pa18cld04tom6sa - photo dr pl m18 scr no,plg

pa18cld04tom6sa – photo dr pl m18 scr no,plg

Carlo Gavazzi PA18CLD04TOM6SA is an M18 diffuse-reflective photoelectric sensor with a 400 mm sensing range, 20–250 V AC supply, two-wire normally open output, 880 nm infrared light and M12 connector.

SKU: PA18CLD04TOM6SAMPN: PA18CLD04TOM6SA
Price
List Price £90.81 ex VAT
Your Price (ex VAT) Save 15%
£77.18 15% OFF
You save £13.62 per unit
Manufacturer Lead Time Please contact us for a delivery time before you order
Get the best trade prices Trade exclusive

Create an online account to unlock exclusive pricing, special offers and more.

Create an online account Quick & easy setup
SUBTOTAL (EX VAT) £77.18
Trade pricing is personalised to your account

Manufacturer Lead Time

Sold in packs of 5

£77.18

Why Choose the Carlo Gavazzi PA18CLD04TOM6SA Photoelectric Sensor?

The Carlo Gavazzi PA18CLD04TOM6SA is a compact diffuse-reflective photoelectric sensor designed for reliable non-contact object detection in industrial automation, conveying and machine control applications. As part of the Carlo Gavazzi PA18 series, it combines an industrial-standard M18 cylindrical threaded housing with straightforward two-wire AC switching.

This sensor uses modulated infrared light at 880 nm to detect light reflected directly from the target object, eliminating the need for a separate reflector or receiver. Its normally open (NO) output and light-switching sensing mode provide a practical solution for detecting products, components and materials in automated machinery.

With a rated operating distance of up to 400 mm, a 20–250 V AC supply, an M12 connector and IP67 protection, the PA18CLD04TOM6SA is well suited to packaging equipment, conveyors, production machinery and general factory automation.

Key Advantages

  • Diffuse-reflective sensing detects targets without requiring a separate reflector.
  • 0–400 mm rated operating distance supports short-range industrial detection tasks.
  • 20–250 V AC operating range provides flexible integration with industrial control circuits.
  • Two-wire normally open output provides straightforward switching.
  • M12 plug connection enables convenient installation, servicing and sensor replacement.
  • Compact M18 threaded cylindrical housing suits standard machine mounting arrangements.
  • IP67 protection provides resistance to dust and water ingress.

Key Features

  • Carlo Gavazzi PA18 series.
  • Diffuse-reflective photoelectric sensing principle.
  • 0–400 mm rated operating distance.
  • Modulated infrared light at 880 nm.
  • 20–250 V AC supply voltage.
  • Two-wire normally open (NO) output.
  • Light-switching sensing mode.
  • 20 Hz maximum switching frequency.
  • M12 4-pin male connector.
  • M18 threaded PBTP plastic housing.
  • Adjustable sensitivity for application setup.
  • IP67 degree of protection.

Reliable Diffuse-Reflective Detection for Industrial Machinery

Diffuse-reflective photoelectric sensors transmit light towards a target and monitor the light reflected directly back to the receiver. When sufficient reflected light is detected, the output changes state, allowing machinery to identify the presence or position of an object without physical contact or a separate reflector.

The PA18CLD04TOM6SA combines a useful 400 mm sensing range with an industrial M18 housing, wide AC supply range and detachable M12 connection. Its compact construction and IP67 protection make it a practical general-purpose sensor for reliable detection within automated production equipment.

Typical Applications

  • Conveyor object and package detection.
  • Packaging and production machinery.
  • Component presence and position detection.
  • Material handling systems.
  • Assembly and manufacturing equipment.
  • Product counting applications.
  • General industrial automation and machine building.

Technical Specifications

Tick the specs you need, then view products that match.

Supply Voltage 110–120 V AC, 230 V AC, 24 V AC
Coil / Supply Voltage 20–250 V AC
Sensing Mode Diffuse
IP Rating IP67
Output Type Two-wire (SCR)
Sensing Principle Photoelectric - diffuse
Housing Size M18
Sensing Distance 400 mm
Output Function NO
Connection M12 connector
Manufacturer Carlo Gavazzi
Series PA18
Model PA18CLD04TOM6SA
Product type Photoelectric sensor
Sensing principle Diffuse-reflective
Rated operating distance 0–400 mm
Light source Modulated infrared light
Wavelength 880 nm
Supply voltage 20–250 V AC
Output Type Two-wire
Output function Normally open (NO)
Sensing mode Light switching
Maximum operating current 0.5 A
Maximum switching frequency 20 Hz
Connection type M12 male connector
Number of connector pins 4
Housing style Cylindrical threaded barrel
Housing size M18
Housing material PBTP plastic
Protection rating IP67
Operating temperature -20 to +60 °C
Housing length approx. 71.5 mm
Sensitivity adjustment Adjustable

Frequently Asked Questions

What is the Carlo Gavazzi PA18CLD04TOM6SA used for?

The PA18CLD04TOM6SA is designed for non-contact object detection in conveyors, packaging equipment, production machinery and other industrial automation applications.

What is the sensing range of the PA18CLD04TOM6SA?

The sensor has a rated diffuse-reflective operating distance of 0–400 mm.

Does the PA18CLD04TOM6SA require a reflector?

No. It uses diffuse-reflective sensing, detecting infrared light reflected directly from the target object rather than requiring a separate reflector.

What output does the PA18CLD04TOM6SA provide?

The PA18CLD04TOM6SA provides a two-wire normally open (NO) output for industrial AC switching applications.

What supply voltage does the PA18CLD04TOM6SA require?

The sensor is designed for a 20–250 V AC supply, providing compatibility with a broad range of industrial control circuits.

How is the PA18CLD04TOM6SA connected?

The sensor uses an M12 4-pin male connector, allowing convenient connection to compatible industrial sensor cables.

Trusted by Industrial Automation Engineers

Carlo Gavazzi PA18 photoelectric sensors are widely used in industrial automation applications where compact installation, dependable non-contact object detection and straightforward integration with machinery and control systems are required.