SW wylerDYNAM

A VERSATILE SOFTWARE FOR VARIOUS MEASURING TASKS

The software wylerDYNAM is ideal to measure and display inclinations, profiles, etc. of static as well as of moving objects. With wylerDYNAM all sensors and measuring devices of the ZEROTRONIC- and of the BlueSYSTEM- family can be operated. wylerDYNAM samples and analyzes the data of the connected sensors. The user can easily transform the measured values, refer them with each other and display them in various forms.


The integrated software modules simplify a number of measuring tasks without the need of mastering software programming. Simple tasks like computing the difference between two sensors or more sophisticated tasks such as the integrating values can be easily performed. The measured and calculated data can be displayed in numerical or graphical form on a computer monitor; can sent to a connected printer or saved on a hard disc. It is possible to save data in wylerDYNAM in such a way that they can be used to compare different measurements or to combine measurements taken at different times. Furthermore periodical measurements can be performed, which allow long-term monitoring of objects.

Application SEATRONIC

Since wylerDYNAM is used successfully together with our SEATRONIC-system to align various platform on vessels, this specific application is already included in wylerDYNAM.

                                       

 

LICENSE KEY FOR SOFTWARE

After the testing period the user has to buy a valid license in order to continue using it. He then receives a hardware Dongle. The Dongle provides the option to install the same software on several computers and to move the Dongle to the PC on which the software is used.

Tutorial 1 SW wylerDYNAM
"Connecting a WYLER device and plotting its data"

Tutorial 2 SW wylerDYNAM
"Connecting two WYLER devices and using function elements" 

Tutorial 3 SW wylerDYNAM
"Using output elements" 

Tutorial 4 SW wylerDYNAM
"Importing stored data"

SHIP BUILDING / DETERMINATION OF DEVIATIONS IN PARALLELISM

Measuring task / Goal:
On a large ship several platforms must be aligned parallel to a reference platform, respectively the deviations from parallelism must be determined. This should be done as efficiently and precisely as possible, while the vessel is at sea (protected harbour area).

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RESEARCH - DEVELOPMENT / MEASUREMENT OF A ROAD SURFACE

Measuring task / Goal:
Based on the above mentioned information a standard road surface shall be recorded in a form which enables the integration in a software. This software will control and monitor a testing station in a way that that car test can be performed under laboratory conditions fully integrating the road surface profile. In order to establish this standard road profile, several dozen kilometres long, in an efficient way, the profile shall be monitored and recorded in the longitudinal direction by the aid of inclinometers during driving.

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CIVIL ENGINEERING / BRIDGE MONITORING

Measuring task / Goal:
Inclinometers are used for the long term monitoring, the measuring results of which must be collected, recorded and analysed with a corresponding software. Analysing the measured results is done using a specialised software that computes a distance deviation based on the measured angles.

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PRINTING INDUSTRY / ADJUSTMENT OF STANDS AND PRINTING CYLINDERS

Measuring task / Goal:
Each single colour unit provides horizontal and/or vertical reference faces which must be used during the manufacturing process in the production plant as well as for the adjustment of the printing line. The positions of the reference faces must be adjusted in accordance to each other, measured, and a record must be printed. The positions of the printing cylinders must be precisely aligned to each other (horizontally).

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CONTINUOUS MONITORING OF AN OBJECT (e.g. RADAR), THAT IS EXPOSED TO STRONG TEMPERATURE CHANGES

Measuring task / Goal:
Precise and continuous monitoring of the inclination of the base of the radar base.

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ALIGNMENT OF AN INJECTION MOLDING MACHINE WITH WIRELESS INCLINATION SENSORS

Measuring task / Goal:

The customer is searching for a more efficient solution for this process during in-house commissioning as well as for the commissioning at the customers premises. If possible the adjustment should be done by one single technician. To assure that no instrument is accidentally pulled down, a wireless solution is to be favoured.

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MONITORING OF A WATER INTAKE TOWER AT A DAM

Measuring task / Goal:
The inclination of the water intake tower respectively its change shall be monitored and registered continuously. The inclination sensor is mounted stationary and shall have an excellent zero point stability. The measuring values shall be registered and evaluated in the central station of the dam at a distance of about 500m.

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MONITORING OF A HISTORICAL BUILDING

Measuring task / Goal:
The building shall be continuously monitored with inclination sensors. The measured values shall be stored on-site and be evaluated periodically off-line.

