Baumer IFRM 12X9503/0040 (11114060) | NAMUR Inductive Proximity Sensor, 12mm Flush Mount, 4mm Range, 0.4m Cable, ATEX 1G Certified, IP67
Baumer
The Baumer IFRM 12X9503/0040 is a high-precision inductive proximity sensor designed for reliable and accurate detection in industrial environments. Its compact size and robust construction make it ideal for applications where space is limited and durability is essential. This sensor offers exceptional performance with its precise sensing capabilities and is suitable for a wide range of automation tasks.
- Resolution:
- 752 × 480 px
- Sensor type:
- 1/3? CMOS, color
- Illumination:
- integrated, LED white
- LED class:
- risk group 1 (low risk, EN 62471:2008)
- High-resolution mode:
- max. 50 inspections per second
- Object distance min.:
- 100 mm
- Object distance max.:
- 300 mm
- Number of jobs (products):
- ? 255
- Features per job:
- 32
- Signal processing:
- Baumer FEX® 4.0
- Defect image memory:
- 32
- Lens:
- 16 mm
- Nominal voltage power supply:
- 24 V ±25 %
- Nominal voltage power supply (add-on):
- Class 2 according to NEC / protection class III
- Nominal voltage power supply (info):
- The device is intended for supply from an isolated limited power source according to UL61010-1, 3rd ed cl. 9.4 or a limited energy source according to UL60950-1 or Class 2 according to NEC.
- Power consumption:
- Max. 18 W (with I/O)
- Inputs:
- 8 30 V (polarity protected)
- Digital inputs:
- 5 inputs trigger job selection external teach-in encoders (CH-A, CH-B) 500 kHz
- Outputs:
- PNP Ipeak = 100 mA and Ieff = 50 mA (short-circuit proof)
- Digital outputs:
- 5 outputs Pass / Fail Flash Sync Alarm Camera Ready Output Enable
- Initial setup:
- Ethernet (10BASE-T / 100BASE-TX)
- Process interface:
- PROFINET (CC-A) EtherNet/IP TCP/UDP (Ethernet)
- Visualization:
- configurable web interface with MultiViewer function
- Width:
- 53 mm
- Height:
- 99.5 mm
- Depth:
- 38 mm
- Weight:
- ? 250 g
- Material:
- housing: aluminum cover glass: PMMA
- Datasheet:
- View
- Operating Manual:
- View
