PVS58N-011AGR0BN-0013編碼器來自倍加福上海銳譽正品提供各種倍加福編碼器產品，優惠報價歡迎咨詢；

PVS58N-011AGR0BN-0013簡單描述：

單圈絕對值編碼器PVS58
  工業標準外殼?58mm
PROFIBUS接口
16位單圈
速度轉移
擴展縮放功能
可編程限位開關
調試模式
伺服或夾緊法蘭

PVS58N-011AGR0BN-0013配套附件產品：

Accessories




 9203 


Angled flange


 
Angled flange 
 


 KW-10/10 




 
Helical , Universally suitable for backlash-free rotation transmission, Vibration- isolating, Optimall misalignment compensation, Medium torsion spring stiffness, Small reset forces 
 


 9401 10*10 






 
Spring steel , Universally suitable for backlash-free rotation transmission, Highly vibration-isolating, Well misalignment compensation, Low torsion spring stiffness, Small reset forces 
 


 9401 6*10 


 
Spring steel , Universally suitable for backlash-free rotation transmission, Highly vibration-isolating, Well misalignment compensation, Low torsion spring stiffness, Small reset forces 
 


 9402 6*6 


 
 
Spring steel , Universally suitable for backlash-free rotation transmission, Highly vibration-isolating, Well misalignment compensation, Low torsion spring stiffness, Small reset forces 
 


 9213 


Mounting bracket, spring-loaded for clamping flange




 
 
Mounting bracket, spring-loaded for clamping flange 
 


 AH 58-B1CA-2BW 


Connection cover




 
 
Bus hood with connectors M12x1 for series Pxx58, Dxx58 and Cxx58 encoders 
 


 9310-3 


Synchro clamping element




 
 
Synchro clamping element 
 


 9300 


Mounting bracket for servo flange




 
 
Mounting bracket for servo flange 
 


 KW-6/10 








 
 
Helical , Universally suitable for backlash-free rotation transmission, Vibration- isolating, Optimall misalignment compensation, Medium torsion spring stiffness, Small reset forces 
 


 KW-6/6 


 
 
Helical , Universally suitable for backlash-free rotation transmission, Vibration- isolating, Optimall misalignment compensation, Medium torsion spring stiffness, Small reset forces 
 


 KW-6/8 




 
Helical , Universally suitable for backlash-free rotation transmission, Vibration- isolating, Optimall misalignment compensation, Medium torsion spring stiffness, Small reset forces 
 


 9401 10*12 








 
 
Spring steel , Universally suitable for backlash-free rotation transmission, Highly vibration-isolating, Well misalignment compensation, Low torsion spring stiffness, Small reset forces 
 


 9401 6*6 








 
 
Spring steel , Universally suitable for backlash-free rotation transmission, Highly vibration-isolating, Well misalignment compensation, Low torsion spring stiffness, Small reset forces 
 


 9404 10*10 








 
 
Spring disk , Very high torsion spring stiffness, Suitable up to 12.000 rpm, Well misalignment compensation, Vibration- isolating, Electrically insulating 
 


 9404 6*6 








 
 
Spring disk , Very high torsion spring stiffness, Suitable up to 12.000 rpm, Well misalignment compensation, Vibration- isolating, Electrically insulating 
 


 9409 10*10 








 
 
Bellows , Backlash-free, angle synchronous rotation transmission, Very high torsion spring stiffness, Material stainless steel and anodized aluminum 
 


 9409 6*10 








 
 
Bellows , Backlash-free, angle synchronous rotation transmission, Very high torsion spring stiffness, Material stainless steel and anodized aluminum 
 


 9409 6*6 








 
 
Bellows , Backlash-free, angle synchronous rotation transmission, Very high torsion spring stiffness, Material stainless steel and anodized aluminum 
 


 9409 6*8 








 
 
Bellows , Backlash-free, angle synchronous rotation transmission, Very high torsion spring stiffness, Material stainless steel and anodized aluminum 
 


 9410 10*10 








 
 
Precision , Precision  
 


 9460 6*6 








 
 
Stainless steel bellows , Backlash-free, angle synchronous rotation transmission, Optimall misalignment compensation, Very high torsion spring stiffness, Small reset forces, Vibration- isolating 
 


 9410 6*6 








 
 
Precision , Precision  
 


 9460 10*10 
 Pepperl+Fuchs旋轉編碼器監視薄膜繞制機
在薄膜繞制機(圖1)上，大型的薄膜卷軸在或正或反地旋轉。在薄膜繞制過程中，機械運動必須通過傳動電動機的控制技術來進行控制。 
要求獲得現有直線和旋轉軸的位置，使用絕對值編碼器可以精確地測量位置(圖2和圖3)。


高質量的繞制過程必須基于高精度的定位，尤其在薄膜厚度極小(6 μm)和高速旋轉(1000 m/min)時，控制要求更為嚴格，以保證薄膜繞制過程和卷軸更換的正常進行。