EMAS SIM12FM1OC2 EMAS INDUCTIVE SENSOR M12 NPN NC NONFLUSH

EMAS SIM12FM1OC2 EMAS INDUCTIVE SENSOR M12 NPN NC NONFLUSH

EMAS SIM12FM1OC2 is an M12 metal non-flush inductive proximity sensor with a 4 mm sensing distance, 10–30 V DC supply, NPN normally closed output, 400 Hz switching frequency and 2 m cable for industrial metal detection.

SKU: SIM12FM1OC2MPN: SIM12FM1OC2
Price
List Price £31.22 ex VAT
Your Price (ex VAT) Save 30%
£21.86 30% OFF
You save £9.37 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) £21.86
Trade pricing is personalised to your account

Manufacturer Lead Time

£21.86

Why Choose the EMAS SIM12FM1OC2 M12 Inductive Proximity Sensor?

The EMAS SIM12FM1OC2 is an industrial M12 inductive proximity sensor designed for reliable non-contact detection of metallic objects in machinery, factory automation and process-control applications. Part of the EMAS SIM series, it combines an NPN normally closed output with a non-flush sensing arrangement and a compact cylindrical metal housing.

Inductive sensing technology enables the SIM12FM1OC2 to detect metallic targets without requiring physical contact. Its non-flush mounting configuration provides a greater sensing distance than comparable flush M12 versions, making it useful where additional detection range is required while retaining the compact M12 form factor.

The SIM12FM1OC2 operates from a 10–30 V DC supply and provides an NPN normally closed (NPN-NC) output. It features a 4 mm sensing distance, 400 Hz switching frequency and a 2 m wired connection, providing a practical solution for integration with compatible PLCs and industrial control systems.

Key Advantages

  • Reliable non-contact detection of metallic targets.
  • 4 mm sensing distance provides increased detection range in an M12 sensor format.
  • NPN normally closed output for compatible PLC and control circuits.
  • 10–30 V DC operating voltage suits common industrial automation supplies.
  • Non-flush mounting supports greater sensing distance than equivalent flush M12 sensors.
  • 400 Hz switching frequency supports responsive machine sensing.
  • 2 m cable connection provides straightforward hard-wired installation.
  • Solid-state inductive operation eliminates mechanical sensing contact and associated contact wear.

Key Features

  • EMAS SIM series inductive proximity sensor.
  • M12 cylindrical metal housing.
  • Non-flush mounting.
  • NPN-NC output configuration.
  • 4 mm sensing distance.
  • 10–30 V DC operating voltage.
  • 400 Hz switching frequency.
  • 2 m cable connection.
  • Designed specifically for metallic target detection.
  • Solid-state, non-contact switching.
  • Compact form factor for machine and equipment installation.
  • Suitable for industrial automation, position sensing and presence detection.

Non-Contact Metal Detection for Industrial Automation

Inductive proximity sensors detect metallic objects by generating an electromagnetic field around the sensing face. When a suitable metal target enters this field, the resulting change is detected electronically and the sensor switches its output. This contactless principle makes inductive sensors particularly useful for repetitive position, presence and machine-state detection.

The EMAS SIM12FM1OC2 combines this sensing principle with a non-flush M12 configuration and 4 mm sensing distance. Its NPN-NC output provides normally closed switching behaviour, while the 400 Hz switching frequency and wired connection make it suitable for integration into a wide range of industrial machinery and automated control systems.

Typical Applications

  • Industrial machinery and factory automation.
  • Metal component presence detection.
  • Machine position and end-position sensing.
  • Conveyor and material handling equipment.
  • Production and assembly machinery.
  • Metallic component counting.
  • PLC-controlled automation systems.
  • OEM machinery and equipment.

Technical Specifications

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

Supply Voltage 12 V DC, 24 V DC
Coil / Supply Voltage 10–30 V DC
Mounting Condition Non-flush
Output Type NPN
Sensing Principle Inductive
Housing Size M12
Sensing Distance 4 mm
Output Function NC
Connection Cable
Manufacturer EMAS
Series SIM Series Inductive Sensor
Model SIM12FM1OC2
Product type Inductive proximity sensor
Nominal dimension M12
Housing type Cylindrical
Body material Metal
Mounting type Non-flush
Detection principle Inductive
Target material Metal
Output Type NPN-NC
Output function Normally closed
Sensing distance 4 mm
Operating voltage 10–30 V DC
Switching frequency 400 Hz
Connection 2 m cable

Frequently Asked Questions

What is the EMAS SIM12FM1OC2 used for?

The SIM12FM1OC2 is an M12 inductive proximity sensor used for non-contact detection of metallic objects in industrial machinery, automation, position-sensing and presence-detection applications.

What is the sensing distance of the SIM12FM1OC2?

The EMAS SIM12FM1OC2 has a nominal sensing distance of 4 mm.

What output does the SIM12FM1OC2 have?

The sensor provides an NPN normally closed (NPN-NC) output for connection to compatible PLC inputs and industrial control circuits.

Is the EMAS SIM12FM1OC2 flush or non-flush?

The SIM12FM1OC2 is a non-flush inductive sensor. The sensing face should project from surrounding metal in accordance with the manufacturer's installation requirements to maintain the specified sensing performance.

How is the SIM12FM1OC2 connected?

The SIM12FM1OC2 uses a 2 m wired cable connection for integration with compatible industrial control and automation systems.

Trusted for Industrial Inductive Detection

EMAS SIM inductive proximity sensors provide dependable non-contact metallic object detection for industrial automation, combining solid-state switching, compact cylindrical construction and practical output configurations for machine-control and position-sensing applications.