Roland Electronic

• Cost-effective Double Sheet Detection with single probe sensors. 
• Single probe sensors, permanent-magnetic. 
• Measurement of Ferrous material .04 - 4 mm (.002in. - .16 in.) single sheet thickness. 
• Easy setup by key operation or via control input. 
• LCD display for visualization of nominal / current values, operational / error messages, key allocation. 
• Compact enclosure for DIN-rail mounting, protection class IP00.

• Cost-effective Double Sheet Detection with dual head sensors. 
• Dual head sensors (transmitter / receiver), inductive. 
• Non-contact double sheet detection of: – Ferrous materials .05 - 4 mm (.002in. - .16in.).(single sheet thickness). – Non-ferrous materials .05 - 12 mm ( .002in. - .50in.), single sheet thickness. 
• Suitable for fluttering sheets. 
• Easy setup by key operation or via control input. 
• LCD display for visualization of nominal / current values, operational / error messages, key allocation. 
• Compact enclosure for DIN-rail mounting, protection class IP00.

• Single sided thickness measurement of coils and blanks of ferrous materials. Continuous or interval measurement 5 interchangeable linearized sensors for thicknesses of 0.05 to 3.50 mm. 
• Programmable for 60 different materials and thicknesses. 
• Selectable interfaces: – Opto coupled 8-Bit PLC parallel-interface for input and output. 
• Opto coupled RS 232 interface for data documentation with a PC-Computer. 
• Documentation and analysis of measurement data with RPC software.

The new SND40 system is the first PC based system of its kind. It combines the strengths of analog sensor principles with digital signal analysis for the purpose of weld seam detection. For many years tried and proven magnetic flux leakage sensors and new types of eddy current probes make the SND40 a highly flexible weld seam detection system. 

• Control unit via touchscreen adjustable. 
• Large display of sensor signals and analysis. 
• Optional use of mouse/keyboard. 
• Printer connection available.
• Storage of 31 measurement programs.