SICK IMM05-1B5PSVU2S Threaded Barrel Inductive Proximity Sensor, M5 PNP IMM 30V 1.5 mm 30 V dc 200mA

SICK IMM Series Proximity Sensor, 25mm Length, M5 Thread size - IMM05-1B5PSVU2S

This proximity sensor detects nearby metal targets without contact and is designed for industrial automation environments where robust sensing and straightforward integration are required. Housed in stainless steel with a flush-mount configuration, it provides dependable presence detection for control and monitoring tasks in machinery and production lines.

Features and Benefits:

• PNP output provides simple wiring for sourcing control signals
  30V maximum supply supports common 24 VDC systems
  200 mA switching current handles direct drive of small loads
  4.8 kHz switching frequency enables high-speed object detection
  IP67 rating permits use in wet or dust-prone locations
  Cable Terminal reduces connection hardware and assembly time

Applications

• Suitable for conveyor object detection in automated lines
  Ideal for end-of-arm sensing on Compact pick-and-place units
  Used for position feedback in small actuators and valves
  Can be used for panel-mounted proximity detection in control cabinets
  Suitable for presence sensing in packaging and labelling machines

What temperature range can it operate within?

It functions across a span from -25°C up to 70°C, allowing use in chilled and moderately heated process zones.

How close must a target be to trigger detection?

The sensor responds to metal targets at a maximum approach distance of 1.5 mm, suitable for precise, near-field sensing tasks.

What mounting and mechanical form factor does it use?

It employs an M5 threaded barrel for flush installation, providing a Compact footprint for constrained spaces.

Which electrical safety and performance standards does it meet?

It conforms to recognised standards including UL and EN 60947-5-2, as well as regional EAC and CE approvals.

What protects the sensing element against electromagnetic interference?

The device is shielded to reduce susceptibility to external electrical noise in industrial surroundings.