EIIT - A Controlar company
Imagen
1
Imagen
2
Imagen
3
Imagen
4
Pic legend 1: Test Systems by EIIT - A Controlar company
Pic legend 2: Station for logoprojection and welding
Pic legend 3: Automated in-line system for packaging
Pic legend 4: XILS Series Handlers, PCB Test Systems
General information
-
Company nameEIIT - A Controlar company
-
AdressCamino Robledo de Chavela, 9-B, Puertas 1-8, 28210 Valdemorillo - Madrid - Spain
-
Turnover17.78 million EUR in year 2023
-
Employees151 in year 2023
-
SMEYES
-
Contact Info:
-
Phone+34918904614
-
Emailidi@eiit.com
Activity and Skills
EIIT - A Controlar company is a leading company in the design, manufacture and commissioning of test equipment and automation systems for all fields of industry, supplying our customers with innovative and technologically advanced turnkey solutions.
EIIT is part of the Controlar Group which operates through a global network of production units and companies, local offices and partners working together in countries such as Spain, Portugal, Mexico, Germany, India, Malaysia, China and USA.
We expand our knowledge and experience to different areas such as: aeronautics, automation and electronic test engineering. All of them focused on developing and managing cutting-edge projects to ensure that each product is manufactured in compliance with all quality and safety standards.
In 2016 EIIT started working together with Big Sciece facilities on several projects for ITER, which are still improving today.
Recently, we reached a partnership with Beckhoff Automation, a global leader in automation technology. This collaboration reinforces our commitment to deliver innovative and high quality solutions in the fields of electronic test engineering, robotics and industrial automation.
This company breakthrough has led us to develop large projects for major aerospace and defence companies in several countries.
Contracts for Big Science facilities
[ESA - Thales
]
SPACEMTG – METEOSAT 3rd GEN
(2021 - 2021)
PXI-based system for the validation of communication buses with speeds of up to 1.5 Gbit/s.
[ITER ORGANIZATION]
INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB) CUBICLE
(2019 - 2022)
Design, supply and testing of 2 cubicles housing 30 Discharge Loop Interface Boxes (DLIB) and Bypass Loop Interface Boxes (BLIB) (15 per cubicle). The contracted scope of work includes: design of the cubicles as per ITER PCDH guidelines and delivery of design documentation, design and execution of the test procedures, CE Marking of the two cubicles, packing and transportation of the manufactured cubicles to IO headquarters, wher they wil be installed.
[ITER ORGANIZATION]
INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB) FUCTIONAL TESTER
(2017)
The test systems will include up to 12 DLIB's with the possibility of making loops from 2 DLIBS up to 12 DLIBS. The capabilities of the DLIB to be checked are:
1) Verification that oop current can be regulated between 7-17 mA with the terminator which has built-in resistors.
2) Verification that events in the range of 5-24V DC range can be read by DLIB.
3) Verification that the first event can be recorded when two or more interlock events happen in different DLIBs.
4) Verification that the PROFINET communication can work properly with DLIBs and with different topologies: 12 DLIB in linear, in star and linear star in mix.
[ITER ORGANIZATION]
INDUSTRIALISATION AND PROCUREMENT OF THE ITER INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB)
(2015 - 2017)
The interlock current loops are hardwired connections between the different equipment involved on the protection of the ITER superconducting coils and associated systems. This includes the quench detectors, fast discharge units, protective make switches and AC/DC converters.
The Discharge Loop Interface Box or DLIB is a common mechanical and electrical interface to all the ‘users’ of these hardwired loops. When an interlock event requiring a fast discharge of the superconducting coils occurs, the information is transmitted from the sensors to the actuators by the interruption of 3 redundant discharge loops. This electronic component has the main task of maintaining the continuity of the three wires of the loop, while interfacing the users of the loop.
Relevant R&D projects
[AUTO & TEST
] -CILS-1500 LED Calibration System
Its adaptable design perfectly meets your specific requirements, allowing you to easily calibrate a large number of LEDs on a variety of panels of different dimensions. Whether you need to calibrate small production series or large batches of LED panels, the CILS-1500 offers a flexible and scalable solution that adapts to your current and future needs. With features like multiple parallel work heads, optical microspheres, linear power supplies, and independent LIN buses, the CILS-1500 ensures precise correction of color and intensity variations among LEDs during production. The NI TestStand software architecture and MS SQL server traceability provide reliable performance and easy integration with your existing systems.
[TEST
] -AUTOMATIC TEST AND CALIBRATION SYSTEM
This is a complete and functional test system that reflects some of the capabilities and competencies of EIIT, specially its proven experience in Process Automation and Electronic Testing.
The challenge overcome by this system brought together a series of challenges, including the following:
• Processing of depopulated products with different morphologies (up to 11 different product references).
• Management of trays both for incoming product and for trays with tested and calibrated product, as well as automatic rejection of non-conforming product.
• Verification of product conformity with ICTs test, In-System Programming and customization of the product, as well as Functional Test, BIN discrimination and Calibration of both intensity (<10%) and color (<0.015 in XY chromaticity).
• Cycle time <10 sec/PCBA.
[TEST
] -VALIDATION SYSYEM FOR LOGOPROJECTION
EIIT has developed a new Logo Projector validation system for the automotive industry with a cycle time of less than 14 seconds.
The system features a 4-nest rotary table with clearly differentiated functions to ensure high accuracy and repeatability at all times. The loading of the station is done manually but it could be automated with a robot.
[TEST
] -XILS - IN-LINE HANDLING SOLUTIONS
Designed to cover a large number of test points, with long panels for future expansion, the XILS series of Handlers, PCB test systems in the line of EIIT – Innovative Engineering Solutions, is ready for the most demanding applications..
Controlar / EIIT’s in-line handling solutions were developed to meet the high standards of the automotive industry for testing a wide range of PCBs. These systems are also suitable for other industries, such as consumer and industrial electronics.
Key points:
• Quick return on investment – ROI
• Applicable to a wide range of PCB dimensions
• High handling speed
• Quick setup and easy product replacement
• Flexible and adaptable solutions to different electronic test technologies
[AUTOMATION
] -In-Line Packaging Station
This station is an automated in-line system designed to meet the specific needs of each customer.
With advanced technology and quality materials, it provides reliable performance, improving efficiency and productivity across various production lines.
Not only does this system excel in automation, but it also integrates seamlessly into any production line, thanks to its compatibility with the SMEMA communication protocol.
Acting as the perfect link between the beginning and the end of the production cycle, it ensures a smooth and efficient operation.
Its primary function is simple yet crucial: upon receiving the finished product, it prepares it for final packaging using advanced transport and handling systems, ensuring precise and rapid circulation.
One of the standout features of this station is its versatility.