ei1808pposl - ind prox ss m18 pnp no,cab

ei1808pposl – ind prox ss m18 pnp no,cab

Carlo Gavazzi EI1808PPOSL is a long-body M18 stainless steel inductive proximity sensor with an 8 mm rated operating distance, non-flush mounting, PNP normally open output, 10–40 V DC supply and 2 m integral cable.

SKU: EI1808PPOSLMPN: EI1808PPOSL
Price
List Price £52.29 ex VAT
Your Price (ex VAT) Save 15%
£44.45 15% OFF
You save £7.84 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) £44.45
Trade pricing is personalised to your account

Manufacturer Lead Time

Sold in packs of 5

£44.45

Why Choose the Carlo Gavazzi EI1808PPOSL Inductive Proximity Sensor?

The Carlo Gavazzi EI1808PPOSL is a robust M18 inductive proximity sensor designed for reliable non-contact detection of metallic objects in industrial machinery and automation systems. Part of the Carlo Gavazzi EI18 series, it combines a long-body stainless steel cylindrical threaded housing with a PNP normally open output for straightforward integration with PLCs, machine controllers and industrial control equipment.

The sensor provides a rated operating distance of 8 mm and uses a non-flush, unshielded sensing configuration, providing extended detection range for metallic targets. Its contactless inductive operating principle reduces mechanical wear and supports reliable repetitive position, presence and component detection in automated equipment.

With a 10–40 V DC rated power supply, maximum output current of 200 mA and maximum switching frequency of 400 Hz, the EI1808PPOSL provides responsive sensing for industrial automation. Its stainless steel M18 housing, 2 m integral cable, LED indication and IP67 protection rating make it suitable for demanding machine-building and production environments.

Key Advantages

  • Reliable non-contact detection of metallic targets in industrial machinery.
  • 8 mm rated operating distance provides extended sensing capability.
  • Non-flush, unshielded configuration for applications requiring increased detection range.
  • PNP normally open output for straightforward PLC and machine-control integration.
  • Durable M18 stainless steel long-body housing for industrial environments.
  • 2 m integral cable provides a convenient hard-wired electrical connection.

Key Features

  • Carlo Gavazzi EI18 inductive proximity sensor series.
  • M18 cylindrical threaded stainless steel housing.
  • 8 mm rated operating distance.
  • Non-flush mounting configuration.
  • Unshielded sensing design.
  • PNP normally open (NO), 3-wire output.
  • 10–40 V DC rated power supply.
  • 200 mA maximum output current.
  • 400 Hz maximum switching frequency.
  • 2 m integral cable.
  • LED indication for output status.
  • Short-circuit, reverse-polarity and transient protection.
  • IP67 degree of protection.

Reliable Metal Detection for Industrial Automation

Inductive proximity sensors detect metallic objects by generating an electromagnetic sensing field and responding when a metal target enters the detection area. Because sensing takes place without physical contact, the EI1808PPOSL provides repetitive detection without the mechanical wear associated with conventional contact-operated limit switches.

The EI1808PPOSL combines an extended 8 mm sensing distance with a 400 Hz maximum switching frequency and PNP normally open output. Its non-flush stainless steel M18 construction, protected electronics and integral cable make it a dependable choice for machine builders and industrial automation engineers.

Typical Applications

  • Metal component presence detection.
  • Machine position and end-of-travel sensing.
  • Industrial conveyors and material handling systems.
  • Packaging and production machinery.
  • Automated assembly equipment.
  • Counting and positioning of metallic components.
  • OEM machinery and PLC-controlled automation systems.

Technical Specifications

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

Mounting Condition Non-flush
IP Rating IP67
Output Type PNP
Sensing Principle Inductive
Housing Size M18
Sensing Distance 8 mm
Output Function NO
Connection Cable
Manufacturer Carlo Gavazzi
Series EI18
Model EI1808PPOSL
Product type Inductive proximity sensor
Sensor diameter M18
Housing type Cylindrical threaded barrel, long body
Housing material Stainless steel
Rated operating distance 8 mm
Installation type Non-flush
Shielding Unshielded
Output Type PNP, 3-wire
Output function Normally open (NO)
Rated power supply 10–40 V DC
Maximum output current 200 mA
Maximum switching frequency 400 Hz
Connection type Integral cable
Cable length 2 m
Operating temperature -25 to +70 °C
Protection rating IP67
Electrical protection Short-circuit, reverse-polarity and transient protection
Indicator LED output indication

Frequently Asked Questions

What is the Carlo Gavazzi EI1808PPOSL used for?

The EI1808PPOSL is an inductive proximity sensor used for non-contact detection of metallic objects in industrial machinery, conveyors, positioning equipment and automated control systems.

What is the sensing distance of the EI1808PPOSL?

The EI1808PPOSL has a rated operating distance of 8 mm and uses a non-flush, unshielded sensing configuration.

What output does the EI1808PPOSL provide?

The sensor provides a 3-wire PNP normally open (NO) output with a maximum output current of 200 mA.

What supply voltage does the EI1808PPOSL require?

The EI1808PPOSL operates from a 10–40 V DC supply and supports a maximum switching frequency of 400 Hz.

How is the EI1808PPOSL connected and installed?

The sensor uses a long-body M18 threaded stainless steel housing for non-flush installation and is supplied with a 2 m integral cable for connection to compatible industrial control equipment.

Trusted by Industrial Automation Engineers Worldwide

Carlo Gavazzi inductive proximity sensors are widely used in industrial automation where dependable non-contact metal detection, robust construction and straightforward integration with machine control systems are required.