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Weld seam testing machine - MB-15
Bend tester to test welding samples according to DVS 2203-5.
Product characteristics:
Max....
Weld seam testing machine - MB-15
Bend tester to test welding samples according to DVS 2203-5.
Product characteristics:
Max. material thickness: 15mm
Max. pressure absorption: 4200N
Max. bend distance: ca. 90mm
Gross weight: 29kg
Dimensions (LxBxH): 37x32x57cm
Data record: ja
Scope of delivery:
- 3 test stamps
- 1 transport case
- 1 SD flash memory
- 1 USB-memory stick with evaluation software
Product characteristics:
Max. material thickness: 15mm
Max. pressure absorption: 4200N
Max. bend distance: ca. 90mm
Gross weight: 29kg
Dimensions (LxBxH): 37x32x57cm
Data record: ja
Scope of delivery:
- 3 test stamps
- 1 transport case
- 1 SD flash memory
- 1 USB-memory stick with evaluation software
Weld seam testing machine vacuum - ø 360 mm
Testing bell is typically designed and manufactured to fulfill the needs of vacuum seam inspection system which require highly stable transparent test bells varying in shape and size in accordance with the vacuum gauze.The system consists of two practical handles, one of which is integrated with the...
Weld seam testing machine vacuum - ø 360 mm
Testing bell is typically designed and manufactured to fulfill the needs of vacuum seam inspection system which require highly stable transparent test bells varying in shape and size in accordance with the vacuum gauze.The system consists of two practical handles, one of which is integrated with the venting valve for the rapid vacuum decay.These are provided with standard test bells for the purpose of checking individual sites occurring in a container or a seal.The special elastic sealing allows even the testing of perpendicular surfaces occurring at a particular angular deviation.
Unevenness of edges are also unable to limit the test ability through this mechanism.Such a situation requires an even stronger suppression of the test bell for the construction of the vacuum.The test specimen is entirely different from a rectangle from the container.This compels special test bells and this requires a drawing illustrating the shape of the testing information.The vacuum is generated through a compressor or vacuum pump being connected through a 10m long fabric-reinforced PVC hose with a bayonet coupling and a quick release coupling to the respective test bell.
Unevenness of edges are also unable to limit the test ability through this mechanism.Such a situation requires an even stronger suppression of the test bell for the construction of the vacuum.The test specimen is entirely different from a rectangle from the container.This compels special test bells and this requires a drawing illustrating the shape of the testing information.The vacuum is generated through a compressor or vacuum pump being connected through a 10m long fabric-reinforced PVC hose with a bayonet coupling and a quick release coupling to the respective test bell.
Weld seam testing machine vacuum - 700 x 220 mm
The compact and plastic vacuum seam testing system is flexible yet highly effective. The ingenious design incorporates a vacuum manometer on the side and the ventilation system in the handle itself, which considerably...
Weld seam testing machine vacuum - 700 x 220 mm
The compact and plastic vacuum seam testing system is flexible yet highly effective. The ingenious design incorporates a vacuum manometer on the side and the ventilation system in the handle itself, which considerably reduces the space requirement and scores big on tidiness. The system is ideally suited for testing various locations in a receptacle or seal.
Our stable and quick-working test bells come in a variety of shapes and sizes. The highly transparent square plastic testing bell affords effective testing of slightly malformed or rectangular areas and even those with uneven edges, on application of some extra pressure. However, care must be taken not to push it beyond limits. For special shapes and vast deviations from square surfaces, we provide custom-designed test bells on provision drawing and supplementary details.
Our stable and quick-working test bells come in a variety of shapes and sizes. The highly transparent square plastic testing bell affords effective testing of slightly malformed or rectangular areas and even those with uneven edges, on application of some extra pressure. However, care must be taken not to push it beyond limits. For special shapes and vast deviations from square surfaces, we provide custom-designed test bells on provision drawing and supplementary details.
Weld seam testing machine vacuum - inside 2/8
The vacuum seam test system consists of highly transparent and stable test bells, which are available in diffrent shapesand sizes, with a vacuum manomter. The ventilation is integrated in one of the two handy grips. This valve ensures quick...
Weld seam testing machine vacuum - inside 2/8
The vacuum seam test system consists of highly transparent and stable test bells, which are available in diffrent shapesand sizes, with a vacuum manomter. The ventilation is integrated in one of the two handy grips. This valve ensures quick reduction of the vacuum.
By means of the shown standard test bells, you can test all places that can usually be found in receptables or in seal. Because of the extraordinarily elsatic packing, a testing of rectangular areas is also possible in case of certain deviations from squareness. Testing is neither impeded by a minor uneveness of the edges. In such casese, the test bell must be pressed harder to build up a vacuum.
If the geometry of the area to be tested in considerably different to a rectangualr one, testing is possible by using special test bells. In order to make such specific test bells, we need a drawing or detailed information about the shape of the area to bes tested.
