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MIL,STD-461 Tests

Why is the MIL-STD-461 Test is Necessary

Ege Test Center and MIL-STD-461 Testing

The MIL-STD-461 standard, which we test as the Ege Test Center, is required for the activities of the Ministry of Defense (DoD) and the requirements for the control of electromagnetic interference (EMI) emissions and sensitivity characteristics of electronic, electrical and electromechanical equipment and subsystems designed or supplied for use by their agents. The MIL-STD-461 standard is the basic standard for military electromagnetic compatibility testing at the device and subsystem level.

Measurement Forms;

Dissemination through conductivity (CE-Conducted Emission)
Susceptibility through conductivity (CS-Conducted Susceptibility):
Since the MIL-STD-461 is developed for use on all platforms and different platforms have different needs, all tests specified in the standard are not applied to all platforms.

For example;

Test CodeDescription
CE101Conductivity Transduction, Power Lines, 30 Hz – 10 kHz
CE102Conductivity Transduction, Power Lines, 10 kHz – 10 MHz
CE106Conductivity Transmission, Antenna Terminal, 10 kHz – 40 GHz
CS101Conductivity Throughput, Power Lines, 30 Hz to 150 kHz
CS103Sensitivity through Conductivity, Antenna Input, Intermodulation, 15 kHz – 10 GHz
CS104Sensitivity through conductivity, antenna input, suppression of unwanted signals, 30 Hz – 20 GHz
CS105Sensitivity through Conductivity, Antenna Input, Cross-Modulation, 30 Hz – 20 GHz
CS106Conductivity through Transition, Transitions, Power Lines
CS109Sensitivity through conductivity, construction current, 60 Hz – 100 kHz
CS11414 Conductivity through Cable Conductivity, Cable Injection, 10 kHz to 200 MHz
CS115Sensitivity through Conductivity, Cable Injection, Impact
CS116Sensitivity through conductivity, suppressed sinusoidal transitions, cables and power lines, 10 kHz to 100 MHz
RE101Radiation Transmission, Magnetic Field, 30 Hz – 100 kHz
RE102Radiation Transmission, Electric Field, 10 kHz – 18 GHz
RE103Radiation Transmission, Antenna Harmonic Outputs, 10 kHz – 40 GHz
RS101Fluorescence Through Radiation, Magnetic Field, 30 Hz – 100 kHz
RS103Fluorescence Through Radiation, Electric Field, 2 MHz – 40 GHz
RS105Temporality through Radiation, Temporary Electromagnetic Field

For example, the CE101 test is applied to the devices to be used in aircraft, submarine and ground forces,
but not to the devices to be used in aircraft connected to air forces. The CE102 test, on the other hand, is a test for all platforms. Although the standard on which the test is to
be applied to which platforms are defined, the conditions specified in the standard may not be met or the tests not required by the standard may be requested by the customer and the testing needs are only hard to follow from the standard. Therefore, starting from the start of the project test planning and preparation of a Test Plan document is very useful.

Why the MIL-STD-461 Test is necessary?

Thanks to the knowledge and experience of the Egetest Center expert teams for MIL-STD-461, you will be able to sell your product to the European market without any problem. For detailed information and communication, you can mail to marketing@egetestcenter.com or by entering the https://en.egetestcenter.com/applyonline/ and You can fill form.

EMI Certificate

How is EMI Test done?

If the device causes any electromagnetic interference

EMI do, electromagnetic interference tests, radio frequency wave operating devices, malicious broadcasts, operating frequency and output power controls.If it is determined that the device does not cause any electromagnetic interference in such an environment, The device is successful in the EMI Test.
if the device is causing any electromagnetic interference, CE certification cannot be given to the device under test as it may disrupt the operation of other devices.

