mpf3-912rsli - photo amp 3 ch 12-24vac/dc test break

mpf3-912rsli – photo amp 3 ch 12-24vac/dc test break

Carlo Gavazzi MPF3-912RSLI is a three-channel 12-24 V AC/DC photoelectric amplifier with low-voltage output and test-break functionality for compatible MPF through-beam sensing systems.

SKU: MPF3-912RSLIAlt SKU: MPF3912RSLIMPN: MPF3-912RSLI
Price on application Contact us for pricing and availability.
Call 01708 343600

Why Choose the Carlo Gavazzi MPF3-912RSLI Photoelectric Amplifier?

The Carlo Gavazzi MPF3-912RSLI is a reliable three-channel photoelectric sensor amplifier designed for through-beam detection in automatic doors, access systems and industrial automation applications. As part of the Carlo Gavazzi MPF multiplex photoelectric sensor series, it is designed for use with compatible MPFT transmitters and MPFR receivers to provide dependable non-contact object and obstruction detection.

The MPF3-912RSLI provides three photoelectric sensing channels, allowing up to three compatible transmitter and receiver sets to be managed through a single amplifier. Its multiplex architecture is particularly suited to installations requiring multiple detection beams, providing a central control interface while helping maintain reliable sensing across automatic entrances, machinery and industrial access systems.

Operating from a 12–24 V AC/DC supply, the MPF3-912RSLI supports compatible MPF through-beam sensing heads with a nominal sensing range of 15 m. The RSLI configuration combines a low-voltage output version with test-break / contact-opening operation, making it suitable for control systems requiring low-voltage signalling and dependable photoelectric detection.

Key Advantages

  • Three-channel photoelectric amplifier for industrial through-beam sensing.
  • 12–24 V AC/DC supply provides flexible low-voltage system integration.
  • Supports up to three compatible MPF transmitter and receiver sets.
  • Multiplex architecture enables practical multi-beam detection from one amplifier.
  • Compatible MPF sensing heads provide a nominal sensing range of 15 m.
  • Low-voltage output configuration for compatible control circuits.
  • Test-break / contact-opening functionality for system testing and control integration.
  • Suitable for automatic doors, access systems and industrial automation equipment.

Key Features

  • Carlo Gavazzi MPF multiplex photoelectric sensor series.
  • Three-channel photoelectric amplifier.
  • 12–24 V AC/DC operating supply.
  • Low-voltage output version.
  • Test-break / contact-opening operation.
  • Compatible with Carlo Gavazzi MPFT transmitters and MPFR receivers.
  • Through-beam transmitter-receiver sensing principle.
  • Nominal compatible sensing range of 15 m.
  • IP40 protection rating.
  • Designed for multi-channel industrial photoelectric detection.

Reliable Three-Channel Photoelectric Detection

Through-beam photoelectric systems use separate transmitters and receivers positioned opposite one another. Each transmitter directs a light beam towards its corresponding receiver, allowing an object or obstruction to be detected when the beam is interrupted. This sensing principle provides dependable non-contact detection for automatic doors, access systems, machinery and industrial automation equipment.

The MPF3-912RSLI provides the amplifier and control interface for up to three compatible Carlo Gavazzi MPF sensing sets. Its three-channel multiplex configuration is particularly useful where several detection points are required, while its low-voltage AC/DC supply, low-voltage output configuration and test-break functionality support straightforward integration into compatible control systems.

Typical Applications

  • Automatic industrial doors.
  • Powered gates and access-control systems.
  • Multi-beam obstruction detection systems.
  • Industrial machinery and automation equipment.
  • Conveyor and material handling systems.
  • Entrance and passage detection systems.
  • Low-voltage control systems requiring three photoelectric sensing channels.

Technical Specifications

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

Coil / Supply Voltage 12–24 V AC/DC
Sensing Mode Through-beam
IP Rating IP40
Sensing Principle Photoelectric
Sensing Distance 15000 mm
Manufacturer Carlo Gavazzi
Series MPF Multiplex
Model MPF3-912RSLI
EAN 5709870312347
Product type Photoelectric sensor amplifier
Number of channels 3
Supply voltage 12–24 V AC/DC
Sensing method Through-beam transmitter-receiver
Nominal compatible sensing range 15 m
Output configuration Low-voltage output
Function Test break / contact opening
Compatible transmitters MPFT series
Compatible receivers MPFR series
Protection rating IP40
Operating temperature -20 °C to +60 °C

Frequently Asked Questions

What is the Carlo Gavazzi MPF3-912RSLI used for?

The MPF3-912RSLI is a three-channel photoelectric amplifier used with compatible MPFT transmitters and MPFR receivers for through-beam object and obstruction detection in automatic doors, access systems and industrial automation applications.

How many sensing channels does the MPF3-912RSLI support?

The amplifier supports three photoelectric sensing channels, allowing up to three compatible MPF transmitter and receiver sets to be managed through a single amplifier.

What supply voltage does the MPF3-912RSLI require?

The MPF3-912RSLI operates from a 12–24 V AC/DC supply, making it suitable for low-voltage industrial and access-control systems.

What sensing range does the MPF3-912RSLI support?

When used with appropriate Carlo Gavazzi MPF through-beam sensing heads, the system provides a nominal sensing range of 15 m.

What does test break mean on the MPF3-912RSLI?

The test-break configuration provides contact-opening behaviour during the test function, allowing the photoelectric detection system to be checked and integrated with compatible automatic door, access and industrial control equipment.

Trusted Industrial Sensing from Carlo Gavazzi

Carlo Gavazzi MPF photoelectric sensing systems provide dependable multi-channel through-beam detection for automatic doors, access systems and industrial automation, combining remote sensing heads with dedicated multiplex amplifiers for flexible and reliable control integration.