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MONITORING OF A HIGH RACK WAREHOUSE

Measuring task / Goal:
The verticality of each rack in the high rack warehouse has to be monitored permanently.

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HEELING MEASUREMENT ON A SHIP

Measuring task / Goal:
On a ship, which is laying in a harbour and is tightened to the wharf, the inclination respectively the heeling should be measured during loading tests.

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POSITIONING OF A HEAVY PART WITH AN OVERHEAD CRANE

Measuring task / Goal:
In order to achieve the required accuracy the bending of the building respectively of the overhead crane should be measured. With the resulting values the vertical correction of the crane should be calculated .

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HORIZONTAL POSITIONING OF TRANSPORTABLE DIGITAL ZENITH CAMERA

Measuring task / Goal:
Horizontal positioning of transportable digital zenith camera “TZK2-D” for high precision astro-geodetical definition of plumb direction and plumb deviations.

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INCLINATION MEASURING OF A SATELLITE DURING A SYSTEM TEST IN A TEMPERATURE VACUUM CHAMBER

Measuring task / Goal:
Level all induvidual systems of the satellite to each other. The defined satellite frame point serves as horizontal reference point. The inclination of this horizontal reference point has to be within ±0.001 mm/m.

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ADJUSTMENT OF A CEMENT OVEN DRIVE

Measuring task / Goal:
The inclination of the cement oven drive gear wheel (diameter approx. 1.5 m) has to be exactly the same as the inclination of the turn-tube oven gear wheel (diameter approx. 6 m). The required accuracy is 0.01°  0.2 mm/m.

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MONITORING OF 6 TOWERS AT A DOUBLE SLUICE

Measuring task / Goal:
Each of the six towers should be permanently monitored with suitable inclination sensors along the X- and Y-planes. The measuring values should be transmitted online to the local water authority, thus facilitating the ability to sound alarms in time.

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ZEROTRONIC SENSORS IN STRONG MAGNETIC FIELDS

Measuring task / Goal:
The user of a particle accelerator would like to accurately measure and adjust the parts of his accelerator. The strong magnetic fields allow only the use of non-magnetic material. Only instruments that are not sensitive to heavy magnetic fields can be used.

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MONITORING OF SYNCHROTRONS

Measuring task / Goal:
All girders have to be monitored continously. In order to achieve a high precision with this measuring task, an excellent long term stability of the sensors is decisive.

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CIVIL ENGINEERING / MONITORING OF VERTICAL MOVEMENTS IN NATURAL GROUND

Measuring task / Goal:
Lengths of steel pipes (3 to 5 meter long) are in the centre section equipped with inclination sensors. The steel pipes are coupled with joints allowing angular flexibility but no translations. The bus capability of ZEROTRONIC sensors allows also the data connection to be chained up, consequently only one cable is needed to connect all the inclination sensors. Prior to any excavation, a hole is driven through the predetermined area and a chain of the mentioned pipes, which covers the complete length of the area to be observed, is installed. Before excavation starts, the connected software will call the inclination of each sensor and use the value as an offset for all future values (Subtract the offset from future values). If the corrected values from all sensors are now assembled to a polygon line, the line is horizontal and straight. Any future vertical movement will show up in newly assembled polygon lines. In critical cases, the results are available on the internet to all parties involved with the construction.

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MEASUREMENT AND CERTIFICATION OF THE TORQUE-RESISTANCE ON AN ENGINE-SHAFT

Measuring task / Goal:
The torsion of an engine-axis mounted on a testing-rig with a base of 12m x 12m has to be measured precisely and put in relation to the applied torque.

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DAM MONITORING

Measuring task / Goal:

The inclination and inclination change of a dam is monitored and put in relation to climatic conditions and fill level of the dam. The sensors are mounted permanently and have an excellent zero point stability. The measured values are evaluated in a central station about 10km ( 6 miles ) away. 

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RAILWAY CONSTRUCTION

Measuring task / Goal:

The requirements in railway construction are increasing continuously. Especially high speed tracks put very high demands on track geometry and therewith / therefore? on track construction. A tamping machine requires exact information about condition and position of the track ahead in order to be able to work precisely and efficiently.

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CALIBRATION OF ROBOTS

Measuring task / Goal:
Measuring and definition of the zero-point-deviation of all axes on a robot.

 

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LATEST VERSION: 1.6.6.106

Attention / Important The update must be installed to the same directory where the original software wylerDYNAM is located. During the installation the required directory will be demanded.

Download wylerDYNAM