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  Outline dimensions 

The outline dimensions of the B5W-LB series are shown below. Please refer to the data sheet for more details. 

For wiring, connector with cable: EE-5002 1M can be provided as an optional accessary. 

 * This wire harness assembly is available only for the digital output models (3-pin), not for the analog output 

model. 

  Product features 

 

<Light diffuse reflective type>

    

                                <Light convergent reflective type> 

Size: 26mm X 8.4mm X 13mm 

Size: 40mm X 8.4mm X 15.9mm 

Emitter/ 

Receiver lens 

Emitter/ 

Receiver lens 

(1) Super miniature type: B5W-LB11 series 

(2) Miniature type: B5W-LB21 series 

Reflective optical sensors can generally be categorized into two types; light diffuse reflective and light convergent 

reflective.  The optical paths of both the emitter and the receiver in the light convergent type are narrower and more 

angular than those of the light diffuse type. This optical convergent design can enhance its sensing ability for low-

reflective objects because of its high density light beam. The sensing area of the convergent type is thereby limited 

as shown by the figures below.  

Toroidal lens 

B5W-LB Light convergent reflective type sensor User’s manual (E592) 

The B5W-LB series is composed of light convergent reflective type sensors utilizing 

Omron’s original optical lenses which are combined with 4-toroidal lens designs. These 

sensors can provide stable sensing with a small amount of reflected light, and even black 

paper and transparent plates can be detected in its wide sensing range. Furthermore, 

the B5W-LB series will not detect any highly reflective background that is positioned 

beyond the sensor’s sensing area. 

Summary of Contents for B5W-LB Series

Page 1: ...Light convergent reflective type sensor B5W LB series User manual...

Page 2: ...an operate with 24 volts and can be connected to a PLC The analog output model can be directly connected to an A D input terminal of a microcomputer It is good to use for applications which require th...

Page 3: ...ptical paths of both the emitter and the receiver in the light convergent type are narrower and more angular than those of the light diffuse type This optical convergent design can enhance its sensing...

Page 4: ...0 to 40 mm The non sensing distance with white paper is read as follows Non sensing distance White paper The output voltage should be 30 mV or less in the distance range of 85 mm or more When designin...

Page 5: ...ground objects plates might be partially cut off considering the size of the sensing spot location In the case that the sensing objects have a glossy surface mirror glass plates etc It is necessary to...

Page 6: ...lue Reference value B5W LB Light convergent reflective type sensor User s manual E592 5 2 Digital output model Receiver output sensing distance characteristics Operating range Up and down Operating ra...

Page 7: ...The connection diagram and the internal circuit of B5W LB2101 are shown below B5W LB2101 Internal circuit B5W LB Light convergent reflective type sensor User s manual E592 6 Usage guidance external ci...

Page 8: ...generated by sensing the object in the absence of external disturbing lights Radical output voltage without disturbing lights Vout ON Vout OFF 4 Optimum threshold level setting The analog output model...

Page 9: ...ut model contains an LED driving circuit and a dedicated photo IC with fixed threshold level As shown below the output of the Main Circuit is routed through an NPN open collector transistor Both inter...

Page 10: ...ached Thickness max Gap A transparent cover Thick plate 3 In the case of attaching a transparent cover on the sensor for water dust prevention purpose the plate must be closely attached to the sensing...

Page 11: ...the case of that the sensor must be exposed to ambient lights please refer to 7 Mounting instruction No 2 Question Can this sensor detect reflective objects mirror glass plate inclined at varying angl...

Page 12: ...ying Product ii repair the non complying Product or iii repay or credit Buyer an amount equal to the purchase price of the non complying Product provided that in no event shall Omron be responsible fo...

Page 13: ...has been checked and is believed to be accurate however no responsibility is assumed for clerical typographical or proofreading errors or omissions Omron Companies shall not be responsible for conform...

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