Telecommunication devices that do not meet EMI Test requirements

The devices covered by the Radio Telecommunications Terminal Equipment Directive must meet the EMI Test requirements in order to obtain CE certification.In the scope of the directive, all radio and telecommunication equipment, such as mobile phones, satellite receivers, fixed and direct phones, ADSL modem and other data modems, base stations, radio and TV transmitters, must meet the EMI Test requirements. Telecommunication devices that do not meet the EMI Test requirements may disrupt other devices or disrupt their operation.Likewise, these devices can also be damaged by interference due to this electromagnetic interference.Therefore, a telecommunication device must meet the requirements of the EMI test in order to obtain a CE certificate.

EMI test is carried out by the engineers in laboratory environment by considering different conditions. Whether or not the device causes electromagnetic interference is controlled by the Radio Telecommunication Terminal Equipment Directive with different variations.If the device does not cause any interference, it is approved for the CE certificate. Since the device or products must have CE marking in order to be circulated in the European Union free market, it is mandatory to apply EMI Test to the telecommunication products.

If the device does not cause any interference

After being tested in EMI test laboratories, being careful during the report and document phase is also very important for getting CE certificate. It is therefore necessary to be careful when choosing test laboratories.

EMI Certificate

What is EMI Test?

What is EMI Test?

EMI, electromagnetic interference tests, radio frequency wave operating devices, malicious transmissions, operating frequency and output power controls. If it is determined that the device does not cause any electromagnetic interference in the environment according to these criteria, the device will be successful in the EMI Test. However, if the device is causing any electromagnetic interference, CE certification cannot be given to the device under test as it may impair the operation of other devices.

What happens as a result of the incompatibility of EMI Test conditions?

The devices under the Radio Telecommunications Terminal Equipment Directive must meet the EMI Test requirements in order to obtain CE certification. All radio and telecommunication equipment, such as mobile phones, satellite receivers, fixed and direct telephones, ADSL modem and other data modems, base stations, radio and TV transmitters, must meet the EMI Test requirements. Telecommunication devices which do not have EMI Test conditions may disrupt other devices or disrupt their operation. Likewise, these devices can also be damaged by interference due to this electromagnetic interference. Therefore, a telecommunication device must meet the requirements of the EMI test to obtain a CE certificate.

EMI Test application and certification

EMI test is carried out by the engineers in the laboratory environment in consideration of different conditions. Whether the device causes electromagnetic interference is controlled by different variations within the scope of the Radio Telecommunications Terminal Equipment Directive. If the device does not cause any interference, it may be eligible for a CE certificate and a certificate of conformity cannot be issued if an interference is detected. EMI test is mandatory for the telecommunication products, as the device or products are required to have CE marking in order to circulate in the European Union free market.

Ege Test Center and EMI

After being tested in EMI test laboratories, being careful during the report and document phase is also very important for getting CE certificate. For this reason, being careful when choosing test laboratories, Ege Test Center supports you in EMI Tests with expert teams.

Detailed information and contact

You can contact us by e-mail to marketing@egetestcenter.com for detailed information about the EMI Test and get detailed information or you can reach us by filling out the form at https://en.egetestcenter.com/applyonline/ .

Ce Certification

How to get CE certificate?

Ege Test Center and CE Certificate

With the expert engineers trained in the defense industry and international test organizations, the CE certification works of your Ege Test Center products are completed quickly and quickly.

CE Certificate is taken following the following ways:

1. Stage Research and Detection

  • First of all, product specifications are determined by determining the technical characteristics and intended use of the product.
  • The directives entered by the product within the scope of CE are determined.
  • After determining the product directives specific standards within the scope of the directive are determined.
  • Determined if the notified body is required. Some risky product groups have a mandatory certification.
  • Roadmap is examined under the directive or directives and the most appropriate road map is selected.
  • Examining the requirements of the Quality Management System; Some directives provide for a quality system in the process of CE marking

2. Stage Test and Control process

  • Testing, analysis and technical controls of the product according to the standards determined within the scope of the directives / directives and taking the necessary reports.
  • Where necessary, obtaining certificates and test reports from the Notified Body establishment in risk product groups;
  • Doing Risk Analysis;
  • Preparation of appropriate user manual;
  • Technical Documentation / Preparation of Technical File;
  • Declaration of Conformity;

3. Stage Placing CE Marking and Storing Technical File

  • CE marking is placed on the product according to the relevant directive.
  • Store the Technical File of the Product for the period specified in the product directive and, where necessary, be archived to the competent authorities / market surveillance authorities.

