[button link=”https://drive.google.com/file/d/15w4V_2y1W2CO0PSFPNBXqUt865Q2KS0E/view?usp=sharing” target=”_blank” color=”default” shape=”rounded” size=”small” align=”left”]CATALOG[/button]
Optimally adapted to the monitoring of entire tree trunks
Sensor diameter up to 1.8 m (further sizes on request)
Sturdy stainless steel design: particularly robust and with short metal-free zone
Maintenance-free with automatic balance and calibration control
Sturdy stainless steel design: particularly robust and with short metal-free zone
Highest sensitivity with 4-quadrant technology
Intuitive control and easy installation with autocalibration and TeachAssistant
Features
Sensor diameter up to 1.8 m (further sizes on request)
Robust against environmental influences such as high and low temperatures
Maximum detection performance with highest reliability in the entire detection area due to 4-quadrant technology
Simple setup with TeachAssistant
Easy to use with intuitive and multilingual menus
Memory for up to 250 products
Maintenance-free with Autocalibration
Documentation of all events and metal messages
Optional: Data transfer to USB interface or connection to the company network via SHARKNET® software
Extended temperature range down to -40°C with specially adapted sensor and specially equipped control unit (option)
4-level password system, automatic log out after time lapse
Cyclical function monitoring with Performance Validation System (PVS)
Function
The METAL SHARK® OCTA has been developed for industrial applications in the timber industry and sawmills. It detects magnetic and non-magnetic metal contaminants (iron, tombac, brass, stainless steel, etc.) precisely and reliably even under difficult conditions.
The octagonal shape makes it ideal for monitoring logs for metal parts such as shrapnel, bullet fragments, nails, screws, etc.
It is typically installed in troughed conveyor belts.
Accessories & Extras
The METAL SHARK® OCTA can be perfectly adapted to your production by various special designs and accessories.
Different temperature requirements are taken into account as well as complicated product requirements for metal detection.