Electromagnetic interference can seriously disrupt the function and safety of your devices. The purpose of EMC testing is to determine whether electrical equipment will operate properly in an electromagnetic environment without interfering unwanted with other equipment.
EMCC tests according to all national and international EMC standards in the frequency range from 0 Hz to 325 GHz, as well as according to many environmental and safety standards. Our accreditations and recognitions by renowned international organizations, including A2LA and VCCI (Japan), cover approximately 3000 standards.
Relevant standards
Applications
EMC Testing of Consumer Electronics:
Microwave ovens, induction cooking appliances, sound and TV broadcast receivers, Video recorders, camcorder, CD player, satellite receiver, cable receiver, cooking hobs and ovens, electric toys, electrical tools, vacuum cleaners, coffee grinders, electrical heating devices, toasters, irons, electrical lighting equipment, Incandescent lamp luminaires, fluorescent lamp luminaires, IR radiation, UV fluorescent lamp, appliances, LED light sources, PC, laptop computers, monitors, multimedia equipment.
E-scooters fit into today's times. Without traffic jams and looking for a parking space, you can reach your destination quickly, especially in the city.
There are two types of E-scooters:
Important: Electric scooters may only be driven in EU countries with type tests or individual approvals.
In order to meet the safety standards, a number of tests are necessary, in which the EMCC experts will be happy to assist you.
We test your product in the fields of EMC, radio and environmental simulation. In our radio laboratory we test and evaluate all requirements of radio components according to national standards (Japan...). We offer a variety of Bluetooth, Bluetooth LE, WLAN, Zigbee tests etc.
ISO 17025 accredited Testing: Extract
Furthermore, we test your test specimen for environmental influences such as climate, vibration or corrosion.
Relevant Standards
Applications
EMC Testing of Industrial Electronics
ISM equipment (including laboratory, medical, scientific, induction, arc welding, MRI, microwave, EDM, industrial process measurement and control equipment), electrical tools, shredders, projectors, milking machines, air conditioners, dental drills, ironing machines, vacuum cleaners, floor polishers, sewing machines, soldering equipment, power staplers, cooking ranges, ITE, Personal Computers, professional multimedia equipment, machine tools, UPS, painting robots, saws, grinding machines, milling machines, broaching machines, CNC machines.
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| EMC and Radio testing, on-site testing, shielding effectiveness testing, consulting, training, troubleshooting, EMF exposure testing, Vehicle Directive testing, aircraft susceptibility tests against Transmitting Portable Electronic Device (T-PED) signals acc. ED-130, tests to manufacturer EMC specifications, calibrations | Consumer Electronics, EMC and Radio | ||||||||||||||||||||||||||||||
| DAkkS Accredited EMC Laboratories | Accredited EMC tests acc. to nearly all essential commercial EMC standards (European, Australian, New Zealand) ISO, IEC, EN, VDE, CISPR, AS/NZS, CSA |
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| DAkkS Accredited Radio Laboratories | Accredited Radio tests acc. to European, Australian, New Zealand radio standards ETSI EN, ANSI/TIA, ANSI/IEEE, AS/NZS |
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| VCCI registered test facilities | Testing of IT equipment to VCCI rules (based on CISPR standards); VCCI = Voluntary Control Council for Interference by Information Technology Equipment | ||||||||||||||||||||||||||||||
| Radiated Immunity acc. EN/IEC 61000-4-3 from 20 MHz to 3 GHz, up to 10 (20) V/m; Radiated Emissions of Radio Equipment, Pre-compliance Measurement CE; CISPR25 Emissions Measurement |
Fully anechoic room; 9980 mm x 5030 mm x 4950 mm; Door 1538 mm x 2185 mm BxH; Measurement dist.: 3 m; Turnt:. d = 2 m, 1 t/m2; Absorbers: 249 m² ferrites, 59 m² 50 cm pyramids; |
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| Radiated Emissions measurements acc. to European and international Standards, fulfils NSA requirements acc. to CISPR 16-1-4 chapter 5.7 within the frequency range 30 MHz to 1 GHz for test distances of 3 m and 10 m within a test volume of up to 4 m diameter; with additional floor absorbers free space emission tests up to 18 GHz, test site fulfils requirements acc. to CISPR 16-1-4 chapter 8 for emissions measurements in 3 m distance within the frequency range 1 GHz to 6 GHz in test volume of 4 m diameter and 2.3 m height; Radiated Immunity testing | VCCI Registration #R-2958; 21400 mm x 14000 mm x 7800 mm (LxWxH), sliding door 2588 mm x 2568 mm BxH (effective 2.5 mx 2.5 m due to access tunnel!); Turntable 4 m/5 t, Speed 0.4° ... 12° per sec, Accuracy 0.5°; supply voltages 250/440VAC/63A/50/60Hz and 115/200V/32A/400Hz, compressed air, water, exhauster for combustion engines (1000 m3/h), feedthrough plates for EUT monitoring & control; build year: 2006 |
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| Acc. to EN/IEC 61000-4-3 in the frequency range 80 MHz to 6 GHz, up to 10 (20) V/m on systems with up to 4 m diameter | |||||||||||||||||||||||||||||||
| Shielding attenuation tests: clear opening for test material 1900 mm x 1200 mm, 900 mm x 900 mm or smaller, Conducted Emissions tests, Conducted Immunity tests | VCCI Listing for Conducted Emissions tests; 8.5mx5.1m, Door 1.2 m x 2,1 m; Supply voltages 250/440VAC/32A/50/60Hz and 115/200V/32A/400Hz; compressed air; feedthrough plates for EUT monitoring & control |