4. Stage Product Launch

  • At the end of the above processes, the product is entitled to carry CE marking and it is free to have free movement in our country and EU market.

In the CE certification process, our company will prepare your CE Certificate declaration by serving you in the fields of consulting, testing, reporting and technical file preparation with the laboratory facilities of EGE TEST CENTER.

For communication and detailed information

For communication and detailed information you can click This page or send mail marketing@egetestcenter.com

EMC tests for toys

Ege Test Center helps EMC Tests to be applied to your toys

Protect children’s safety with Ege Test Center
Toy brands, manufacturers, retailers and importers face unprecedented challenges in today’s global marketplace. There is increased knowledge and understanding of the risks posed by hazardous materials and bad designs. As a result, the regulatory landscape is becoming increasingly rigid worldwide.

From design review to product testing, pre- and post-shipment inspections, factory inspections, and retail audit tests, Ege Test Center’s comprehensive range of solutions enables our customers to demonstrate their commitment to product quality and safety throughout the entire supply chain.

Standards required by countries;

Ege Test Center supports manufacturers, suppliers, retailers and brands by performing the necessary tests according to the market and product nature of the toy:

EU: EN 71 European Standard for Toys, REACH Regulation, EU Toy Safety Directive 2009/48 / EC 
USA: CPSIA, ASTM F963, FDA, California Prop 65 
Canada: Dangerous Goods (Toys) Regulation 
Australia and New Zealand: AS / NZS ISO 8124 
China: GB 6675-2003 National Security Technology Code for Toys, GB 19865-2005 Safety of electric toys 
International: ISO 8124-1: 2009 Safety of Toys

For test and information

For more detailed information about the tests of EMC, please send an e-mail to marketing@egetestcenter.com or fill out the form at https://en.egetestcenter.com/applyonline/ .

Detectus RSE Series

Visual Noise  Detection

The patented EMC scanner measures emissions from PCBs, components, cables and products. 

It has features such as the XYZ robot, a spectrum analyzer with near-field probe and communication with a standard PC or spectrum analyzer with special software and GPIB card. During measurement, the near-field probe is carried by the robot to a grid of measurement points on the test object. The position of the probe and the value of the emission intensity at each measurement point are stored in the computer. After measurement, the results can be documented in different types of reports.

Purpose comparative measurements

EMC Scanner is one of the most useful features of the system, allowing you to make really objective comparative measurements.

Below you can see an example of comparative measurements. Six measurements show the same test object and the same frequency. The difference is the value of the dissociation capacitor of an IC.

Multi-scan

The MultiScan measurement allows you to create area graphics from any frequency within the measured broadband range. This powerful feature is a great improvement and gives a tremendous amount of information. When the right of the screen is viewed to the right of the screen, the main part of the screen shows the area graph of the frequency selected in the upper left chart.

The upper left chart shows the accumulated trace (maximum retention spectrum of all measurement points).

The upper right chart shows the broadband spectrum from a user selectable point on the area graph.

Import 3D surface models

You can now import 3D surface models in STL file format and create the following measurement points from a fixed distance. The 3D surface models can easily be aligned to the measurement using the 3-point alignment feature.

High Resolution Heat Screening

The scanner system also includes a Heat Scanner feature.

The scanner is a high-resolution measurement system for anyone who wants to accurately and accurately measure temperature. Measurements are presented graphically as two- or three-dimensional images.

Ege Test Center and Detectus

For more detailed information about the products of Detectus, which Ege Test Center has made a new partnership agreement, please send an e-mail to marketing@egetestcenter.com or fill out the form at https://en.egetestcenter.com/applyonline/ .

Machinery Directives

006/42 / EC The Directive  published as Machinery Directive 2006/42 / EC was published by the Turkish Ministry of Science, Industry and Technology as a Machinery Safety Regulation. Provisions and boards related to CE certification required in exportation to the EU Member States and in the country where they are produced are defined in the regulation.

