Measuring system
It is a portable measuring system with ip67 coverage. These features predetermine
Magic xbm to outdoor measuring and working in heavier climatic
Conditions. The system enables to measure three values at a time (depending on
The type of the smart probe) and gives the possibility to use a submersible probe
With ip 68 coverage. Laboratory probes can be connected as well. All types of
Smart probes are interchangeable and compatible. The linking interface is a part
Of the pda.
The time of data recording during the dataloger function
Example: when the record interval is 20 minutes, the outdoor xbm can work
About 1 month on its own internal energy source. A reserve accumulator can be
Supplied for longer lasting or more frequent monitoring.
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Another version of magic xbm is a bench pda, which can measure up to 4
Values at a time. The pda is placed in a voltage bolster from which up to 4
Sensors can be supplied. Next to the bolster one sensor can be connected directly
To the pda. When the pda is not used for measuring, it can be used as a
Personal organiser.
This version of magic xbm is capable of precise laboratory measurements and
Can replace all types of bench and portable measuring instruments
Specification - Lamp Wavelength Range: 250nm-2500nm - Measuring Wavelength Rane: 300nm-1100nm, 300nm-1800nm, 300nm-2500nm - Un-Repeatability:
M(Magneto)-EL(Electroluminescence) Measurement System (CTS-104): Applications Measurement of luminescence intensity change according to the influence of magnetic field of organic materials (MEL) Specification Magnetic field range: 1mT to 270mT Input Range: (Voltage/Current) 20V / 1A Key components Permanent Magnet, Source Meter, Photo Detector, Multimeter, Automatic Transfer Device, Element fixing device, Fiber Optic Measurement/Analysis Software, Operating PC (Option) Temperature Control Element Fixing Device, Low Temperature Cryostat
Transient Electroluminescence Measurement System(CTS-103): Applied Areas & Characteristics - OLED Device : TEG, CELL(Panel) - QLED Device - uLED Device - T-EL(Transient Electroluminescence) : Rising/Falling Characteristic Measurement, Electron Mobility - Data Analysis : Slop Calculation, Normalization, Turn-on Time(T0) Calculation, Raise/Falling Sections, EL Reserve Dataprocessing Applications :Measurement and analysis of electroluminescence response characteristics Specification : Contact separately Key components : Pulse signal generator, Oscilloscope, Photodetector, Element fixing device, Measurement/analysis software, Facility operating PC (Option) Optical system, Temperature control device
M(Magneto)-EL(Electroluminescence) Measurement System (CTS-104): Applications Measurement of luminescence intensity change according to the influence of magnetic field of organic materials (MEL) Specification Magnetic field range: 1mT to 270mT Input Range: (Voltage/Current) 20V / 1A Key components Permanent Magnet, Source Meter, Photo Detector, Multimeter, Automatic Transfer Device, Element fixing device, Fiber Optic Measurement/Analysis Software, Operating PC (Option) Temperature Control Element Fixing Device, Low Temperature Cryostat
--General Type 1.Measure item: Ratio Error and Phase Error of the CT& PT 2.Complying with ANSI / IEEE C57.13 Standard or IEC 60044-1 Standard (According to the User`s requirements) 3.Testing system included: ï?·HES Series Control Bench ï?·HES-1C Series Transformer Tester ï?·FY Series Current Transformer Burden ï?·HLS Series Standard Current Transformer (with Current Source) ï?·FY Series Voltage Transformer Burden ï?·HJS Seires Standard Voltage Transformer (with Voltage Source) ï?·High Current Testing Cables ï?·Secondary Testing Cables of the CT&VT
OLED Mobility(TOF) Measurement System(CTS-102) Characteristics & Strengths -Automated TOF Data Measurement System -Owing to the application of ND-Yag Laser, it could be Semi-Permanently used without Consumables. -With the improvement of noise characteristic, it is possible to measure the TOF Characteristic Signal in Low-Voltage Field Bias. -Convenient Measurement of GUI & Automated Sequence Function -Zero-Field Mobility Analysis Function Applications :Measurement and Analysis of Electronic Material Charge Mobility Specification : Contact separately Key components :Laser, oscilloscope, Source meter, Optical system, Element fixing device Measurement / Analysis software, Facility operation PC Temperature control device (option)
Applications Evaluation of light characteristics / uniformity of Flat Display, BLU, and Light Source for Lighting Specification Contact separately Key components Power supply, Optical Test & Measuring Equipment, Automatic transfer device, Measurement/Analysis software, Facility operating PC(option) temperature control unit
OLED Mobility(TOF) Measurement System(CTS-102) Characteristics & Strengths -Automated TOF Data Measurement System -Owing to the application of ND-Yag Laser, it could be Semi-Permanently used without Consumables. -With the improvement of noise characteristic, it is possible to measure the TOF Characteristic Signal in Low-Voltage Field Bias. -Convenient Measurement of GUI & Automated Sequence Function -Zero-Field Mobility Analysis Function Applications :Measurement and Analysis of Electronic Material Charge Mobility Specification : Contact separately Key components :Laser, oscilloscope, Source meter, Optical system, Element fixing device Measurement / Analysis software, Facility operation PC Temperature control device (option)
WGS-L020 Flat Steel/Ribbon Iron Width Measuring System Overview Whether the width and thickness of the flat steel/ribbon iron width measurement device can meet the standard in the production process directly determines the quality of the flat steel/ribbon iron. How to carry out high-precision measurement of flat steel produced at high speed is the key technology to improve the production efficiency and quality of flat steel. The flat steel/ribbon iron high-speed width measuring system developed by our company can monitor the whole process of flat steel production in real time. It can be used for the on-line analysis, processing, display and function alarm for the detected parameters of the width and thickness. We can provide customers with professional solutions. The measuring principle of the system The device adopts industrial laser sensor, through the principle of laser triangulation reflection: the laser beam is amplified to form a laser line and projected onto the surface of the object to be measured, the reflected light passes through the high-quality optical system to be projected onto the imaging matrix. Then the distance (Z axis) from the sensor to the measured surface and position information (X axis) along the laser line can be got after calculating. By moving the measured object or sensor, a set of three-dimensional measured value can be obtained. When measuring, we need to install a laser measurement sensor device directly above and below the ribbon iron. When the ribbon iron passes through, the width distance from the left and right of the ribbon iron and the height distance from the sensor to the ribbon iron can be measured by laser scanning. The thickness of flat steel can be measured by two sensors up and down. The flat steel width measuring system is mainly composed of line laser measurement sensors, connectors, front-end data acquisition, operation station (workstation) and server, mechanical structure, cooling protection device, etc. These devices form an independent measurement and calculation network, and through the high-speed data measurement and calculation of the system to achieve the alarm control of the detection record. The technical parameters Measuring distance: less than 300m (according to the on-site environment) Resolution: 0.05mm Repeatability: 0.1mm Measurement frequency: 80KHz Measurement output frequency: 50Hz (adjustable) Laser class: 2 (IEC60825-1:2014) Protection class: IP65 Communication: TCP/IP communication Measurement range of temperature Working temperature
