SICK Inductive Barrel Proximity Sensor, M12, 16 mm Detection, PNP NC, 10 → 30 V dc

Sous-total (1 unité)*

78,48 €

(TVA exclue)

94,96 €

(TVA incluse)

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  • 7 unité(s) expédiée(s) à partir du 10 décembre 2025
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1 +78,48 €

*Prix donné à titre indicatif

N° de stock RS:
444-940
Référence fabricant:
IMX12-16NPOZC0S / 1119661
Fabricant:
SICK
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Marque

SICK

Thread Size

M12

Sensor Technology

Inductive

Body Style

Barrel

Detection Range

16 mm

Digital Switching Output Type

PNP

Output Function

NC

Connection Type

4-pin, Male connector M12

Supply Voltage

10 → 30 V dc

Length

65mm

IP Rating

IP68

Mounting Type

PCB Mount

Housing Material

Nickel-plated brass

Maximum DC Voltage

30V

Diameter

12 mm

Minimum Operating Temperature

-25°C

Maximum Operating Temperature

+75°C

Switching Frequency

25 Hz

Series

IMX12

Short Circuit Overload Protection

Yes

Maximum Switching Frequency

25Hz

Depth

65mm

Pays d'origine :
HU

Overview


IMX offers four times the sensing range of conventional sensors, setting a new standard for inductive proximity sensors. Sensing ranges of up to 50 mm ensure a higher process performance - making IMX ideal for applications that were previously inconceivable with inductive sensors. In space-critical applications, IMX sensors save installation space by using smaller designs.

At the same time, the greater distance reduces mechanical damage. The rugged, durable design ensures less downtimes, stable processes and high plant availability.

At a glance


Types: M8 to M30
Large sensing ranges: 4 mm to 50 mm
Enclosure rating: IP68
Temperature range: –25 °C to +75 °C
Nickel-plated brass housing, plastic sensing face
Visual adjustment indicator
Resistant against oils and cooling lubricant
4-fold sensing ranges

Your Benefit


Less installation space required than for larger standard sensors with comparable sensing ranges
Reduced risk of mechanical damage due to larger mounting distance from the target object
Avoidance of incorrect switching and more stable processes thanks to high operating reserves
Low mutual interference, several sensors can be installed close to each other
Higher degree of standardization by using the same sensors for different applications
Quick and easy commissioning thanks to visual adjustment indicator and no need for prior parameterization
Long sensor service life thanks to rugged and durable design

Note


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