pe12cnt15po - photo te pl 12mm pnp no, cab

pe12cnt15po – photo te pl 12mm pnp no, cab

Carlo Gavazzi PE12CNT15PO is a 10–30 V DC through-beam photoelectric receiver with a 15 m operating range, PNP normally open output, modulated infrared sensing and 5 m cable for door and industrial automation systems.

SKU: PE12CNT15POMPN: PE12CNT15PO
Price
List Price £45.62 ex VAT
Your Price (ex VAT) Save 15%
£38.78 15% OFF
You save £6.84 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) £38.78
Trade pricing is personalised to your account

Manufacturer Lead Time

Sold in packs of 5

£38.78

Why Choose the Carlo Gavazzi PE12CNT15PO Through-Beam Photoelectric Receiver?

The Carlo Gavazzi PE12CNT15PO 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 and provides a rated operating distance of up to 15 m.

The PE12CNT15PO uses 880 nm modulated infrared light and provides a PNP normally open (NO) output with light-switching operation. Its compact special-construction housing has a diameter of approximately 12 mm, making the sensor particularly useful where installation space is restricted.

Operating from a 10–30 V DC supply, the PE12CNT15PO is supplied with a 5 m cable for straightforward connection to control equipment. Its IP67 protection rating, polycarbonate housing and short-circuit, reverse-polarity and transient protection support dependable operation in demanding industrial and entrance-control environments.

Key Advantages

  • Compact through-beam photoelectric receiver for reliable object and obstruction detection.
  • 15 m rated operating distance supports monitoring across wide openings.
  • PNP normally open output for straightforward PLC and controller integration.
  • 10–30 V DC supply compatible with standard industrial control systems.
  • 880 nm modulated infrared sensing provides dependable optical detection.
  • 5 m integral cable provides flexible installation and wiring.
  • IP67 protection supports use in demanding door-control and industrial environments.

Key Features

  • Carlo Gavazzi PE12 photoelectric sensor series.
  • Through-beam photoelectric receiver.
  • 15 m rated operating distance.
  • PNP normally open (NO) output.
  • Light-switching sensing mode.
  • 10–30 V DC rated operating voltage.
  • 880 nm modulated infrared light.
  • 5 m cable connection.
  • 100 mA maximum output current.
  • 100 Hz maximum switching frequency.
  • IP67 degree of protection.
  • Short-circuit, reverse-polarity and transient protection.
  • ESPE Type 2 configuration for applicable door-safety systems.

Reliable Through-Beam Detection for Doors and Automation

Through-beam photoelectric sensing uses a separate emitter and receiver positioned opposite one another. The receiver monitors the infrared beam transmitted across the detection area and changes its output when the beam condition changes, providing dependable detection across relatively large openings.

The Carlo Gavazzi PE12CNT15PO combines this sensing principle with a compact housing, PNP output and industrial 10–30 V DC supply. Its long sensing distance and door-safety approvals make it particularly suitable for automatic entrance systems as well as industrial machinery requiring reliable through-beam presence detection.

Typical Applications

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

Technical Specifications

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

Sensing Mode Through-beam
IP Rating IP67
Output Type PNP
Sensing Principle Photoelectric - through-beam
Sensing Distance 15000 mm
Output Function NO
Connection Cable
Manufacturer Carlo Gavazzi
Series PE12
Model PE12CNT15PO
Product type Through-beam photoelectric receiver
Sensing principle Through-beam
Rated operating distance 15 m
Output Type PNP
Output function Normally open (NO)
Sensing mode Light switching
Rated operating voltage 10–30 V DC
Maximum output current 100 mA
Maximum switching frequency 100 Hz
Light source Modulated infrared light
Infrared wavelength 880 nm
Connection type Cable
Cable length 5 m
Housing Special compact construction, approximately Ø12 mm
Housing material Polycarbonate
Protection rating IP67
Operating temperature -20 °C to +50 °C
Electrical protection Short-circuit, reverse-polarity and transient protection
Safety classification ESPE Type 2
Standards EN 12445, EN 12453, EN 12978, UL 325, UL 508

Frequently Asked Questions

What is the Carlo Gavazzi PE12CNT15PO used for?

The PE12CNT15PO is a through-beam photoelectric receiver used with a compatible emitter for presence, object and obstruction detection in automatic doors and industrial automation systems.

What is the sensing range of the PE12CNT15PO?

The PE12CNT15PO has a rated operating distance of up to 15 m when correctly paired and aligned with its compatible through-beam emitter.

What output does the PE12CNT15PO provide?

The receiver provides a PNP normally open (NO) output and operates in light-switching mode.

What supply voltage does the PE12CNT15PO require?

The PE12CNT15PO operates from a 10–30 V DC supply, making it suitable for common industrial and door-control systems.

How is the PE12CNT15PO connected?

The receiver is supplied with an integral 5 m cable for connection to the associated control or automation system.

Trusted by Door and Automation Professionals

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