LASER NON CONTACT MEASUREMENT
Distance * Thickness * Difference * Level * Height * Shape

Industrial Automation
Windpower Industry
Machine & Building Industry
Steel & Metal industry
Quality & Robotic Industry
Automobile & Rubber Industry
Food & Medical Industry
 Offshore Industry

ODS  Red-Line, a series of sensors with the same physical dimensions, but with different measuring ranges and different resolutions.The measuring principle is optical triangulation, as it is in all our sensors.

 

There are 10 different measuring ranges in this series. The smallest is 100 mm, measuring from 450 to 550 mm and largest is 2000 mm, measuring from 2000 to 4000 mm. The resolution varies from 0.01 mm to 0.5mm. The smaller the measuring range is, the better the resolution will be. As standard the 1 kHz and 2 kHz models are classified as class 2, which mean that they are not harmful to the human eye. 5 kHz sensor models can be laser class IEC 2 or 3B, but most often they will be IEC 3R, and this demand shielding and other safety measures. 10 kHz sensors most be expected to be laser class IEC 3B

Compared to the other ODS series, the Red-Line sensors are physically bigger, and they are in generally being used for larger measuring ranges or for applications where a longer stand-of distance is needed in combination with high resolution. The three 200 mm models and the 100 mm model are particularly appropriate for thickness/difference measuring in heavy industry, as in connection with cold or hot rolling of steel and metals.

ODS laser Red-Line models are available with measuring frequencies of 1 kHz, 2 kHz, 5 kHz and 10 kHz . The higher measuring frequencies meet a demand for better time resolution, in other words a shorter distance between the individual measuring points on a moving target surface. But the motive for using higher measuring frequencies can also be a wish for obtaining higher or the highest possible resolution by averaging the measuring results.

All ODS laser Red-Line models have a Select functionality, meaning that the sensor can be programmed to create a user defined running average before the measuring results are being outputted. Amongst the various filtering possibilities are median filtering, simple average filtering, compressing many data point into a single measurement value, level mode and sample-hold mode. All filters and modes can be combined and calculations are performed before the digital value is converted to the analog output value. Software with every ODS sensor provides easy setting of the Select parameters.

There are 2 simultaneous outputs: One Serial interface, and one analog output, 1–9 VDC or 4-20mA, chosen at the time of ordering. The standard Serial Interface is RS232, but an RS422 or an Ethernet interface can be ordered if the application requires it. RS422/Ethernet is needed for cable connections over longer distances than app. 10 m. RS422/Ethernet is also required for Baud rates of 230400 corresponding to an output rate of 5 kHz, or 463800 baud for 10 kHz. It is however possible to use RS232 even for the 5 and 10 kHz measuring rates as long as the baud rate is kept at 115200 or 38400, corresponding to a 2½/2 kHz or 1 kHz output rate. The analog signals are always updated at the measuring frequency.

The single sensor is measuring distance to the target, but if two sensors of the same type (or the 5 models mentioned above) are interconnected they will automatically synchronise as a master and a slave unit. If the two sensors are measuring from each side of an object, the master will output the thickness/width variation.

Distance measurement on target with High Temperature.  To meet this demands, the ODS Red-Line family can be modified into High Temperature version to reach different levels of temperature, basically named HT, VHT and VVHT. As a rather unique feature the VVHT version are capable of measuring on extreme hot target surfaces up to 2.200ºC using.measuring the HT versions are the answer. As a rather unique feature the VVHT version are capable of measuring on extreme hot target surfaces up to 2.200ºC.



The applications
where the ODS Red-Line sensors can be used are innumerable. From steel- and metal industry to offshore industry – simply everywhere a non-contact precision measurement is advantageous. The sensor is very robust and the housing is made of solid aluminium. Many of the sensors are being used in very harsh environments. Many ODS Red-Line sensors of various models are used in steel works, measuring on cold and hot steel in various production processes.

A few examples where the ODS Red-Line sensors are being used:

Metal Industry:
Measuring dimension of zinc ingots.

Steel Industry:
Measuring thickness and width of steel slabs.

Rubber Industry:
Measuring position of hot moulds for large tyres.

Manufacturing Industry:
Measuring position of product during processing.

Building Industry:
Measuring ground level on big vehicles.

ODS Red-Line Datasheet
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