Article Number |
N/A 4350127.701 |
Measuring Width |
N/A 400 mm |
Operating Range |
N/A 55.8 mm |
Measuring Range |
N/A 8 mm |
| Standard Maximum Travel Path1 | N/A 480 mm |
| Accuracy2 | N/A <±0.5 µm |
Resolution |
N/A 0.2 µm |
Measuring Rate |
N/A Up to 100 kHz |
Calibration |
N/A Automatic |
Weight (Axis, Drive and C-Frame) |
N/A 30 kg |
Weight (Bus Terminal Box and Panel Inter-Processor Communication (IPC)) |
N/A 22 kg |
Dimensions of Bus Terminal Box |
N/A 300 x 300 x 210 mm |
Power Supply |
N/A 24 V |
Ambient Temperature |
N/A Up to 45 ºC |
Industry Focus |
N/A Energy Industry - Thickness measurement of fuel cells and battery film (coated and uncoated) Material Engineering - Thickness measurement of film, plastic plates, woven materials, wood and ceramics Metal Production - Thickness measurement of metal film, metal strips and metal plates |
Powerful Analysis and Control Software |
N/A thicknessGAUGE systems are equipped with a multi-touch capable software package for analysis, presentation and archiving of monitored production data. This software enables different measurement modes such as fixed track thickness measurement at any position, measurement of the thickness profile, measurement of several longitudinal trends, an SPC package and automated verification of the measuring system's capability. It ensures easy and fast verification of the measuring system capability which is individually adjustable. |
Features for Documentation and Process Control |
N/A
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Characteristics |
N/A
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Additional Information |
N/A
Thickness measurement with high precision thicknessGAUGE sensor systems are used for precise thickness measurements of strip materials, plates and sheets up to 25 mm. Several models with different sensor types, measuring ranges and measuring widths enable inline thickness measurements of different materials and surfaces based on an unmatched price/performance ratio. This fully assembled system comprises a stable frame on which two optical distance sensors are fixed, that detect the thickness of the measuring object according to the difference principle. The sensors are perfectly aligned to each other and calibrated during the assembly. Furthermore, thickness calibration at the factory ensures high precision. A linear axis moves the sensor system from the parking position to the measuring position. A measurement standard for fully automatic calibration is in the parking position. Thickness measurement principle The principle of dimensional, geometric thickness measurement is based on one optical distance sensor on each side of the material. The distance (=operating range) of both sensors is determined in a calibration process based on a measurement standard certified by DAkkS (German Accreditation Body) of which the thickness is added to the sum of the sensor signals in order to determine the current operating range. Automatic calibration and temperature compensation thicknessGAUGE systems are equipped with in-situ calibration in order to compensate, e.g., for the effects of fluctuating temperatures. A linear axis moves the thicknessGAUGE to the parking position. The calibration cycles are individually adjustable. In addition to temperature compensation, in-situ calibration enables proper functioning of the system to be verified cyclically and at any time. The new class for inline thickness measurements thicknessGAUGE sensor systems are used in industrial environments for precise thickness measurements of strip and plate materials. A linear unit with electromechanical drive enables thickness measurements in traversing mode. Alternatively, fixed track measurements are possible for center-line measurements (center thickness) or for thickness measurements on the edges. These compact systems are comprised of an integrated linear unit including motor control, a compact bus terminal box, an automatic calibration unit as well as a multi-touch PC with pre-installed software. The entire system is powered via a 24 V source. 100% quality control during production The thicknessGAUGE sensor systems are used in strip processes and plate production in order to measure the thickness continuously at individual measuring points. These systems are designed in such a way that they can be used as both initial equipment and for retrofitting of existing facilities. Based on high precision and equipped with intelligent sensor technology, these sensor systems are used in various industries. |
