The CV14 also includes a variety of additional features like built-in safety, tool identification, connections for lock and unlock sensors, and an integrated pneumatic valve that can help streamline equipment needs and make the implementation process easier.
	The CV14 is ideal for robotic applications with payloads of 165 kg or less and is compatible with ATI’s Tool Changers and Tool Stand products, for models ranging from QC-29 to QC-110. Like many ATI Control Modules, the CV14 includes Tool Stand Interlock capability, (TSI) which helps to prevents accidental tool release by ensuring that the robot does not uncouple end-of-arm tools unless they are supported in the Tool Stand. The compact CV14 promotes safety and increased uptime of smaller robot applications by minimizing hazards from released tools.
	ATI’s CV14 Safety and Control Module makes a great addition to many tool changing applications. By directly connecting to the tool changer’s lock/unlock sensors, and including built-in features like an integrated valve, I/O and tool identification, this versatile and robust control module allows users to optimize their process without increasing footprint or implementation time.










 
            
             
        
        
             
		![[Aug 2021] ATI Develops the CV14 Safety and Control Module](https://cdn2.npcdn.net/images/news/1200x1200-0-0/732624-101932.jpg) 
                 
 BR                                23435
BR                                23435                             VN                                10349
VN                                10349                             US                                6739
US                                6739                             MY                                5111
MY                                5111                             AR                                3131
AR                                3131                             MX                                1581
MX                                1581                             CN                                1327
CN                                1327                             GB                                1289
GB                                1289                             
         
        
 
        