Tel: 0129-4001010 Phone: +91 730 321 5033
Email: cs@absoluteveritas.com
Manufacturers across various sectors, including automotive, railway, household goods, leisure products, medical equipment, and laboratory devices, prioritize ensuring the safe and reliable performance of their electric and electronic devices. Electromagnetic interference and susceptibility, which may seem minor in one setting, can pose significant risks in others. Therefore, adherence to electromagnetic compatibility (EMC) guidelines and obtaining the CE marking is crucial. Compliance with the EMC directive 2014/30/EU is mandatory for anyone intending to introduce such products into the European market.
Our EMC testing procedures are designed to align with these standards, providing certification that meets international market regulations. Our testing is conducted by skilled professionals in our advanced laboratories or conveniently on-site in many cases. We ensure comprehensive assessments, issuing our test mark only after thorough initial inspections and repeated checks at production sites.
Whether you're introducing your electric or electronic products in Europe, Australia, Japan, or North America, compliance with EMC regulations is essential. Testing and obtaining certification from a trusted third-party service provider not only guarantee market access but also communicates credibility to consumers in these regions. Our test mark enhances your competitive advantage by signifying quality, providing customers with a dependable reference point in today's competitive marketplace.
We offer comprehensive and unbiased testing services that cover crucial stages of your product development:
Conducting tests during the development phase to identify potential issues early and control expenses.
Testing at the final prototype stage before production, accompanied by a detailed test report for market regulators and stakeholders.
Implementing random sample testing during large-scale production as part of a comprehensive quality assurance initiative.
Our specialists will assess the electromagnetic compatibility of your product in just three straightforward steps:
Testing of the product in accordance with the EMC directive 2014/30/EU ensures that the equipment is designed to prevent electromagnetic frequencies from disrupting the operation of other products and vice versa.
Issue of the EMC test report
EMC certification
Our highly equipped laboratories specialize in the following categories: alarm systems, automotive and e-mobility, components, electromagnetic field measurements, household and leisure products, industrial equipment, information technology, laboratory instruments, lighting solutions, medical devices, motor vehicle accessories and parts, and railway technology products.
Harmonic Current Emission:The Harmonic Current Emission Test assesses the level of harmonic currents introduced by the load back into low-voltage AC public mains networks.
Voltage Flicker and Fluctuations:This test, detailed in IEC 61000-3-3 / EN 61000-3-3, focuses on limiting voltage fluctuations and flicker affecting public low-voltage systems under specified conditions.
Conducted Emission on Mains Port:Conducted Emission testing on the mains input evaluates and restricts the conducted noise emitted by electrical or electronic products to the public mains network.
Conducted Emission on Telecom Port:Conducted Emission testing on telecom ports measures and limits the conducted noise emitted from telecom ports, which could interfere with other cables or devices in the network.
Radiated Emission:Radiated Emission testing measures and limits the electromagnetic noise emitted from electrical or electronic products into the surrounding environment.
Electro Static Discharge (ESD):ESD testing evaluates the product's ability to withstand static charges generated during normal use.
Radiated Susceptibility:Radiated Susceptibility testing assesses the product's resilience against radio frequency interference from nearby equipment.
Power Frequency Magnetic Field:Power Frequency Magnetic Field testing evaluates the product's resistance to magnetic field interference from neighboring equipment, particularly relevant for components sensitive to magnetic fields.
Pulse Magnetic Field:Pulse Magnetic Field testing assesses the product's ability to withstand pulsed magnetic fields, such as those found near high-voltage substations and electrical plants.
Electrical Fast Transient (EFT):EFT testing evaluates the product's immunity to repetitive fast transients, which can affect AC mains, power supply, control, signal, and earth ports.
Surge:Surge testing evaluates the product's capability to withstand high currents induced by events like lightning strikes or switching operations.
Conducted RF:Conducted RF testing assesses the product's ability to resist conducted noise across various frequency spectrums, entering through power supply and signal ports.
Disturbance Power:Disturbance Power testing measures the interference radiated from mains and other leads near the appliance, determining the appliance's disturbing capability.
Clicks / Discontinuous Disturbance Test:This test evaluates the duration and impact of interference generated during the operation of household appliances or products used in residential or light industrial settings.
We can test all automotive electronic and electrical subassemblies / products, components.
Relays, Sensors, Switches, Flashers, Regulators
Infotainment and Communication Equipments
Wiper motors, windshield washer assemblies, fan motor assemblies, alternating current generators, starter motor assemblies, power window motors, and all other types of motor assemblies
Engine Control Units
Immobilizers
Keyless entry systems
Car Security systems
Display systems
Automotive Lighting
Fans used in automobiles
Alarm systems
Household appliances and recreational products
Industrial machines
IT equipment
Car accessory parts
Components
Lab equipment
Lighting
Medical products
Expertise and Experience: Our team has extensive knowledge in EMI/EMC testing standards and practices.
Strategic Lab Partnerships: We collaborate with accredited laboratories to provide reliable and thorough EMI/EMC testing services.
Comprehensive Services: We offer a full range of testing, ensuring compliance with relevant regulations for your products.
Commitment to Compliance: We help you navigate the regulatory landscape, ensuring your products meet all necessary standards for market entry.
For more details, please reach out to us via email at cs@absoluteveritas.com
Conducted in a controlled laboratory setting, EMC testing evaluates electromagnetic interference (EMI) and electromagnetic susceptibility (EMS). EMI focuses on the emissions of radiation waves from a device and their impact on the surrounding environment, whereas EMS assesses how well a device withstands disturbances originating from its environment.
EMI originates from the propagation of electromagnetic emissions, whether through the air or via cables and power lines. The testing methods for each type of emission vary accordingly.
ITE is particularly prone to both causing and being affected by EMI. This is largely due to the prevalence of wireless connectivity in these devices, which makes them more susceptible to electromagnetic disturbances. Additionally, their portability increases the likelihood of encountering other devices that can either generate or suffer from interference.