HL-C211CE
Ultra High-speed High-precision Laser Displacement Sensor Head
● Measurement Range : 110 ± 15 mm
● Resolution : 0.1 µm
● Beam Diameter : ø80 µm
● 0.5m cable with Connector
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Attributes
Sensor Type
Small Beam Spot type Sensor HeadSensing Range
110 ± 15 mmResolution
0.1 µmConnection Type
0.5 m Cable with Connector
| Type | Small Beam Spot type Sensor Head | Shape | – | Sensing Range | 110 ± 15 mm |
| Repeatability | – | Resolution | 0.1 μm | Indication accuracy (P-P) | – |
| Digital Display | – | Output | – | Communications Interface | – |
| Output Operation | – | Input supply | – | Emitting Element | Red Semiconductor Laser Class 3R |
| Connection Type | 0.5 m Cable with Connector | Sensing Object Size | – | Beam Spot Diameter | ø80 µm |
| Timer Function | – | Response Time | – | Max. Response Frequency | – |
| Enclosure | Die-cast Aluminum | Protection | IP67 (IEC) | Particular Characteristics | Receiving Element: Linear Image Sensor |
The HDLC-CMOS sensors have been developed specially for the HL-C2 series. High-density light-receiving cells and a processing speed close to the maximum limit result in high resolutions and high speeds which exceed all expectations for laser displacement sensors. (HDLC: High-Density Linear Cell). We have created the ideal laser using our proprietary optical technologies and aperture construction.
Furthermore, emission adjustment algorithms have been redesigned to maintain ideal emission conditions. Ultra-high-speed calculation processor, Using our specialized proprietary IC and custom algorithms for high-speed processing, information is digitally transmitted between the sensor head and controller. Both high-speed transmission and stability are realized for measurement values. “High-resolution lens” for realizing stable optical path lengths, We designed a new high-resolution lens to reduce lens aberration as much as possible. Light entering from any angle can be gathered at a minimum point to realize even higher precision.
