Slim Type

SS10A Series

  • Ideal for object size and position detection
  • 10mm optical axis pitch
  • Equipped with two different outputs with serial and NPN
  • Provided a dedicated circuit board that converts serial to parallel output by each optical axis(optional)
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Downloads

Datasheet

SS10A Series

Model Detecting width Beam interval Detecting object Output mode Protective structure  
SS10A-T16-CH 150mm 10mm ø17mm (Min.) Opaque object Individual output for each optical axis: serial output
Versatile output: NPN open collector output
Rating: Sink current 100mA (at up to 30V DC)
IP66
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SS10A-T32-CH 310mm 10mm ø17mm (Min.) Opaque object Individual output for each optical axis: serial output
Versatile output: NPN open collector output
Rating: Sink current 100mA (at up to 30V DC)
IP66
Contact
SS10A-T64-CH 630mm 10mm ø17mm (Min.) Opaque object Individual output for each optical axis: serial output
Versatile output: NPN open collector output
Rating: Sink current 100mA (at up to 30V DC)
IP66
Contact
SS10A-T96-CH 950mm 10mm ø17mm (Min.) Opaque object Individual output for each optical axis: serial output
Versatile output: NPN open collector output
Rating: Sink current 100mA (at up to 30V DC)
IP66
Contact

Accessories

B-1304MA / B-1304SA

A conversion board compatible with the SS10A Series, providing a dedicated circuit board that converts serial to parallel output by each optical axis. Sold separately.

More Info

SS10A Series

Versatile output operation

| For single use (without using the interference prevention function)

For the sensor of 65optical axes or more, use the connector with cable (attached to B-1304SA as an accessory) to connect with B-1304MA.

| Mutual interference prevention connection

 

Individual output for each optical axis

| For single use (without using the interference prevention function)

| Mutual interference prevention connection

 

Connector pin layout

| Logistics
Carton Dimension Sizing

Mutual interference prevention function allows to install two sensors adjacently

| Automobile
Parts Shape Identification

Determines the shape of the object passing between sensors by blocking the optical axes

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