By means of the shown standard test bells, you can test all places that can usually be found in receptables or in seal. Because of the extraordinarily elsatic packing, a testing of rectangular areas is also possible in case of certain deviations from squareness. Testing is neither impeded by a minor uneveness of the edges. In such casese, the test bell must be pressed harder to build up a vacuum.
If the geometry of the area to be tested in considerably different to a rectangualr one, testing is possible by using special test bells. In order to make such specific test bells, we need a drawing or detailed information about the shape of the area to bes tested.
Weld seam testing machine vacuum - bottom 1/8
Vacuum seam test system, equipped with test bells in many shapes and sizes, is powered with a vacuum manometer...
Weld seam testing machine vacuum - bottom 1/8
Vacuum seam test system, equipped with test bells in many shapes and sizes, is powered with a vacuum manometer and can test all places in receptables or in seal.The ventilation is integrated in one of the two handy grips with the valve facilitating vacuum reduction. Elsatic packing allows testing of rectangular areas uninhibited by uneveness of the edges. It only needs the test bell to be pressed harder to build up a vacuum.
Weld seam testing machine vacuum - top 5/8
The vacuum seam test unit has extremely translucent and steady test bells that are obtainable in various forms and dimensions, with a vacuum manomter.
The aeration is incorporated in either of the two useful...
The aeration is incorporated in either of the two useful...
Weld seam testing machine vacuum - top 5/8
The vacuum seam test unit has extremely translucent and steady test bells that are obtainable in various forms and dimensions, with a vacuum manomter.
The aeration is incorporated in either of the two useful grips. This valve guarantees rapid lessening of the vacuum. With the help of the exposed typical test bells, it is easy to test all areas that could typically be found in receptables or in the seal.
Due to the amazingly expandable packing, the analysis of rectangular spaces is also likely in case of a few divergences from squaring. Testing is not obstructed by a negligible unevenness of the tips.
In certain situations, the test bell should be pushed harder to put up up a vacuum. If the geometry of the region to be tested in significantly dissimilar to a rectangular space, testing is probable by utilizing unique test bells
The aeration is incorporated in either of the two useful grips. This valve guarantees rapid lessening of the vacuum. With the help of the exposed typical test bells, it is easy to test all areas that could typically be found in receptables or in the seal.
Due to the amazingly expandable packing, the analysis of rectangular spaces is also likely in case of a few divergences from squaring. Testing is not obstructed by a negligible unevenness of the tips.
In certain situations, the test bell should be pushed harder to put up up a vacuum. If the geometry of the region to be tested in significantly dissimilar to a rectangular space, testing is probable by utilizing unique test bells
Weld quality monitoring sensor - PHC
The Sensor PHC is an easy-to-use and reliable voltage-sensing height control for conventional plasma applications. The benefits realized are substantial...
Weld quality monitoring sensor - PHC
The Sensor PHC is an easy-to-use and reliable voltage-sensing height control for conventional plasma applications. The benefits realized are substantial in terms of:
Consumable life improvement
Improved cut quality
Reduced operator intervention
The Sensor PHC offers easy installation on new or existing conventional plasma cutting tables with any CNC and a broad range of plasma systems. Available in several application-specific configurations, the Sensor PHC delivers improved performance at a reduced cost compared to other height control solutions.
Consumable life improvement
Improved cut quality
Reduced operator intervention
The Sensor PHC offers easy installation on new or existing conventional plasma cutting tables with any CNC and a broad range of plasma systems. Available in several application-specific configurations, the Sensor PHC delivers improved performance at a reduced cost compared to other height control solutions.
Weld quality monitoring sensor - THC
The Sensor THC is a full featured torch height control system specifically designed to integrate with Hypertherm Automation’s shape...
Weld quality monitoring sensor - THC
The Sensor THC is a full featured torch height control system specifically designed to integrate with Hypertherm Automation’s shape cutting controls.
The Sensor THC incorporates the latest advancements in system integration and hardware reliability. With integrated SoftMotion and closed loop servo control, the Sensor THC simply outperforms the competition.
The result is an easy to use height control that can significantly increase the productivity and profitability of your shape cutting operation.
The Sensor THC incorporates the latest advancements in system integration and hardware reliability. With integrated SoftMotion and closed loop servo control, the Sensor THC simply outperforms the competition.
The result is an easy to use height control that can significantly increase the productivity and profitability of your shape cutting operation.
Weld quality monitoring sensor - OHC
The Sensor OHC - oxygen height control is an advanced, automated height control system for oxygen fuel shape...
Weld quality monitoring sensor - OHC
The Sensor OHC - oxygen height control is an advanced, automated height control system for oxygen fuel shape cutting applications.
Sensor OHC - (Oxygen Height Contro)l - utilizes advanced capacitive sensing and microprocessor technology to detect the plate and automatically maintain desired torch height during oxyfuel cutting operations. Operator input is reduced, accuracy improves and productivity increases.
Sensor OHC - (Oxygen Height Contro)l - utilizes advanced capacitive sensing and microprocessor technology to detect the plate and automatically maintain desired torch height during oxyfuel cutting operations. Operator input is reduced, accuracy improves and productivity increases.