzle.

Benefits at a Glance

Unrivalled simulation capabilities enable virtual design verification to:

  • Achieve higher engine out performance and lower engine out emissions
  • Reduce cavitation and avoid erosion
  • Prevent nozzle coking.In an early engine design stage, fuel injection details, such as needle lift and inlet pressure level are not known. In a virtual prototyping environment, coupled 1D/3D fuel injection simulations are extremely valuable. While AVL BOOST™ HYDSIM provides the information about longitudinal and radial needle displacements as well as pressure levels, AVL FIRE™ allows the accurate prediction of the fuel conditions in the injection nozzle and its impact on break-up, ignition and combustion in the IC Engines chamber. To get the maximum benefit out of both tools, BOOST™ and FIRE™ can be executed as a co-simulation with FIRE™ providing pressure forces on the injector needle and BOOST™ computing longitudinal and radial needle motion based on this information.
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Avl Dynamometers
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Avl Dynamometers

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AVL Dynamometers are representing the load system in testbeds with highest robustness and dynamic beside highest measurement accuracy. Engineered to meet application requirements of combustion engine testing, powertrain testing and E-motor testing. Our product families are optimized to meet different testing tasks like R&D, Calibration, HD Engine Certification and End of Line. The power ranges cover small off-road engines up to 2 stroke ship engines (10kW – 140,000kW).AVL Approach

The range of performance of modern engines demands dynamometers that are of the highest quality technologically, but are also highly reliable and equipped with precise measurement devices. AVL dynamometers meet these requirements in an optimal way.

AVL offers for all applications technically and economicwise the optimal solution. The product portfolio includes Eddy Current Load Units, AC Induction Load Units, AC Permanent Magnet Synchronous Load Units (PMM Drives) and Hydraulic Load Units.

The high dynamic converter control unit ensures high dynamic and high efficient performance by using the Rotorflux Vektor Control Technology.
Special versions to meet NVH requirements and setups with original exhaust system are available.

Benefits at a Glance
  • Compact, robust and maintenance friendly design
  • Decades of experience / hundreds of installations worldwide
  • Simulation expertise for complete mechanical set up
  • Expertise for integrating dynos into the customers grid
  • Global Support
  • AC Induction and PMM Drives:
    • Extreme low total harmonic distortion (THD) at the supply side
    • The energetic recovery system saves energy costs in the testing field
    • The Rotorflux Vektor Control Technology ensures a high dynamic operation
    • Interfaces according to common standards in the automotive industry
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Eol Cop
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Eol Cop

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The COP Engine Test System is an integrated part of the production environment and represents a key factor to ensure the product and production quality with lowest possible efforts and costs.The COP Engine Test System is an integrated part of the production environment and represents a key factor to ensure the product and production quality with lowest possible efforts and costs.AVL Approach

The AVL COP Test includes all necessary measurement devices and equipment for evaluation of predefined faults of production, within optimized COP cycles. In addition the optimized EOL automation system with specific test profiles, data evaluation and statistics is covered in one solution package. 

Benefits at a Glance
  • Ease of use / User Level Concept
  • Robust Systems
  • Reliability
  • High Reproducibility / Accuracy
  • Common database for all provided test systems within the production environment
  • Energy Efficient System Layout
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EOL QA Test
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EOL QA Test

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Engine Solution range from the process analysis via planning and development to the construction of the holistic test system integrated in production The Quality Audit Engine Test System is an integrated part of the production environment and represents a key factor to ensure the product and production quality with lowest possible efforts and costs.AVL Approach

The AVL EOL Hot Test includes all necessary measurement devices and equipment for evaluation of predefined faults of production, within optimized Audit cycles. In addition the optimized EOL automation system with specific test profiles, data evaluation and statistics is covered in one solution package. 

Benefits at a Glance
  • Ease of use / User Level Concept
  • Robust Systems
  • Reliability
  • High Reproducibility / Accuracy
  • Common database for all provided test systems within the production environment
  • Energy Efficient System Layout
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RPM Sensor

Approx Price: Rs 1 Lakh /1 no

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Smoke Meter

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Oil Temp Sensor

Approx Price: Rs 15,000 /1 no

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Reach Us

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Avl India Private Limited 2A-2, AMG Towers (2nd Floor), No. 28, Lawyer, Jagannathan Street, Alandur,
Chennai-600016, Tamil Nadu, India

Arun Kumar V ( Sr.sales And Service Engineer )
08048732206Call Response Rate: 61%
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