Omron Convergent Photoelectric Sensor, Block Sensor

RS Stock No.: 818-4092Brand: OmronManufacturers Part No.: EE-SPY412
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Technical Document

Specifications

Brand

Omron

Product Type

Photoelectric Sensor

Sensor Style

Block

Detection Type

Convergent

Output Type

NPN

Terminal Type

Connector

Maximum DC Voltage

24V dc

Light Source

Infrared

Minimum Operating Temperature

-10°C

IP Rating

IP50

Maximum Operating Temperature

55°C

Maximum Current

80mA

Standards/Approvals

No

Hazardous Area Certification

No

Housing Material

Polycarbonate

Detection Range

2 mm → 5 mm

Product details

EE-SPY31/41 Series Photomicrosensor

The Omron EE-SPY31/41 high quality reflective photomicrosensor precisely detects objects positioned in front of shiny backgrounds and offers minimal diffusion in sensing range. In addition, the photomicrosensor uses light modulation to successfully reduce external light interference.

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Stock information temporarily unavailable.

AED 266.75

AED 266.75 Each (ex VAT)

AED 280.09

AED 280.09 Each (inc. VAT)

Omron Convergent Photoelectric Sensor, Block Sensor

AED 266.75

AED 266.75 Each (ex VAT)

AED 280.09

AED 280.09 Each (inc. VAT)

Omron Convergent Photoelectric Sensor, Block Sensor

Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Omron

Product Type

Photoelectric Sensor

Sensor Style

Block

Detection Type

Convergent

Output Type

NPN

Terminal Type

Connector

Maximum DC Voltage

24V dc

Light Source

Infrared

Minimum Operating Temperature

-10°C

IP Rating

IP50

Maximum Operating Temperature

55°C

Maximum Current

80mA

Standards/Approvals

No

Hazardous Area Certification

No

Housing Material

Polycarbonate

Detection Range

2 mm → 5 mm

Product details

EE-SPY31/41 Series Photomicrosensor

The Omron EE-SPY31/41 high quality reflective photomicrosensor precisely detects objects positioned in front of shiny backgrounds and offers minimal diffusion in sensing range. In addition, the photomicrosensor uses light modulation to successfully reduce external light interference.