Sick
SICK IM12-04NDO-ZC1 M12 cylindrical sensor electrician tool
M12 cylindrical inductive sensor with 4 mm range, IP67 enclosure and 10–30 V DC supply
- 4 mm sensing range for reliable detection
- M12 cylindrical thread enables quick installation
- 1,500 Hz switching frequency supports fast processes
- IP67 enclosure rating protects against dust and water
- Nickel-plated brass housing resists corrosion and wear
SICK M12 inductive proximity sensor
The SICK IM12-04NDO-ZC1 is a cylindrical inductive sensor with M12 x 1 thread for industrial position detection. It offers a 4 mm sensing range and a safe sensing range of 3.24 mm. The non-flush mounting style suits metal detection tasks in automation and machine building. A 4-pin M12 male connector provides standard electrical wiring.
IP67 enclosure and DC 10–30 V supply
The nickel-plated brass housing meets IP67 rating for dust and water resistance. Supply voltage spans 10 V DC to 30 V DC with 10 % ripple tolerance. Voltage drop is 2.8 V at 100 mA continuous current. Off-state current stays at 0.8 mA with a 3 mA minimum load. Short-circuit and reverse polarity protection are integrated.
1 500 Hz switching with thermal stability
Switching frequency reaches 1 500 Hz for high-speed counting applications. Hysteresis ranges from 2 % to 10 % with reproducibility of 5 %. Temperature drift of the sensing range is limited to ±10 % across –25 °C to +70 °C. Shock resistance is rated at 30 g for 11 ms and vibration resistance at 10–55 Hz with 1 mm amplitude.
Highlights
- 4 mm sensing range for reliable detection
- M12 cylindrical thread enables quick installation
- 1,500 Hz switching frequency supports fast processes
- IP67 enclosure rating protects against dust and water
- Nickel-plated brass housing resists corrosion and wear
Specifications
| Brand | SICK |
|---|---|
| Model | SICK IM12-04NDO-ZC1 |
Questions about this item
How do I install the M12 cylindrical sensor and what tightening mistake should I avoid?
Mount the sensor using its M12 x 1 thread with a 48 mm thread length; do not exceed the 10 Nm maximum tightening torque to prevent housing damage.
What component will need replacement after extended operation in the –25 °C to +70 °C range?
The sensor is a sealed IP67 unit with nickel-plated brass housing and plastic sensing face; no user-serviceable parts are defined, so the entire device is replaced if output drifts beyond the ±10 % temperature specification.
Which limit appears first during continuous switching at 1,500 Hz?
The 2.8 V voltage drop across the DC 2-wire output and the 100 mA continuous current rating constrain the load before the 50 ms start-up delay or thermal limits become factors.
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