METAL SHARK COMBI Product Catalogue - Cassel Messtechnik - #1

Flat metal detector for textile and nonwoven products

Metal sensitivity from Fe 0,3 mm

Introducing the METAL SHARK® presenting a completely new design in high sensitivity metal detectors. The METAL SHARK® control unit provides outstanding sensitivity, accuracy, stability and precision product-effect-compensation.

The METAL SHARK® features the latest four channel DDS (direct digital synthesizer) and DSP (digital signal processor) technology. These technologies provide outstanding product-effect compensation. High processing speed, DDS and DSP makes the

METAL SHARK® the leader in digital metal

detection.

Digital balance control - levels temperature and humidityinfluences.

Auto calibration - fast and easy set-up.

Digital frequency & phase control avoid any drifts. Once calibrated keeps the set-up forever. No need for re-calibration.

Typically, the METAL SHARK COMBI is used for inspection of textile-widths to detect smallest magnetic and non-magnetic metal particles.

The metal detector is constructed as a multi-segment-sensor. The total detection zone of the detector is thus divided into several single zones, each of them being about 300 mm wide. This makes it possible to assign detected metal particles to a definite area of the textile width.

Due to extremely high sensitivities of the single segments, minute particles of metal are detected over the whole width. Diameter of smallest observable metal-balls: about 0,3 - 0,6 mm (depending on distance to the sensor).

Digital noise filters eliminate undesirable signals such as vibrations and shocks.

Multi-channel technology for the optimum recognition of all metals; ferrous, non-ferrous and stainless.

Power supply: Wide input 85-265 V AC works great even with unstable and poor power

sources.

With a maintenance free design and high quality construction, for

Auto self-control - possible functional defects of the device are displayed on a separate output contact.

reliable operation in the most challenging industrial environments.