Valve kits
                                                                    
                                                                    
                                                                Differential pressure-independent thermostatic valve
                                    Article no.: 
                                    14863BBR27DA
                                
                                                            
            Dimensions (WxHxL):
            180 mm x 180 mm x 180 mm
        
            
            Weight:
            1.566 kg
        
            
            Water connections:
            right
        
            
            EAN:
            4031845497867
        
            
            Description of valve:
            Regulating valve with automatic differential pressure-independent flow control on the valve. Continuous variable control using handwheel. Brass, stainless steel spindle, with M30x1.5 thermostatic threaded connection.
        
            
            Pipework:
            including adapted length compensation nipple and 90 degree angle
        
            
            Max. operating pressure:
            PN 16
        
    
    Overview
For high flow rates
                                                    
                                        | Suitable for: | Model size 67, Water connections right, Min. Flow volume 250 l/h, max. Flow volume 1800 l/h, DN 20 | 
Differential pressure-independent thermostatic valve
Further information
① min. differential pressure in [kPa]
② setpoint adjustment in [l/h]
Downloads
Declarations/Certificates
                Certificate ISO 9001, 14001, 50001
                                
                                    PDF
                                                                            (116 kB)
                                                                    
                                
                            further product information
                Products
                                
                                    PDF
                                                                            (10.7 MB)
                                                                    
                                
                            