SICK IME12-04BPSZC0S inductive proximity switch 2000 Hz

Product Introduction Product name: SICK Sick Product type: small photoelectric sensor Model: GTB10-P4211 　　Features: Working principle Diffuse photoelectric sensor How it works in more detail Background suppression Dimensions ( ...

Product Introduction Product name: SICK Sick Type: Shift measurement sensor Model: DT20-P214B 　　Supply voltage UV: DC 10 V ... 30 V 1) Residual Ripple: ≤5 Vss 2) Power consumption: ≤ 1.8 W 3) Preheat...

Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...

Introduction: SICK/SICK deTem multi-beam safety photoelectric sensor Number of beams: 4, Beam distance: 300 mm, Current carrying capacity: ≤ 100 mA, Supply voltage UV: 24 V DC (19.2 V DC ... 28.8 V DC) 2)。 　　parameter Applications: Standard industrial ...

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.

Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...

Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...

Product Introduction Product name: SICK Product Type: Inductive proximity sensors The product family IME Model IME08-1B5PSZT0K 　　Features: Design Construction: Metric design Housing shape short ...

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.

Product parameters Product name: SICK Sick Product type: Diffuse photoelectric sensor Product family: GR18 Product model: GRTE18-N1112 　　Working principle Diffuse photoelectric sensor Working principle details Energy type Dimensions (width ...

Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.

　　Applications: It is widely used in various fields that require miniature photoelectric sensors Inspection of logistics pallets or workpieces on conveyor lines Workpiece positioning on the fixture Positioning of items on shelves Mixed material inspection in the packaging industry Access control system ...

Features: The piston position can be easily measured by detecting absolute position values over a fixed measuring range of 50 mm Quick and easy installation in the T-slot from the side or above – no need to remove the cylinder end head Commissioning is simple and requires no time-consuming parameterization ...

Product Introduction Product name: SICK Product Type Fork sensor Product family WFL 　　Model WFL50-60B416 Features: How it works: Optical principle Dimensions (W x H x D) 10 ...

Product Introduction Product name: SICK Product Type: T-Groove Sensor Product series MZT8 　Model MZT8-03VPS-KR0 　　Cylindrical T-slot Cylinder type with adapter Rod cylinder specialist Pull rod...

Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...

Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.