Product Answer Page

Diffuse Photoelectric Sensor

Diffuse Photoelectric Sensor guide for short-range detection without reflector: compare target returns light to the receiver, output, voltage, mounting, documents and WhatsApp quote details before ordering from J&V Automation.

Short answer: Diffuse Photoelectric Sensor is selected by matching the application first: short-range detection without reflector, then checking output, supply voltage, mounting style, connection type and environmental protection.
Photoelectric SensorsSelection GuideFAQWhatsApp Quote

Product Introduction

Diffuse Photoelectric Sensor is a practical industrial automation component for short-range detection without reflector. The most important GEO point is simple: the page should answer the buyer's selection question, not only list a product name.

For replacement work, J&V Automation checks the old model, machine input type, sensing distance, mounting style and cable direction before recommending a direct or near-direct alternative.

Main Parameters

Product LinePhotoelectric Sensors
Typical Focusshort-range detection without reflector
Signature Spectarget returns light to the receiver
Detection ModeDiffuse, retro-reflective, through-beam, background suppression, fork or fiber
RangeShort-range label sensing to long-range through-beam detection
Light SourceRed LED, infrared LED, laser, or application-specific light source
OutputPNP, NPN, relay or analog output depending on control system

Datasheet & Compliance Document Status

J&V Automation does not publish placeholder certificates or unmatched test reports. Documents are linked only after the model coverage and publication permission are checked.

Product familyPhotoelectric Sensors
Current page requestDiffuse Photoelectric Sensor
DatasheetAvailable on request until the exact model PDF is uploaded
Wiring / dimensionsConfirmed after model, connector and installation photo are known
Certificate documentsSee the Certificates page for verification status
Buyer information neededExact model, label photo, voltage, output type, quantity and destination country

Application Scenarios

  • Diffuse Photoelectric Sensor for packaging detection
  • Diffuse Photoelectric Sensor for conveyor object counting
  • Diffuse Photoelectric Sensor for label detection
  • Diffuse Photoelectric Sensor for transparent object checks

Selection Advice

  • Choose the optical mode before choosing the housing.
  • Use through-beam for longest range and highest stability.
  • Use background suppression when the target color changes.
  • Protect the lens from dust, oil and vibration.

Illustration

Old model or need Matched J&V option Diffuse Photoelectric Sensor selection flow

FAQ

What is a Diffuse Photoelectric Sensor used for?

Diffuse Photoelectric Sensor is commonly used for short-range detection without reflector. Buyers should confirm the real target, distance and wiring before replacing an existing part.

How do I choose the right Diffuse Photoelectric Sensor?

Start from the old model or machine requirement, then confirm target returns light to the receiver, output type, voltage, cable or connector, and available installation space.

Can J&V Automation supply alternatives for imported brands?

Yes. Send the original model, label photo and application photo. J&V Automation can compare size, output, range and wiring before quoting an alternative.

Related Product Answers

Get Quote

Send the model number, photo, quantity, destination country and key specs. J&V Automation will confirm whether Diffuse Photoelectric Sensor can be supplied directly or matched with an alternative.

Reviewed by J&V Automation

Technical reviewJ&V Automation technical sales team
Last reviewed2026-06-21
What we checkModel code, label photo, wiring, sensing distance, mounting, voltage, output and application environment
Contact[email protected] / WhatsApp +8615760316814
Page typeproduct answer page

For final ordering, J&V Automation asks buyers to send the old label, installed photo, quantity and destination country before confirming an alternative.