CM30-25NAP-KW1 Capacitive Proximity Sensors – SICK Sensor

Name: CM30-25NAP-KW1 Capacitive Proximity Sensors - SICK Sensor
SKU: SICK 6028413
Price: 94.53 USD
Availability: InStock

$ 94.53

SKU SICK 6028413 Category SICK CM

SICK sensor one of the world’s leading producers of sensors and sensor solutions for industrial applications. SICK is a technology and market leader in Factory and Logistics Automation as well as Process Automation. The sensor range are: Laser Sensors, Cylinder Sensors, Photoelectric Sensors, Fork Sensors, Encoders, Color Sensors, Distance Sensor, Contrast Sensor, Color Sensor, Inductive Proximity Sensors, Fiber Optic Sensor with our signature range sick sensor intelligence.

Part Number: 6028413
Capacitive Proximity Sensor Model: CM30-25NAP-KW1
OEM Spec Ref

Features

Housing	Cylindrical thread design
Thread size	M30 x 1.5
Diameter	Ø 30 mm
Sensing range S_n	4 mm … 25 mm
Safe sensing range S_a	18 mm
Installation type	Non-flush
Switching frequency	10 Hz
Connection type	Cable, 2-wire, 2 m ¹⁾
Output function	NC or NO
Electrical wiring	AC 2-wire
Adjustment	Potentiometer (Sensitivity)
Enclosure rating	IP67 ²⁾

¹⁾ Do not bend below 0 °C.
²⁾ According to EN 60529.

Mechanics/electronics

Supply voltage	20 V AC … 250 V AC
Ripple	≤ 10 % ¹⁾
Voltage drop	≤ 10 V DC ²⁾
Current consumption	10 mA ³⁾
Time delay before availability	≤ 100 ms
Hysteresis	4 % … 20 %
Reproducibility	≤ 5 % ⁴⁾ ⁵⁾
Temperature drift (of S_r)	± 10 %
EMC	According to EN 60947-5-2 ⁶⁾
Continuous current I_a	≤ 500 mA
Cable material	PVC
Conductor size	0.5 mm²
Reverse polarity protection	✔
Power-up pulse protection	✔
Shock and vibration resistance	30 g, 11 ms / 10 … 55 Hz, 1 mm
Ambient operating temperature	–25 °C … +80 °C
Housing material	Plastic, PBT
Housing length	75.6 mm
Thread length	50 mm
Tightening torque, max.	≤ 7.5 Nm
Items supplied	Mounting nut, PA12 plastic (2x) Screwdriver for potentiometer adjustment (1 x)

¹⁾ Of Ub.
²⁾ At I_a max.
³⁾ Without load.
⁴⁾ Of Sr.
⁵⁾ Ub and Ta constant.
⁶⁾ In EMC critical applications, conducted interference levels may lie within the frequency range of the oscillator. This can cause changes to the output signal. (See operating instructions.).