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The Belt Guard Range of Products

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Rip Detection

Rip Detection

The Belt Guard® BG10k is a sophisticated high-end ultrasonic based longitudinal belt Rip Detector for use on steel cord belting. Its function is to detect the presence of a longitudinal rip and stop the conveyor so that the length of the rip is minimised. No loops or antennae are required and if they are fitted, they do not effect the operation of the device.

Steel Cord Belting

The Belt Guard® BG5k is a non-contact belt Rip Detector designed for use primarily on Fabric belting. It is a robust and inexpensive Rip Detection solution and offers belt mistracking (wander) measurement as a powerful additional feature.

Fabric / Textile Belting


Condition Monitoring

Condition Monitoring

The Belt Scanner MF is a high resolution non-contact Condition Monitoring system for steel cord belting. Designed to be permanently installed on the target conveyor, it constantly analyses the belt 24/7 for any change in damage. With Disastrous Event Detection and Programmed Parking features, the Belt Scanner MF is leading the field in condition monitoring.

Online / Fixed System

A portable version is also available that allows the scanning of multiple belts but does not include some of the features of the fixed version above. It is powered via a 5v USB port and comes with data acquisition software.

Portable System


Cover Thickness

Cover Thickness

The Belt Guard RCT Alpha is an on-line remaining cover thickness measurement device for steel cord belting. Permanently installed on a running conveyor, it provides on-demand belt cover thickness measurements, to an on-line portal or to a SCADA system via 4-20mA outputs.

Online / Fixed System

The CC222 is an on-the-spot portable cover thickness device used on stationary steel cord belts during maintenance shuts. It is an inductive device, uses no coupling medium and is not affected by temperature or varying rubber compounds.

Portable System

 

Please note: A product's features as described on this website may vary from time to time.