OMCH PROXIMITY SWITCH TL-N10ME2

In stock

OMCH PROXIMITY SWITCH

Category: Brand:

OMCH PROXIMITY SWITCH TL-N10ME2

OMCH PROXIMITY SWITCH TL-N10ME2 – Square Inductive NPN NC Proximity Sensor

The OMCH PROXIMITY SWITCH TL-N10ME2 is a rectangular, unshielded inductive proximity sensor engineered for non-contact object detection in industrial automation systems. Operating on a 3-wire DC circuit system, the OMCH PROXIMITY SWITCH TL-N10ME2 delivers an NPN normally closed (NC) output configuration with a nominal sensing distance of 10 mm.

As depicted in the product image, the sensor is housed in a bright yellow, heat-resistant ABS plastic enclosure. It features a front-facing sensing head, a high-visibility red LED operation indicator light, a clear wiring schematic printed on the faceplate, two side mounting holes for direct installation, and an integrated pre-wired 2-meter 3-core connection cable.

Key Features of the OMCH PROXIMITY SWITCH TL-N10ME2

  • Unshielded Inductive Sensing: Designed for non-contact detection of ferrous metallic target objects up to a maximum distance of 10 mm (pm 10%).

  • NPN Normally Closed (NC) Output: Provides a continuous signal when no target object is detected and breaks the output circuit upon target presence.

  • Wide DC Supply Operating Voltage: Accepts power inputs ranging from 6 to 36 V DC (rated across standard 12–24 V DC systems).

  • Built-In Protection Circuitry: Integrated protection circuits guard the internal electronics against power supply reverse polarity and inductive voltage surges.

  • High-Visibility LED Status Indicator: Features a red LED indicator on the front panel that gives clear visual confirmation of sensor power and output switching states.

  • Rugged ABS Plastic Shell: Constructed from oil-resistant, heat-resistant ABS material rated at IP67 for ingress protection against moisture and airborne dust.

Common Applications and Industrial Usage of OMCH PROXIMITY SWITCH TL-N10ME2

The non-contact reliability and wide voltage range of the OMCH PROXIMITY SWITCH TL-N10ME2 make it suitable across automated machinery lines:

  • Conveyor Systems & Material Handling: Detects moving metal carriers, totes, and metallic packages along assembly lines to control belt indexing.

  • Machine Tooling & CNC Equipment: Acts as a limit or safety interlock sensor, determining mechanical home positions or component positioning on machine slides.

  • Packaging & Bottling Lines: Counts metallic caps, tracks machine stroke positions, and alerts system PLCs when structural gates or guards open.

  • Elevators & Hoisting Equipment: Detects leveling plates and mechanical carriage positions for safe positioning control.

Technical Specifications of OMCH PROXIMITY SWITCH TL-N10ME2

The electrical, environmental, and structural parameters for the OMCH PROXIMITY SWITCH TL-N10ME2 include:

Parameter Specification Technical Details & Operational Values
Component Classification Rectangular Inductive Proximity Sensor
Primary Target Keyword OMCH PROXIMITY SWITCH TL-N10ME2
Manufacturer / Part Reference OMCH / TL-N10ME2
Sensing Technology Inductive (Non-contact metal detection)
Sensing Distance (S_n) 10 mm pm 10% (Setting distance: 0 to 8 mm)
Standard Target Object Ferrous Iron (40 x 40 x 1 mm)
Operating Supply Voltage 6 to 36 V DC (Operating range: 10–30 V DC)
Output Type & Mode NPN / 3-Wire / Normally Closed (NC)
Load Current Capacity Up to 300 mA Max.
Response Frequency 500 Hz
Degree of Protection IEC IP67 (Oil-resistant enclosure)
Housing & Surface Material Heat-resistant ABS resin
Cable / Termination Style Pre-wired 2-meter 3-core cable
Operating Ambient Temp. -25degree C to +70degree C

Wiring Guidelines and Installation Best Practices

Wiring Colors (DC 3-Wire):

  • Brown (BN): Positive DC Supply Line (+V DC)

  • Blue (BU): Negative DC Supply / Ground (0V  -V DC)

  • Black (BK): NPN Output Signal Line (Switched to 0V)

  • Mounting Consideration: As an unshielded (non-flush) sensor, ensure adequate clear space surrounding the sensing face to prevent surrounding mounting metals from triggering false readings.

  • Noise Avoidance: Run sensor cables separately from high-voltage AC motor cables or VFD output wires to prevent electromagnetic noise coupling.

To review official international proximity switch standards and IEC testing specifications for inductive sensors, consult the official IEC 60947 Low-Voltage Switchgear and Controlgear Standard Directory.

To evaluate real-time regional warehouse stock availability or request commercial quotes for bulk procurement needs, please connect with our sales branch via the Control Qatar Contact Page.

See It Styled On Instagram

    No access token

Main Menu