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| Radio tests acc. to European ETSI standards and international (Japanese etc.) specifications; with external mixers up to 325 GHz | 20 Hz to 50 GHz; -150 dBm to 30 dBm; RBW 1 Hz to 50 MHz | ||||||||||||||||||||||||||||||
| Emissions measurements acc. to European and international Standards (EN, ETSI, IEC …), conforming to standards Emissions measurements (CISPRAV), field strength measurements up to 8 GHz, fast measurements with FFT available | 20 Hz to 8 GHz; -155 dBm to 30 dBm; RBW 1 Hz to 10 MHz | ||||||||||||||||||||||||||||||
| OATS and Underground Laboratory | Emissions measurements and Immunity tests on large equipment & systems; test site not yet complete (groundplane missing!); test site not listed; planned as real OATS with test distances up to 30 m as well as Antenna test site (Calibration Site) 21 m x 41 m; Underground laboratorium with shielded test room for test personnel and equipment, feedthroughs for antenna cable prepared in various test distances; turntable 4 m/5 t (same as SAC) |
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| ESD tests, conducted immunity tests, conducted emissions tests | 5.3 x 3.5 x 3 m, Door 0.95 m; Supply voltages 250/440VAC/32A/50Hz; compressed air; feedthrough plates for EUT monitoring & control |
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| Field Probe Calibration, Radiated Immunity tests, Radiated emissions tests (pre-compliance) (GTEM Cell) | 6,35 m x 3,58 m x 2,55 m (LxWxH), door: 1 m x 1,3 m, 50ohm, 0,01...18 GHz, test volume: 0,85 x 0,85 x 0,45 (m)³, max 1000W, filter 230 VAC/16 A, 400 VAC 4 x 25 A |
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| Emissions measurements up to 26.5 GHz; with external mixers up to 325 GHz, Attenuation measurements (tracking generator up to 26.5 GHz) | 20 Hz...26.5 GHz, TG 100 Hz...5 GHz -38...137 dBμV 20 Hz...26.5 GHz, TG 100 Hz...5 GHz -38...137 dBμV TG FOR ESMI 5...26 GHz -75...0dBm |
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| Shielding attenuation tests 30 MHz to 1,5 GHz on material samples with approx. 150 mm diameter | ASTM D4935, 30 MHz…1.5 GHz, 2 x Nm, 2 x 10 dB Attn (9210-02/-03, DC…8 GHz) test specimes gold film, dynamic range specimes alu, 12 kg |
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| Vektor Netzwork Analysis 9 kHz to 6 GHz; Calibration of test equipment; Emissions measurement (pre-compliance), fault detection & localisation (TDR) (e.g. cable) |
9 kHz…6 GHz, Opt: spectrum analysis, Calibration Kit N (1-18 GHz) Demodulation AM/FM/PM, OCXO, GPIB, preamplifier 20 dB, DC 12-28 V, AC 100-240 V, 50-400 Hz, 7 kg, Option ZVL-K2 DTF |
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Relevant Standards
Applications
Personal Computers (PCs), Laptops, file server, monitors, modems, fax machines, telephones, keyboards, mouse, card reader, image scanner, printer, LAN equipment, WAN, copying machines, xDSL terminal equipment, multimedia equipment.
Relevant Standards
Applications
Power drives, solar inverters, power supplies, power generator, rectifier, high power switch, measuring relays, protection equipment, energy storage systems, renewable energy systems, photovoltaics
Relevant Standards
Applications
Navigation equipment, radio communication equipment, control and monitoring equipment, instruments and devices for internal communication, programmable electronic systems, radar equipment.
| Emissions tests | Key Facts | |||||||||||||||||||||
| Radiated Emissions measurement in Semi-Anechoic Chamber |
Fulfills: NSA acc. to CISPR 16-1-4 chapter 5.7 within 30 MHz to 1 GHz, 3 m and 10 m test distances, test volume of up to 4 m diameter; water connection cooling circuit available; X-ray radiation possible after consultation with EMCC and approval with additional floor absorbers ANSI C63.4-2014 requirements for free space emission tests up to 40 GHz, requirements acc. to CISPR 16-1-4 chapter 8 for 1 GHz to 18 GHz emissions measurements in 3 m distance, test volume of 3 m diameter / 2.3 m height |
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| Conducted Emissions measurement in Semi-Anechoic Chamber |
(10) 150 kHz to 30 MHz acc. to CISPR 16-1-2, VCCI on AC and DC supply lines up to 400 (700) V / 400 A shielded and unshielded signal lines |
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| Power harmonics and Flicker measurement | IEC/EN 61000-3-2, -3, -11, -12 single & three-phase equipment up to 45 kVA |
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What is EMC testing?
EMC is the short form for electromagnetic compatibility. EMC testing can determine the electromagnetic compatibility of a product with its environment.
Why is EMC testing important?
EMC testing is performed to ensure that the product does not react to external electromagnetic interference and does not itself cause unwanted electromagnetic interference.
Does my product need EMC testing?
EMC testing must be carried out for all products operating at a frequency of 9 kHz and above. Only after a successful EMC test can market entry be granted.
How is EMC testing performed?
To perform EMC testing, the interference variables expected in the actual environment are simulated. For example, radio signals from radar systems, cell phones, or WLAN as well as the effects of electrostatic discharge and lightning.