pe12cnt15poc2 - photo tr pl 12mm pnp/no con

pe12cnt15poc2 – photo tr pl 12mm pnp/no con

Carlo Gavazzi PE12CNT15POC2 is a compact 10–30 V DC through-beam photoelectric receiver with a 15 m rated operating distance, PNP normally open output and detachable connector for door-control and industrial automation applications.

SKU: PE12CNT15POC2MPN: PE12CNT15POC2
Price
List Price £50.01 ex VAT
Your Price (ex VAT) Save 15%
£42.51 15% OFF
You save £7.50 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) £42.51
Trade pricing is personalised to your account

Manufacturer Lead Time

Sold in packs of 5

£42.51

Why Choose the Carlo Gavazzi PE12CNT15POC2 Through-Beam Photoelectric Receiver?

The Carlo Gavazzi PE12CNT15POC2 is a compact through-beam photoelectric receiver designed for reliable presence and obstruction detection in automatic doors, gates and industrial automation systems. As part of the Carlo Gavazzi PE12 photoelectric sensor series, it operates with a compatible through-beam emitter to provide dependable optical detection across openings and controlled access points.

The PE12CNT15POC2 provides a PNP normally open (NO) transistor output, allowing straightforward connection to compatible PLC inputs, door controllers and industrial control equipment. Its compact approximately 12 mm diameter housing makes the PE12 platform particularly useful for applications where available mounting space is restricted.

Designed for a rated operating distance of up to 15 m, the PE12CNT15POC2 combines long-range through-beam detection with a 10–30 V DC operating supply. The C2 connection variant provides a detachable connector arrangement, supporting convenient installation and servicing in machinery and entrance-control systems.

Key Advantages

  • Compact through-beam photoelectric receiver for presence and obstruction detection.
  • 15 m rated operating distance supports monitoring across wide openings.
  • PNP normally open output for straightforward controller and PLC integration.
  • 10–30 V DC operation suits standard industrial control systems.
  • Compact approximately 12 mm diameter housing for space-restricted installations.
  • Connector-based design simplifies installation, replacement and maintenance.
  • Robust PE12 construction is well suited to automatic entrance and industrial automation applications.

Key Features

  • Carlo Gavazzi PE12 photoelectric sensor series.
  • Through-beam photoelectric receiver.
  • 15 m rated operating distance.
  • PNP normally open (NO) output.
  • 10–30 V DC rated operating voltage.
  • Modulated infrared through-beam sensing principle.
  • Compact approximately Ø12 mm housing.
  • Detachable connector connection.
  • Designed for operation with a compatible PE12 through-beam emitter.
  • Solid-state output for integration with electronic control systems.
  • Industrial construction for reliable machine and entrance monitoring.

Reliable Through-Beam Detection for Doors and Automation

Through-beam photoelectric sensing uses a separate emitter and receiver positioned on opposite sides of the detection area. The receiver monitors the infrared beam transmitted by the emitter, enabling the connected control system to recognise when a person, object or component interrupts the optical path.

The Carlo Gavazzi PE12 series combines this dependable sensing principle with a particularly compact housing. The PE12CNT15POC2 adds a PNP normally open electronic output and detachable connection, making it suitable for modern control systems where compact installation, convenient servicing and reliable long-range detection are required.

Typical Applications

  • Automatic door and gate systems.
  • Lift and entrance-control equipment.
  • Doorway presence and obstruction detection.
  • Industrial access-control systems.
  • Packaging and material-handling machinery.
  • Long-range object and position detection.

Technical Specifications

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

Sensing Mode Through-beam
Output Type PNP
Sensing Principle Photoelectric - through-beam
Sensing Distance 15000 mm
Output Function NO
Manufacturer Carlo Gavazzi
Series PE12
Model PE12CNT15POC2
Product type Through-beam photoelectric receiver
Sensing principle Through-beam
Rated operating distance 15 m
Output Type PNP
Output function Normally open (NO)
Rated operating voltage 10–30 V DC
Light type Modulated infrared
Connection type Detachable connector
Housing size Approximately Ø12 mm
Housing material Plastic
Sensor arrangement Separate receiver for compatible PE12 emitter
Installation type Compact cylindrical / snap-in mounting

Frequently Asked Questions

What is the Carlo Gavazzi PE12CNT15POC2 used for?

The PE12CNT15POC2 is a through-beam photoelectric receiver used with a compatible PE12 emitter for detecting people, objects and obstructions in door-control and industrial automation systems.

What is the sensing range of the PE12CNT15POC2?

The PE12CNT15POC2 is designed for a rated through-beam operating distance of up to 15 m when correctly paired and aligned with a compatible emitter.

What output does the PE12CNT15POC2 provide?

The receiver provides a PNP normally open (NO) transistor output for connection to compatible industrial controllers and automation equipment.

What supply voltage does the PE12CNT15POC2 require?

The PE12CNT15POC2 operates from a 10–30 V DC supply, making it suitable for standard low-voltage industrial control systems.

How is the PE12CNT15POC2 connected?

The C2 variant uses a detachable connector connection, helping simplify installation, replacement and maintenance compared with permanently wired sensor arrangements.

Trusted by Door and Automation Professionals

Carlo Gavazzi PE12 photoelectric sensors provide compact and dependable through-beam detection for automatic entrances, access systems and industrial machinery where reliable presence and obstruction sensing are required.