2006/42 / EC Machinery Safety Regulation   machines include interchangeable equipment, safety features, lifting accessories, chains, ropes and belts, removable mechanical transfer devices, partially completed machines.

In the regulation machine; “Getiril except for partially completed machines, intended to be equipped or equipped with a propulsion system other than direct human or animal power application to express the products specified in the first paragraph of Article 2, at least one of the associated parts or parts thereof being movable and assembled for a particular application of them with a collection of parts;only if it is not used or required to be connected to the field of use or to a source of energy and movement and is only installed in a transport vehicle or when it is installed in a building or structure or is arranged to operate as a whole to achieve the same result a collection of partially completed machine parts specified in sub-paragraph (f), and at least one interconnected manpower for load-lifting and power-supply directly applied at least one of a plurality of interconnecting parts and parts.”Is defined as.

 

The  conformity assessment procedures of the machines are as follows;

The manufacturer or his authorized representative applies one of the conformity assessment procedures to document the suitability of the machines.

In the event that the machines are not included in Annex IV, the manufacturer or his authorized representative shall apply the conformity assessment process with the internal controls of the machinery specified in Annex VIII.

Machines manufactured in accordance with the harmonized standards referred to in the second paragraph of Article 9 of the list given in Annex IV, the manufacturer or his authorized representative, if these standards cover all relevant basic health and safety rules;

a) the assessment of conformity with the internal controls of the machine manufacturing specified in Annex VIII; or

(b) the EC type-examination procedure referred to in Annex IX, as well as the internal control procedures in the machinery production referred to in paragraph 3 of Annex VIII; or

c) the full quality assurance procedures referred to in Annex X

What information should the technical file manufacturers need to include?

The technical file should contain the following information unless otherwise stated:

– A general description of the machine,

– A general drawing of the machine and drawings of the control circuits, as well as appropriate descriptions and explanations for understanding the operation of the machine,

– Calculations necessary to confirm the conformity of the machine with the basic safety and health requirements, test results, full detailed drawings with documents,

– Documents containing the following about the risk assessment showing:

– List of basic health and safety requirements applied to the machine,

– Description of the preventive measures to eliminate identified hazards or to reduce risks, or, where appropriate, to indicate irreparable risks associated with the machine,

– The standards and other technical specifications used and the presentation of the basic health and safety rules covered by these standards,

– Any technical report containing the results of tests carried out by the manufacturer or by a manufacturer selected by the manufacturer or his authorized representative.

– A copy of the instructions for the machine,

– where appropriate, the Manufacturer’s Declaration for partially completed machines and relevant assembly instructions for such machines,

– Copies of EC Declaration of Conformity for other products installed on this machine, where appropriate,

– A copy of the EC Declaration of Conformity

– Internal measures for mass production to ensure that machines comply with the provisions of this Regulation.

In addition, the manufacturer must carry out the necessary research and experiments on the completed machine, parts or equipment in order to determine that it is capable of being safely assembled and put into service in terms of its design and construction. Relevant reports and results should be included in the technical dossier.

5m Measurement Compatible Semi-Anechoic Room

Electromagnetic Compatibility Test Laboratories

 Electromagnetic Compatibility Laboratories

EMC Test, which controls the electromagnetic compatibility of the devices and is required for the electronic devices to obtain CE certification, is a test that must be performed by qualified engineers in qualified laboratories. An electrical or electronic device must be subject to EMC testing to be available for sale in the free market. However, in case of incorrect or incomplete applications in EMC testing stages,prevents the device from receiving CE certification. For this reason, the EMC test equipment must be tested in the qualified laboratories and by specialist engineers.Faults or incorrect applications in the test phase may restart the device’s CE Certificate, resulting in market losses and financial losses.

