Zorlu ölçüm koşullarında, FBG sensörler ile çeşitli bileşenlerin ve yapıların mekanik davranışları (titreşim, yorulma, vb.) kolayca analiz edilebilmektedir. Özellikle yüksek gerinim seviyesine sahip malzemelerde ve çok sayıda yük döngüsü olan durumlarda, analiz amaçlı tercih edilmektedir.
Farklı fiziksel parametreler; bir fiber hattı boyunca oluşturulan farklı dalga boyuna sahip FBG sensörler ile ölçülebilmektedir. Örneğin, bir yapı için aynı fiber hattında hem sıcaklık hem de gerinim ölçülebilmektedir.
FBG sensörler, esnek, hafif ve yüksek mukavemetli olmalarından dolayı, havacılık ve uzay araştırmalarında, kompozit malzemelerin kalite kontrol ve yapısal denetim kontrolü aşamalarında sıklıkla tercih edilmektedir.
Fiberoptik kablo karakteristik yapısı gereği, elektromanyetik ve radyo frekansı girişimlerine karşı duyarsızdır. Bu sayede, yüksek manyetik alan bölgelerinde, yoğun radyo frekansına sahip çalışma alanlarında ve üst düzey bilgi güvenliği gereken bölgelerde rahatlıkla kullanılabilmektedir.
FBG sensörler kullanıcıya gerçek zamanlı ölçüm yapabilme olanağı sağlamaktadır. Bu sistemlerde tek bir modülün hem ışın kaynağı hem de sorgulama ünitesi olarak kullanılmasına imkan sağlandığından, cihaz karmaşası olmadan mili saniye mertebesinde ölçüm almayı mümkün kılmaktadır.
EON Photonics bünyesinde geliştirilmiş olan yetkin sistemler sayesinde aynı fiber hattı üzerinde, aynı mukavemet ve hassasiyet derecesine sahip çok sayıda sensör üretilebilmekte ve hat boyunca herhangi bir veri kaybı yaşanmadan farklı fiziksel parametrelerin ölçümüne imkan sağlanmaktadır.
In harsh environments in which conventional sensors can not stand, FBG sensors might be easily used in order to monitor the mechanical behavior (vibration, acceleration, frequency waving, mechanical fatigue) of a particular structure.
Due to any number of FBGs can be included in a single fiber optical cable, various physical parameters can be measured over same fiber optical cable. For instance, when an FBG array is placed on a particular structure, ones can monitor the temperature change and strain all in once.
FBG sensors are oftenly preferred at various high technology industries from aerospace to composite due to it’s properties such like being small in size, flexible, high durability in harsh environments.
Due to physical characterstics of the raw material of optical fiber, FBG sensors are immune to electromagnetic field and radio frequency intereferences. Thereby, FBG sensors mostly preferred at the fields those require high level of privacy.
FBG sensors allow users to obtain measurement results in real time. As these systems require only one light source and a single interrogator (mostly they are packed at one case), ones can easily obtain reponses within range of miliseconds.
By means of systems and methods developed by EON Photonics, it is possible to write FBGs at variety of distance those are sharing same tensile strength and spectral properties. By that, it allows users to obtain precise results simultaneously at different locations without losses.
EON laser offers much more precise power control thanks to the high precision and real-time controller developed by EON. Standing out with their high power stabilization even with high power rates and under the most difficult working conditions, EON lasers offer operation with different laser systems thanks to different communication interfaces.
Manufacturing this technology, which can only be produced by a limited number of countries throughout the world, with its own resources and production capability, EON LASER continues to export this product, offering different power capacities and supported with different software, to countries all around the world.
You may respond to problems encountered with remote access.
With the advanced laser drive system, the laser diodes are driven with high efficiency and the desired power may be obtained. The laser drive system is equipped with state-of-the-art equipment that may convert electrical power to optical power with minimal loss.
When the laser source does not communicate with the computer software, it stores the fault data in the internal memory of the laser control system. In this way, historical errors may be read through the laser system by accessing remotely, and thus, problems may be solved more easily.
EON laser system operates with an optical power efficiency of 80%.
The laser system reacts very quickly to changes in the control inputs and ensures that the output laser power is increased to the desired level in microseconds.
The improved embedded control system enables real-time control of the laser source. Errors are reported to the operator and changes made to the input signals may be transferred to the output instantaneously. Thus, real-time and precise control of the system may be achieved.
Each EON laser manufactured are subjected to long service life tests under the harshest conditions. Our staff of qualified engineers and strong production infrastructure allow us to manufacture precise and high quality products.
Provides high wear resistance, impact- resistance, corrosion-resistance.
It is manufactured from galvanized steel sheet with closed-type profile (DIN EN 10142-00 DX51 D+Z), and only external parts are coated with iron-phosphate and painted with epoxy polyester powder. The internal parts that cannot be painted are resistant to corrosion as they are galvanized.
Thanks to the earthing screws applied on all covers, the covers of the panel may be fully grounded.
IK 10 ( IEC 62262 )
UL Listed, TSE, IEC 62208, CE, Gost, Seismic (IEC 60068), TYPE TESTS (IEC 61439)
You may easily adapt the EON laser to your existing processes. The EON laser unit requires only one external chiller unit.
You may replace your current laser with EON laser without making any changes to your existing structure thanks to the different connection interfaces provided. Using one or more of the options, such as MODBUS communication, fault inspection over digital input-outputs and power control over analogue input-outputs, you may use your existing system or your system under development together with the EON laser system.
| Specifications | YGL-1000HE | YGL-1200HE | YGL-1500HE | YGL-2000HE | YGL-3000HE | YGL-4000HE | YGL-5000HE | YGL-6000HE | YGL-8000HE |
| Output Power | 1.000W | 1.200W | 1.500W | 2.000W | 3.000W | 4.000W | 5.000W | 6.000W | 8.000W |
| Operating Mode | CW | ||||||||
| Polarization | Random | ||||||||
| Dimensions (WxHxD) ,mm | 612 x 1204 x 844 | 612 x 1204 x 844 | 612 x 1204 x 844 | 1020 x 1250 x 850 | 1020 x 1250 x 850 | 1020 x 1250 x 850 | 1020 x 1250 x 850 | 1020 x 1300 x 1365 | 1020 x 1300 x 1365 |
| Weight, (kg) | 135 | 150 | 200 | 225 | 250 | 350 | 400 | 450 | 500 |
