LNS Bar Feeder Control Enhances Machine Health Monitoring
The company says the control enhances the user-friendliness of the Quick Load Servo S3+, a bar feeder that is well suited for unattended and lights-out production thanks to its robustness and reliability.
LNS bar feeder control is said to make programming and troubleshooting easier. Photo Credit: LNS North America
LNS North America is offering advanced control for its bar feeders beginning with the Quick Load Servo S3 T automatic bar feeder for spindle length bars machined on fixed or sliding headstock turning machines. When equipped with the control, the bar feeder will be designated Quick Load Servo S3+. The control will be added to other LNS bar feeders in the coming months.
Other control functions include enhanced serviceability through a QR code technology that instantly lists diagnostic data and automatically populates an email to be sent to an LNS customer service representative. It also enables monitoring of interface signals via a diagnostic timing chart and makes troubleshooting faster and easier by using diagnostics to access codes that quickly identify inconsistencies. Another function is improved planning capabilities through a forecasting tool that helps facilitate lights-out production.
This control is said to enhance the user-friendliness of the Quick Load Servo S3+, a bar feeder that is well suited for unattended and lights-out production. Accommodating spindle length bars with diameters from ¼" to 4 ¾", the bar feeder enables partial changeovers in 15 seconds or less and complete changeovers in 1 minute or less. A parts library function stores hundreds of part programs that simplify operator setups.
Related Content
-
Bar Feeder for Sliding Headstock Lathes Enables Higher RPMs
PMTS 2023: The LNS GT 342 automatic magazine bar feeder is designed to enable fast and easy diameter changeovers and improved productivity.
-
Bar Feeder Offers Simple, Fast, Silent Automation
PMTS 2023: Bucci Industries’ Next 25 bar feeder offers high rotational speeds (more than 10,000 rpm) and fast, unattended bar changes with high indexing and silent performance.