Ege Test Center and EMC

EMC test, electronic or electrical components, working in harmony with other devices and not damaging the devices in the environment and that it ensures that the electromagnetic compatibility meets the requirement of electromagnetic compatibility to continue to work without being affected by these devices.If a device receives a negative report from the EMC Test, this means that the device may interfere with other electrical or electromagnetic devices or may affect operating standards. Since more than one electrical or electronic device is widely used in both industrial and domestic applications, It is essential that electrical or electronic devices have this condition. In addition to user benefits,EMC Test, which is one of the conditions required to obtain a CE certification of a device, is an important test phase for the safety and availability of the device.

EMC Laboratories for EMC testing

EMC Tests, This is a test which must be applied by the engineers who are experts in this field in the correct laboratory conditions.If the EMC Test is improper or incomplete, or if the documentation is not sent correctly,Since the CE certificate will have a negative impact on the process, It is necessary to pay attention to the criteria to be safe and qualified for the organization to be tested.

Automotive Electromagnetic Compatibility (EMC) Test

EMC Tests for Automotive

Automotive EMC testing is the process of measuring the electromagnetic compatibility (EMC) of a car and its components. Each part, from car radios to motors, needs to be tested to see how the electromagnetic fields interact and to determine if any part generates electromagnetic interference (EMI). EMC tests are now becoming more important as automotive RF design becomes more complex and manufacturers integrate 4G, WiFi and Bluetooth technology into their cars. Emerging markets, such as electric and automatic cars, contribute to this complexity in design. When a dashboard communicates with control systems and each other, RF noise and emissions are full of active ingredients that generate potential EMI sources. EMC compliance,

Basic EMC Tests in Automotive

For cars, EMC testing is essential for both EMI immunity and EMI emission levels; they are divided into four different types:

  • Emitted emissions (RE),
  • Emissions performed (CE),
  • Radiated Immunity (RI)
  • Conducted immunity (CI) tests.

Ege Test Center and Automotive applications

The Egetest Center expert teams use the most successful EMC testing equipment in automotive testing. This enables us to perform RF emission measurements without affecting the ambient signals and to provide the environment that meets your needs. Thanks to our experience and knowledge in Otomotov tests, we are with you in every process. For detailed information and communication, you can mail to marketing@egetestcenter.com or you can reach us by filling in the form at https://en.egetestcenter.com/applyonline/ .

Lightning Testing and Surge Immunity Testing

Ege Test Center offers engineering services for lightning immunity test requirements and overvoltage immunity testing requirements. The lightning test can be completed in single-stroke, multi-stroke and multiple burst tests. Direct lightning testing is typically required for external aircraft systems. An indirect lightning test is required to prevent problems with both internal and external aircraft electronics. It simulates secondary currents and voltages passing through indirect lightning, circuits and cables. The test is also called overvoltage immunity test.

Aviation and Military

  • RTCA / DO-160D / E / F
  • MIL-STD-461D / E / F (CS116 and RS105)
  • Airbus US0100.1.2
  • Airbus A380 4421 M1F 0000 00
  • Boeing D6-16050-4 / 5
  • Boeing D6-36440
  • Def Stan 59-411 DCS08
  • EUROCAE ED-105
  • EUROCAE ED-84
  • EuroFighter SPE-J-000-E-1000
  • NASA SL-E-0002
  • SAE ARP5412

Automotive

  • EN 50498
  • ISO 7637-1 / 2
  • General Motors GMW3097
  • Directive 2004/104 / EC (on Temporary Immunity)
  • Automotive Type Approval / e-Mark
  • DaimlerChrysler DC 10614
  • SAE J1113
  • Ford ES-XW7T-1A278-AB and -AC
  • LA DOT 92-088-04 (LED Temporary Special)

Telecom / Information Technology

  • GR-1089-CORE
  • ITU-T K.20 and K.21
  • CE Mark
  • IEEE Std C62.41.2
  • EN 300386
  • IEC 61000-4-4
  • IEC 61000-4-5
  • IEC 61000-4-12

Communication for Lightning Testing and Surge Immunity Testing

For detailed information and communication, you can send an email to marketing@egetestcenter.com or you can fill in the form by clicking the Online Application link and you can reach us