SICK IMG18-08BNOZC0K

SICK Inductive Proximity Sensor IMG18-08BNOZC0K | 1135599

  • Diameter : Ø 18mm
  • Sensing Range Sn : 8mm
  • Switching Output : NPN/NC
  • Installation Type : Flush
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Description

SICK Inductive Proximity Sensor IMG18-08BNOZC0K | 1135599

Inductive Proximity Sensor Part No: 1135599

Inductive standard sensors for economical use in industrial environments

SICK’s inductive sensors offer precise detection, less downtime and a long service life. The inductive IME sensors pack high technology into the smallest of spaces. The integrated ASIC chip enables digital adjustment after the end of the manufacturing process. The saving of values in the ASIC ensures highly precise switching points and very high repeatability of values – for any number of production runs. IM sensors are completely encapsulated with hotmelt molding, which greatly increases shock and vibration resistance. The customer benefits from high positioning accuracy in the machine and long-term reliability.

IMG Inductive standard sensors for economical use in outdoor applications

The IMG inductive proximity sensor precisely detects metallic objects even in harsh usage environments. In price-sensitive mobile applications and automation solutions, it is suitable as a switch for end position determination of speed measurement. Using the IMG, fault-free processes can be ensured even with high temperature fluctuations. The fully-encapsulated sensor is impervious to mechanical shocks as well as vibrations and with its IP69K rating is protected against water as well as oils, coolants and all kinds of contamination. This makes the IMG an economical solution for challenging outdoor uses and machine construction. Thanks to plug and play, the sensor can also be commissioned quickly.

IMG AT A GLANCE

Benefits

  • High availability and long service life thanks to rugged design according to enclosure ratings IP68 and IP69K
  • For harsh environments and demanding weather conditions with high humidity, extreme temperatures or constant vibrations
  • Reliable detection thanks to SICK ASIC technology
  • Optimized price/performance ratio due to incorporating only the essentials but with high-quality components and features
  • Fast commissioning without prior parameterization
  • Fault-free signal transmission thanks to high electromagnetic compatibility

Features

  • Types: M12, M18, M30
  • Extended sensing ranges: 4 to 20 mm
  • Electrical configuration: DC, 3-wire
  • Enclosure rating: IP67, IP68, IP69K
  • Temperature range: –40 to +85 °C
  • Nickel-plated brass housing, plastic sensing face (LCP)
  • Resistant to oil and cooling lubricants; suitable for use outdoors

Advantages

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High precision in a harsh work environment

The IMG has been reduced to the essentials and, thanks to the high-quality components and the SICK ASIC technology, delivers precise detection results at an optimized price/performance ratio. In combination with a rugged design, it also operates reliably under harsh conditions. This results in practice in reduced downtimes and stable processes, which makes it a suitable solution for use in mobile machines and machine construction.
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The high leak tightness with enclosure ratings IP68 and IP69K and the especially good shock resistance extend the service life and ensure reliable operation.
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Large sensing ranges from 4 to 20 mm allow a wide variety of fields of application – from workpiece detection right through to speed measurement tasks in vehicles.
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Thanks to plug and play, the sensor can be commissioned without additional configuration.
Reliability that pays off: The IMG is the rugged solution for price-sensitive applications.
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Durability for many fields of application

Whether Alaska or Sahara: The IMG proximity sensor withstands extreme temperatures and harsh outdoor conditions. This enables it to detect reliably over a temperature range of –40 to +85 °C. The IMG is also resistant to oils, coolants and other contamination that can arise when used in mobile applications and diverse production facilities. Thanks to its EMC performance and high shock resistance, it is suitable for numerous applications – both in production halls and also installed in mobile machines.
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High chemical resistance to coolants and lubricants thanks to LCP cap and PUR encapsulation and cable sheath.
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The IMG is available in various types and can, if required, be manufactured to specific customer requirements.
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The EMC performance prevents switching errors due to disruptive interference from other electronic components.
Versatility: Thanks to its ruggedness, the IMG can be used in a variety of environments and applications.

