USD 18.00
M30 AC 2-wire inductive sensor, 15 mm range, NC output, IP67 enclosure, nickel-plated brass body.
Cylindrical AC 2-wire inductive proximity sensor with M30 threaded body, 15 mm sensing distance, NC output, IP67 protection, and 100–240 VAC operating supply. Manufacturer and distributor listings identify it as an unshielded cylindrical sensor for general industrial detection, with nickel-plated brass body and LED status indication.
| Parameter | Value |
|---|---|
| Sensor type | Inductive proximity sensor |
| Wire type / power | AC 2-wire type |
| Supply voltage | 100–240 VAC |
| Sensing side diameter | M30 |
| Sensing distance | 15 mm |
| Mounting / shielding | Unshielded |
| Standard sensing target | 45×45×1 mm iron |
| Response frequency | 20 Hz |
| Leakage current | Max. 2.5 mA |
| Control output | Normally closed |
| Material | Brass (nickel plated) |
| Protection structure | IP67 |
| Ambient temperature | -25 to 70 °C |
| Storage temperature | -30 to 80 °C |
| Ambient humidity | 35 to 95% RH |
| Storage humidity | 35 to 95% RH |
| Hysteresis | Max. 10% of sensing distance |
| Residual voltage | Max. 10 V |
| Insulation | Double or reinforced insulation; 1 kV between measuring input and power |
| Weight | Approx. 207 g (approx. 170 g) |
| Body length | Standard type |
The 15 mm inductive sensing distance and M30 body suit detection of steel parts on conveyors and transfer mechanisms where a robust, contactless sensor is required.
Eliminates mechanical switches and false triggering in dirty, high-vibration metal handling environments.
The NC output, AC 2-wire wiring, and IP67 enclosure make it practical for robust end-stop or position confirmation on presses, actuators, and mechanical slides with AC supply availability.
Provides durable end-position feedback in wet or dusty machine compartments.
Nickel-plated brass construction, wide ambient temperature range, and 20 Hz response support reliable detection of metal fixtures, cams, or carriers in production equipment.
Maintains stable detection where dust, splash, vibration, and temperature variation challenge mechanical sensors.
