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BEI Sensors 84140801 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140810 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140811 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140900 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140901 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140910 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 84140911 Relé

Features

  • Current rating 25 and 40 Amps
  • Output voltage 24-280 VAC and 48-660 VAC
  • Direct bond copper substrate
  • Back to back dual SCR output
  • 4000 VAC optical isolation
  • Zero Voltage and Instantaneous Turn-On
  • UL/cUL Recognized, CE Compliant

BEI Sensors 8MPP2-01-0x28-U-1 Sensor

Features

  • Field proven MEMS sensor technology
  • Digital output I2C
  • Low power consumption (8 μA @1Hz )
  • Compatible with natural gas
  • Small and robust plastic package
  • REACH/RoHS/CE compliant

BEI Sensors 9101/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 500mm circumference accurate to +/- 0.1%
  • Operates from -30 to +80 C

BEI Sensors 9102/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 500mm circumference accurate to +/- 0.1%
  • Operates from -30 to +80 C

BEI Sensors 9103/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 500mm circumference accurate to +/- 0.1%
  • Operates from -30 to +80 C

BEI Sensors 9108/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 200mm circumference accurate to +/- 0.1%
  • Operates from -30° to 80° C

BEI Sensors 9109/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 200mm circumference accurate to +/- 0.1%
  • Operates from -30° to 80° C

BEI Sensors 9110/10 Codificador

Features

  • Variety of materials and surface types
  • Accepts standard 10 mm shaft secured with a set screw
  • 200mm circumference accurate to +/- 0.1%
  • Operates from -30° to 80° C

BEI Sensors 9400/XX-YY Codificador

Downloads

  • Coupling Spring Disc Datasheet

BEI Sensors 9403/10-10 Codificador

Features

  • Aluminum flanges with Stainless Steel Bellows for corrosion resistance
  • High torque capability
  • Easy, clamp-style shaft attachment
  • Available in a variety of sizes

BEI Sensors 9403/6-10 Codificador

Features

  • Aluminum flanges with Stainless Steel Bellows for corrosion resistance
  • High torque capability
  • Easy, clamp-style shaft attachment
  • Available in a variety of sizes

BEI Sensors 9403/6-6 Codificador

Features

  • Aluminum flanges with Stainless Steel Bellows for corrosion resistance
  • High torque capability
  • Easy, clamp-style shaft attachment
  • Available in a variety of sizes

BEI Sensors 9403/XX-YY Codificador

Features

  • The metal bellows type coupling can accommodate axial, angular and parallel misalignment, due to its highly uniform construction and the flexible nature of the bellows.
  • It is also less prone to cyclic loading during use while providing a high degree of torsional stiffness.

BEI Sensors 9404/S/10-10 Codificador

Downloads

  • Accessory Bellows Coupling Datasheet
  • Accessory Bellows Coupling PDF Drawing
  • Accessory Bellows Coupling 10mm STEP Drawing
  • Accessory Bellows Coupling DWG Drawing

BEI Sensors 9404/S/11-11 Codificador

Downloads

  • Accessory Bellows Coupling Datasheet
  • Accessory Bellows Coupling PDF Drawing
  • Accessory Bellows Coupling 11mm STEP Drawing
  • Accessory Bellows Coupling DWG Drawing

BEI Sensors 9404/S/12-12 Codificador

Downloads

  • Accessory Bellows Coupling Datasheet
  • Accessory Bellows Coupling PDF Drawing
  • Accessory Bellows Coupling 12 mm STEP Drawing
  • Accessory Bellows Coupling DWG Drawing

BEI Sensors 9418/EXX Codificador

Features

  • Bore reduction sleeves allow the user to reduce the bore size of the LP35 Series Explosion Proof from 30mm down to a size that matches their mating shaft.
  • The reduction sleeve provides both thermal and electrical isolation of the encoder from the shaft
  • Electrical isolation is rated at 2.5 kV.

BEI Sensors 9418/H4E Codificador

Features

  • Bore reduction inserts (or sleeves) allow the user to reduce the bore size of the LP35 Series encoders from 30mm down to a size that matches to their mating shaft.
  • The reduction insert provides both thermal and electrical isolation of the encoder from the shaft.
  • Electrical isolation is rated at 2.5 kV.
  • Proper installation is shown below and shaft runout should be limited according to this table.