 

Technical details

Features

Housing Metric
Housing Short-body
Thread size M18 x 1
Diameter Ø 18 mm
Sensing range Sn 8 mm
Safe sensing range Sa 6.48 mm
Installation type Flush
Switching frequency 1,000 Hz
Connection type Male connector M12, 4-pin
Switching output NPN
Switching output detail NPN
Output function NC
Electrical wiring DC 3-wire
Enclosure rating IP67 1)

IP68 1)

IP69K 2)
Special features Resistant against coolant lubricants, Temperature resistance
Special applications Zones with coolants and lubricants, Mobile machines, Difficult application conditions
Items supplied Mounting nut, brass, nickel-plated (2x)

1) According to EN 60529.

2) According to ISO 20653:2013-03.

Mechanics/electronics

Supply voltage 10 V DC … 30 V DC
Ripple ≤ 10 %
Voltage drop ≤ 2 V 1)
Time delay before availability ≤ 100 ms
Hysteresis 3 % … 20 %
Reproducibility ≤ 2 % 2)

3)
Temperature drift (of Sr) ± 10 %
EMC According to EN 60947-5-2
Environmental test Quick temperature change EN 60068-2-14, Na: TA = –25 °C, TB = 75 °C, t1 = 40 min, t2 = < 10 s, 300 cycles
Corrosion test Salt spray test EN 60068-2-52: severity 5, 4 cycles
Continuous current Ia ≤ 200 mA
No load current ≤ 10 mA
Short-circuit protection ✔
Power-up pulse protection ✔
Shock and vibration resistance Vibration resistance acc. to EN 60068-2-6 Fc: 60 g peak (10 Hz … 2,000 Hz)

Long-term shock resistance acc. to EN 60068-2-27 Ea: 100 g 2 ms sinusoidal; 500 shocks in each direction of the 3 coordinate axes

Broadband noise acc. to EN 60068-2-64: 15 g rms (5 Hz … 2,000 Hz) / 8 hours in each direction of the 3 coordinate axes
Indication
LED yellow Switching status
Permanently on: Switching output active
Ambient operating temperature –40 °C … +85 °C
Housing material Nickel-plated brass
Sensing face material Plastic, LCP
Housing length 49.4 mm
Thread length 31.4 mm
Tightening torque, max. ≤ 30 Nm
Protection class III
UL File No. E181493

1) At Ia max.

2) Supply voltage UB and constant ambient temperature Ta.

3) Of Sr.

Safety-related parameters

MTTFD 1,820 years
DCavg 0 %
TM (mission time) 20 years

Reduction factors

Note The values are reference values which may vary
St37 steel (Fe) 1
Stainless steel (V2A, 304) Approx. 0.72
Aluminum (Al) Approx. 0.37
Copper (Cu) Approx. 0.29
Brass (Br) Approx. 0.39

Data Sheet: PDF

More Inductive Proximity Sensor Models from SICK

In addition to the SICK IMG18-08BNOZC0K, we offer a wide range of other SICK inductive proximity sensor models to meet various industrial automation needs. These sensors are designed for reliable object detection without physical contact, with options suitable for different applications in manufacturing, logistics, packaging, and more. Here’s a list of additional models from the SICK IMG series inductive proximity sensor line:

