SICK Inductive Proximity Sensor IMB30-20NPPVU6S | 1100478
- Diameter: Ø 30mm
- Sensing Range Sn : 20mm
- Switching Output: PNP/Complementary
- Installation Type: Non-flush
Description
SICK Inductive Proximity Sensor IMB30-20NPPVU6S | 1100478
Inductive Proximity Sensor Part No: 1100478
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.
IMB Inductive sensors for oils, coolants, or lubricants
The inductive IMB proximity sensor is a byword for reliability in harsh working conditions, whether it is in contact with cooling lubricants or being used outdoors. With its extended sensing ranges, made highly precise thanks to the use of SICK ASIC technology, the IMB ensures reliable, stable processes. What’s more, its wide-ranging specification limits allow the IMB to be used in applications where specialist devices were once the only solution – a huge benefit when it comes to product selection and warehousing. The optical adjustment indicator and self-locking nuts save time during commissioning and help cut down on errors. Communication via IO-Link is also possible, creating more flexibility and adding more functions for automation applications. With an extensive standard product portfolio available, even special devices can be put into action quickly and easily.
IMB AT A GLANCE
Benefits
- Straightforward product selection as fewer sensor variants are required – one sensor suits a whole range of applications
- Stable processes thanks to extended, highly precise sensing ranges enabled through the use of the latest SICK ASIC technology
- Reduced machine downtimes thanks to longer sensor service life, even in harsh working conditions
- Quick and easy installation thanks to optical adjustment indicator and self-locking nuts
- High degree of flexibility and communication options thanks to IO-Link
- Easy to implement customer-specific variants within the standard product portfolio
Features
- Types: M8 to M30
- Extended sensing ranges: 2 mm to 20 mm
- Electrical configuration: DC 3-/4-wire, DC 2-wire
- Enclosure rating: IP68, IP69K
- Temperature range: –40 °C to +100 °C
- Rugged stainless-steel housing; plastic sensing face
- Optical adjustment indicator, IO-Link-ready
- Resistant to oils and cooling lubricants; suitable for use outdoors
Technical details
Features
| Housing | Metric |
| Housing | Standard design |
| Thread size | M30 x 1.5 |
| Diameter | Ø 30 mm |
| Sensing range Sn | 20 mm |
| Safe sensing range Sa | 16.2 mm |
| Installation type | Non-flush |
| Switching frequency | 500 Hz |
| Connection type | Cable, 4-wire, 10 m |
| Switching output | PNP |
| Switching output detail | PNP |
| Output function | Complementary |
| Electrical wiring | DC 4-wire |
| Enclosure rating | IP68 1)
IP69K 2) |
| Special features | Resistant against coolant lubricants, IO-Link, Temperature resistance |
| Special applications | Zones with coolants and lubricants, Mobile machines, Difficult application conditions |
| Items supplied | Mounting nut, V2A stainless steel, with locking teeth (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) |
| Hysteresis | 3 % … 20 % |
| Reproducibility | ≤ 2 % 2)
3) |
| Temperature drift (of Sr) | ± 10 % |
| EMC | According to EN 60947-5-2 |
| Continuous current Ia | ≤ 200 mA |
| No load current | ≤ 10 mA |
| Cable material | PUR |
| Conductor size | 0.34 mm² |
| Cable diameter | Ø 4.5 mm |
| Short-circuit protection | ✔ |
| Power-up pulse protection | ✔ |
| Shock and vibration resistance | 100 g / 2 ms / 500 cycles; 150 g / 1 Mio cycles; 10 Hz … 55 Hz / 1 mm; 55 Hz … 500 Hz / 60 g |
| Ambient operating temperature | –40 °C … +100 °C |
| Housing material | Stainless steel V2A, DIN 1.4305 / AISI 303 |
| Sensing face material | Plastic, LCP |
| Housing length | 60 mm |
| Thread length | 44 mm |
| Tightening torque, max. | Typ. 100 Nm 4)
Typ. 100 Nm 5) |
| Protection class | III |
| UL File No. | E181493 |
1) At Ia max.
