RS PRO Indukční bezdotykový snímač Válec se závitem M12 x 1 200mA IP67 NPN 2 kHz 8 mm 30 V dc

SICK Proximity Sensor, 8mm Maximum Detection, 12mm Thread Size - 1113886

This proximity sensor detects metallic and plastic targets without contact and is designed for industrial automation tasks. It operates from a DC supply and is intended for installation where a compact, threaded cylindrical sensor is required for non-flush mounting. The unit is supplied with a 2m cable and includes fastening nuts for straightforward panel or bracket fitting.

Features & Benefits

• NPN output supports simple switching integration
  2kHz switching frequency enables high-speed detection
  10V to 30V DC supply range allows flexible system compatibility
  IP67 enclosure rating permits washdown and dusty conditions
  200mA continuous switching current drives common loads
  Temperature range −25°C to +75°C maintains performance under heat

**Applications**

• Suitable for conveyor object sensing where Rapid switching is needed
  Ideal for plastic part detection on assembly machinery
  Used with pick-and-place systems requiring Compact sensors
  Can be used for proximity monitoring in control cabinets
  Suitable for integration into machine safety or counting systems

What connection type is provided for wiring?

The sensor uses a three‑wire PVC cable, supplied at 2m length, for direct connection to control circuits.

How is mechanical mounting achieved?

It fits an M12x1 threaded hole and is supplied with two nickel‑plated brass nuts for secure clamping.

What protections are incorporated for industrial use?

It features short‑circuit, reverse‑polarity and power‑up Pulse protection to reduce installation faults.

How does the sensor cope with electromagnetic environments?

EMC performance conforms to relevant switching device standards, supporting use near industrial drives and motors.

What materials make up the sensing face and housing?

The housing is nickel‑plated brass while the sensing face is PA66 plastic, balancing durability and sensing performance.