IMG30-20NNSZC0K – 1135632,
IMG12-04BPSZC0S – 1094334,
IMG18-12NPOZC0K – 1135593,
IMG30-15BNOZU2K – 1135651,
IMG12-08NPSZU2S – 1135517,
IMG30-20NNOZU2K – 1135657,
IMG12-08NNSZC0S – 1135528,
IMG12-08NNOZC0K – 1135549,
IMG30-15BNOZC0S – 1135653,
IMG30-15BPSZU2K – 1135612,
IMG30-15BPSZC0S – 1135615,
IMG30-15BPOZU2S – 1135642,
IMG12-04BPSZC0K – 1094333,
IMG18-12NNOZU2K – 1135606,
IMG18-08BNOZC0K – 1135599,
IMG30-20NNOZC0K – 1135656,
IMG18-12NPSZU2K – 1135570,
IMG12-08NPSZU2K – 1135514,
IMG18-12NNOZC0K – 1135605,
IMG30-20NPOZU2K – 1135645,
IMG18-12NPOZU2S – 1135597,
IMG30-20NPSZC0S – 1135621,
IMG12-04BPOZC0K – 1135531,
IMG18-08BPOZC0K – 1135587,
IMG12-08NPOZU2K – 1135538,
IMG12-04BPSZU2K – 1135510,
IMG12-04BNOZU2S – 1135547,
IMG30-15BPOZC0K – 1135638,
IMG30-20NPSZU2K – 1135619,
IMG18-12NNOZU2S – 1135609,
IMG12-04BNOZC0S – 1135546,
IMG12-08NPOZC0K – 1135537,
IMG30-20NNOZC0S – 1135659,
IMG30-20NPOZC0S – 1135647,
IMG18-08BPSZC0K – 1135563,
IMG18-12NNOZC0S – 1135608,
IMG30-15BPOZC0S – 1135641,
IMG18-12NPSZC0S – 1135572,
IMG30-20NNOZU2S – 1135660,
IMG30-15BNOZU2S – 1135654,
IMG12-08NPSZC0S – 1135516,
IMG18-08BPSZU2S – 1135567,
IMG30-20NPSZC0K – 1135618,
IMG12-04BPOZC0S – 1135534,
IMG18-12NPOZU2K – 1135594,
IMG30-20NPSZU2S – 1135622,
IMG30-15BPOZU2K – 1135639,
IMG18-12NNSZC0K – 1135581,
IMG30-15BPSZC0K – 1135611,
IMG12-04BPSZU2S – 1108130,
IMG18-12NPSZC0K – 1135569,
IMG18-08BPOZC0S – 1135590,
IMG18-08BNSZU2K – 1135576,
IMG30-20NNSZU2K – 1135633,
IMG30-20NNSZC0S – 1135635,
IMG18-12NNSZC0S – 1135584,
IMG12-04BNSZU2S – 1135523,
IMG12-08NPOZC0S – 1135540,
IMG18-08BNSZU2S – 1135579,
IMG12-04BPOZU2S – 1135535,
IMG18-12NPOZC0S – 1135596,
IMG18-08BPSZC0S – 1135566,
IMG12-08NPOZU2S – 1135541,
IMG12-04BNOZC0K – 1135543,
IMG12-04BPOZU2K – 1135532,
IMG12-08NNSZU2S – 1135529,
IMG12-04BNSZC0K – 1135519,
IMG18-12NNSZU2K – 1135582,
IMG12-08NNSZU2K – 1135526,
IMG12-08NPSZC0K – 1135513,
IMG12-04BNSZU2K – 1135520,
IMG12-08NNOZU2K – 1135550,
IMG18-12NPSZU2S – 1135573,
IMG12-08NNOZU2S – 1135553,
IMG18-08BNSZC0K – 1135575,
IMG12-04BNSZC0S – 1135522,
IMG30-15BNSZU2K – 1135625,
IMG30-20NPOZC0K – 1135644,
IMG12-04BNOZU2K – 1135544,
IMG18-08BNSZC0S – 1135578,
IMG18-08BNOZU2K – 1135600,
IMG30-15BNOZC0K – 1135650,
IMG30-15BNSZC0S – 1135629,
IMG12-08NNOZC0S – 1135552,
IMG30-15BNSZU2S – 1135630,
IMG12-08NNSZC0K – 1135525,
IMG18-08BPSZU2K – 1135564,
IMG18-08BNOZU2S – 1135603,
IMG18-08BPOZU2S – 1135591,
IMG30-20NNSZU2S – 1135636,
IMG30-15BPSZU2S – 1135616,
IMG18-08BNOZC0S – 1135602,
IMG18-08BPOZU2K – 1135588,
IMG30-20NPOZU2S – 1135648,
IMG30-15BNSZC0K – 1135624,
IMG18-12NNSZU2S – 1135585