pam08an3ano - photo amp 8 ch std npn no

pam08an3ano – photo amp 8 ch std npn no

Carlo Gavazzi PAM08AN3ANO is an eight-channel standard photoelectric sensor amplifier with NPN normally open outputs, an 18–33 V DC supply and DIN-rail mounting for industrial through-beam sensing systems.

SKU: PAM08AN3ANOMPN: PAM08AN3ANO
Price on application Contact us for pricing and availability.
Call 01708 343600

Why Choose the Carlo Gavazzi PAM08AN3ANO Photoelectric Sensor Amplifier?

The Carlo Gavazzi PAM08AN3ANO is an industrial eight-channel photoelectric sensor amplifier designed for use with compatible through-beam photoelectric sensor heads. As part of the Carlo Gavazzi PAM series, it provides centralised signal processing for eight sensing channels with NPN normally open transistor outputs, making it suitable for multi-point detection in automated machinery.

The PAM08AN3ANO combines adjustable sensitivity with diagnostic and alignment assistance to simplify commissioning and help maintain dependable sensing performance. Its multi-channel architecture allows several through-beam detection points to be managed from a single amplifier, reducing the number of individual control components required within an automation system.

Operating from an 18–33 V DC supply, the PAM08AN3ANO provides NPN normally open (NO) outputs and supports sensing ranges up to 50,000 mm when used with suitable sensor heads. Its DIN-rail mounting format and terminal connections make it well suited to installation inside industrial electrical control panels.

Key Advantages

  • Centralised amplifier for eight through-beam photoelectric sensing channels.
  • NPN normally open transistor outputs for industrial control integration.
  • Wide 18–33 V DC operating supply suitable for 24 V DC automation systems.
  • Adjustable sensitivity helps optimise detection for the application.
  • Integrated diagnostic and alignment functions simplify setup and troubleshooting.
  • Supports sensing ranges up to 50,000 mm with compatible sensor heads.
  • DIN-rail design provides convenient installation within control cabinets.

Key Features

  • Carlo Gavazzi PAM series photoelectric amplifier.
  • 8-channel standard amplifier.
  • NPN normally open (NO) output configuration.
  • 18–33 V DC rated operating voltage.
  • 20 mA continuous output current per output.
  • 16 Hz operating frequency for the eight-channel configuration.
  • 30 ms OFF-to-ON response time.
  • Adjustable sensitivity with diagnostic and alignment assistance.
  • Alarm output and test input for system monitoring and commissioning.
  • Output protection against reverse polarity, short circuit and overload.

Reliable Multi-Channel Photoelectric Sensor Control

Photoelectric amplifier systems allow multiple remote sensing heads to be connected to centralised signal-processing electronics. The PAM08AN3ANO manages eight through-beam sensing channels and converts their detection signals into NPN transistor outputs that can be interfaced with PLCs and other industrial control equipment.

With adjustable sensitivity, alignment assistance, diagnostic functionality and an alarm output, the PAM08AN3ANO supports efficient commissioning and fault detection. Its eight-channel format is particularly useful for machinery requiring several closely integrated detection points while maintaining a compact and organised control-panel installation.

Typical Applications

  • Conveyor object detection and product counting.
  • Packaging, filling and labelling machinery.
  • Material handling and sorting equipment.
  • Automated assembly and production lines.
  • Presence and position detection systems.
  • Multi-point through-beam sensing installations.
  • Industrial machine and process automation.

Technical Specifications

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

Sensing Mode Through-beam
Output Type NPN
Sensing Principle Photoelectric - through-beam
Sensing Distance 50 mm
Output Function NO
Connection Terminals
Manufacturer Carlo Gavazzi
Series PAM08
Model PAM08AN3ANO
Product type Photoelectric sensor amplifier
Amplifier type Standard / general purpose
Number of channels 8
Sensing principle Through-beam photoelectric
Output Type NPN transistor
Output function Normally open (NO)
Rated operating voltage 18–33 V DC
Rated operating power 13 W maximum
Continuous output current 20 mA per output
Minimum load current 0.5 mA
OFF-state current max. 100 µA
Voltage drop ≤2 V DC
Operating frequency 16 Hz
Response time OFF-ON 30 ms
Maximum sensing range up to 50,000 mm with suitable sensor heads
Operating temperature -20 to +50 °C
Mounting type DIN rail
Connection Terminals
Dimensions (W × H × D) 120 × 96 × 60 mm
Barcode / EAN 5709870302416

Frequently Asked Questions

What is the Carlo Gavazzi PAM08AN3ANO used for?

The PAM08AN3ANO is an eight-channel photoelectric sensor amplifier used to process signals from compatible through-beam sensor heads in industrial automation and machine-control applications.

How many sensing channels does the PAM08AN3ANO support?

The PAM08AN3ANO supports eight through-beam photoelectric sensing channels, allowing multiple detection points to be managed from one amplifier.

What output type does the PAM08AN3ANO provide?

The amplifier provides NPN normally open (NO) transistor outputs.

What supply voltage does the PAM08AN3ANO require?

The PAM08AN3ANO operates from an 18–33 V DC supply, making it compatible with standard 24 V DC industrial automation systems.

What sensing range can the PAM08AN3ANO support?

The amplifier can support a sensing range of up to 50,000 mm when used with suitable compatible through-beam sensor heads.

What is the response time of the PAM08AN3ANO?

The eight-channel PAM08AN3ANO has an OFF-to-ON response time of 30 ms and an operating frequency of 16 Hz.

How is the PAM08AN3ANO installed?

The amplifier is designed for DIN-rail mounting with terminal connections, making it suitable for installation within industrial control cabinets.

Trusted by Industrial Automation Engineers

Carlo Gavazzi photoelectric sensing products are used in industrial automation and machine-building applications where dependable multi-point detection, straightforward control-system integration and reliable operation are required.