The Baumer IR30.D18S-F60.IA1Z.7BO 11179024 is a high-precision sensor with a flush mounting type and a measuring distance of 0 to 18 mm. It offers exceptional resolution, less than 0.005 mm statically and less than 0.01 mm dynamically, with a repeat accuracy of 0.02 mm. The linearity error varies, with ±800 µm within a 4.5 to 13.5 mm range and ±2400 µm across the full 0 to 18 mm range. It features a quick response time of less than 2 ms and operates efficiently with a voltage supply range of 8 to 36 VDC, consuming a maximum of 20 mA with no load. The output is an analog 4 to 20 mA signal, and it supports a load resistance of less than 50 Ohm/V * Vs - 250 Ohm for voltages between 30 and 36 VDC. Enhanced safety features include short circuit and reverse polarity protection. The sensor is designed with a cylindrical threaded brass nickel-plated housing, a PBT sensing face, and is equipped with an M12 connector. It can withstand operating temperatures from -25 to +75 °C and is rated IP 67 for protection against dust and water ingress. The sensor is ideal for precise distance measurement in harsh industrial environments.
- Mounting type:
- Flush
- Measuring distance Sd:
- 0 18 mm
- Resolution:
- < 0.005 mm (stat.) < 0.01 mm (dynam.)
- Repeat accuracy:
- 0.02 mm
- Linearity error:
- ± 800 µm (S = 4,5 ... 13,5 mm) ± 2400 µm (S = 0 ... 18 mm)
- Temperature drift:
- ± 6 % (Full Scale)
- Response time (factory characteristic):
- < 2 ms
- Voltage supply range +Vs:
- 8 36 VDC
- Current consumption max. (no load):
- 20 mA
- Output circuit:
- Analog 4 ... 20 mA
- Load resistance:
- < 50 Ohm/V * Vs - 250 Ohm > 500 Ohm (Vs = 30 36 VDC)
- Short circuit protection:
- Yes
- Reverse polarity protection:
- Yes
- Design:
- Cylindrical threaded
- Material (sensing face):
- PBT
- Housing material:
- Brass nickel plated
- Dimension:
- 30 mm
- Housing length:
- 60 mm
- Connection types:
- Connector M12
- Tightening torque max.:
- 100 Nm
- Operating temperature:
- -25 +75 °C
- Protection class:
- IP 67
- Datasheet:
- View
- Operating Manual:
- View
