KF-LD-210-32
Plastic fiber optics for throughbeam operation
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| Series | KF | 
| Operating principle | Throughbeam principle | 
| Device type | Transmit and receive fiber | 
| Area of application | Precise object detection | 
| Operating range | , Guaranteed operating range | 
| Light beam exit | Lateral | 
| Fiber core | Single fiber core | 
| Fiber core material | Plastic | 
| Minimum object diameter | 0.05 mm | 
| Design | Cylindrical | 
| Outer diameter | 1.25 mm | 
| Head material | Stainless steel | 
| Type | Plastic fiber optics (KF) | 
| Fiber length | 2,000 mm | 
| Fiber sheathing material | PE | 
| Fastening of the probe | Ø 2 mm | 
| Smallest bending radius (moving) | R15 | 
| Sleeve length at optical outlet | 30 mm | 
| Metric thread on fiber optic sleeve | No | 
| Laying | standard | 
| Damping at λ = 650nm | 210 dB/km | 
| Ambient temperature, operation | -55 ... 70 °C | 
| Customs tariff number | 90011090 | 
| ECLASS 8.0 | 27270905 | 
| ECLASS 9.0 | 27270905 | 
| ETIM 5.0 | EC002651 | 
| ETIM 6.0 | EC002651 | 
 
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
    
    
                                     
                         
                         
                                             
                                             
                    