2) Supply voltage UB and constant ambient temperature Ta.
3) Of Sr.
4) When using the non-toothed side of the nut.
5) Valid if toothed side of nut is used.
Safety-related parameters
| MTTFD | 1,687 years |
| DCavg | 0 % |
| TM (mission time) | 20 years |
Communication interface
| Communication interface | IO-Link V1.0 |
| Communication Interface detail | COM2 (38,4 kBaud) |
| Process data length | 1 Byte |
| Process data structure | Bit 0 = Sr reached
Bit 1 = Sa reached |
Reduction factors
| Note | The values are reference values which may vary |
| St37 steel (Fe) | 1 |
| Stainless steel (V2A, 304) | Approx. 0.78 |
| Aluminum (Al) | Approx. 0.44 |
| Copper (Cu) | Approx. 0.36 |
| Brass (Br) | Approx. 0.46 |
Data Sheet: PDF
More Inductive Proximity Sensor Models from SICK
In addition to the SICK IMB30-20NPPVU6S, 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 IMB series inductive proximity sensor line:
IMB12-04BNSVC0K – 1070172, IMB12-08NPSVC0KS21 – 1132992, IMB08-04NPSVU2K – 1072701, IMB18-12NDSVU2K – 1076283, IMB12-04BNSVW5S – 1119174, IMB18-12NNPVC0K – 1074379, IMB08-1B5PSVU3SS09 – 1110677, IMB18-08BNOVC0K – 1072823, IMB08-02BNSVR8K – 1142998, IMB12-04BPSVU5K – 1142607, IMB08-02BPSVT0SX01 – 1099567, IMB12-08NPOVC0KS20 – 1132991, IMB08-04NPOVT0S – 1072593, IMB12-08NNPVC0S – 1074362, IMB12-08NPSVUDKS25 – 1139393, IMB30-20NNSVC0K – 1072854, IMB08-02BPSVT0S – 1070168, IMB08-02BPSVR8K – 1092111, IMB30-20NPPVU6S – 1100478, IMB08-02BPOVC0S – 1072674, IMB08-02BNOVT0K – 1072693, IMB12-04BNSVQ8K – 1143030, IMB08-04NPPVC0S – 1074350, IMB30-15BNOVC0K – 1072851, IMB12-08NPSVUDKS22 – 1137042, IMB18-12NNOVC0S – 1072812, IMB08-02BPOVQDK – 1111805, IMB18-08BNOVC0S – 1072809, IMB12-08NNOVC0S – 1072740, IMB18-12NDSVU2S – 1074375, IMB08-02BPSVU5S – 1089658, IMB12-08NPPVC0K – 1076279, IMB08-02BNPVC0S – 1074352, IMB18-08BPSVU2S – 1072813, IMB08-04NPSVC0S – 1070170, IMB18-12NPOVU2S – 1072818, IMB08-04NNSVC0S – 1072681, IMB12-04BPSVU2K – 1072754, IMB08-02BPOVT0K – 1072692, IMB18-08BNSVC0S – 1072808, IMB18-08BPSVC0S – 1072806, IMB18-12NPOVU2K – 1072832, IMB12-04BNPVC0K – 1074367, IMB30-20NPOVU2S – 1072846, IMB18-12NNOVU2S – 1072820, IMB30-20NDSVU2K – 1076284, IMB30-15BNOVU2S – 1072844, IMB30-20NDSVC0S – 1076291, IMB18-08BPSVQ5S – 1097832, IMB30-15BPPVC0S – 1074411, IMB12-04BPOVC0S – 1072736, IMB18-08BDSVC0S – 1074373, IMB18-12NPOVC0K – 1072825, IMB08-04NDSVTOS – 1076276, IMB12-04BNSVC0S – 1072737, IMB12-08NPOVQ1K – 1094349, IMB12-04BDSVC0S – 1074364, IMB18-12NPPVC0K – 1074377, IMB08-02BNSVU5S – 1080663, IMB18-08BPSVC0SX01 – 1099571, IMB18-12NPSVC0K – 1072824, IMB08-02BNSVU5K – 1086821, IMB08-02BNOVUDSS16 – 1147487, IMB30-20NNOVU2S – 1072848, IMB12-04BPOVC0KS09 – 1094699, IMB30-15BDSVU2K – 1074420, IMB12-08NNSVU2K – 1072760, IMB18-12NPOVC0S – 1072810, IMB08-04NNOVC0S – 1072682, IMB08-04NDSVU2S – 1074358, IMB08-04NDSVU2K – 1075586, IMB12-08NNSVU2S – 1072745, IMB08-02BNSVT0S – 1072590, IMB12-04BNOVC0S – 1072738, IMB30-15BPPVC0K – 1074406, IMB12-04BPPVC0S – 1074359, IMB30-15BPOVU2S – 1072842, IMB30-15BNSVU2K – 1072857, IMB08-04NNOVU2S – 1072690, IMB30-20NNOVC0K – 1072855, IMB12-04BNOVC0K – 1072749, IMB12-04BNOVU2K – 1072757, IMB08-04NPSVT0K – 1072694, IMB12-08NDSVU2S – 1076278, IMB30-20NPOVU2K – 1072860, IMB08-02BDSVT0K – 1075583, IMB30-15BPOVU2K – 1072856, IMB18-08BNPVC0S – 1074371, IMB30-15BPPVU6S – 1079160, IMB12-04BNSVU2SS26 – 1144485, IMB30-15BNOVU2K – 1072858, IMB12-08NPSVUDKS23 – 1137045, IMB12-04BNSVUDSS28 – 1149277, IMB30-15BPSVC0S – 1072602, IMB18-12NPPVC0S – 1074370, IMB18-08BPOVU2K – 1072456, IMB08-04NPSVU2S – 1072687, IMB08-02BNSVU2S – 1072685, IMB30-20NPSVU2S – 1072845, IMB08-02BPOVT0S – 1072589, IMB18-08BPSVU6S – 1086561, IMB30-15BDSVC0S – 1074410, IMB12-08NPSVC0K – 1072750, IMB08-02BPSVC0SS14 – 1134594, IMB12-04BNSVU2K – 1072756, IMB12-08NNPVC0K – 1076280, IMB12-04BPOVQ5S – 1093327, IMB08-04NNPVC0S – 1074353, IMB18-08BNOVU2S – 1072816, IMB08-02BPOVU2K – 1072698, IMB30-20NNPVC0K – 1074418, IMB18-12NPSVU2K – 1072831, IMB18-08BNSVU2K – 1072829, IMB08-02BPSVT0KS07 – 1092109, IMB12-08NPSVU2K – 1072758, IMB30-15BNPVC0K – 1074417, IMB08-02BNOVU2S – 1072686, IMB12-04BPOVC0SS08 – 1094698, IMB30-15BDSVU2S – 1074413, IMB08-02BDSVU2K – 1075585, IMB08-02BNOVU2K – 1072700, IMB12-04BNOVU2S – 1072742, IMB08-02BPPVC0S – 1074349, IMB12-08NPOVC0S – 1072739, IMB18-12NNSVC0K – 1072826, IMB18-08BPPVC0S – 1074369, IMB08-04NPOVU2K – 1072454, IMB08-02BPSVT0K – 1072691, IMB12-08NNSVC0S – 1072764, IMB12-08NPSVU2S – 1072743, IMB18-08BNOVU2K – 1072830, IMB30-15BPSVU2S – 1072841, IMB18-08BNSVU2S – 1072815, IMB08-02BPSVU5KS12 – 1126252, IMB12-04BPSVU9SS24 – 1137727, IMB08-02BNOVT0S – 1072591, IMB30-15BNOVC0S – 1072837, IMB08-04NPOVU2S – 1072688, IMB08-04NPOVT0K – 1072695, IMB18-08BPOVC0S – 1072807
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