HG-C1030-P Panasonic

Micro Laser Distance Sensor HG-C SERIES Large measuring range: 25-600mmDistance Distance Distance HG-C SERIES 600mm Analog voltage output (0-5V) / Measurement center distance: 400mm Measuring range: 200mm current output (4-20mA) Beam diameter: approx. 500m Repeatability (200-400mm): 300m Repeatability (400-600mm): 800m + V 0 V Measurement center distance: 200mm External inputs Measuring range: 80mm Control outputs Beam diameter: approx. 300m Analog voltage output (0-5V) / Repeatability: 200m current output (4-20mA) Analog ground (shielded) Measurement center distance: 100mm Measuring range: 35mm The sensor not only indicates measured values Beam diameter: approx. 120m in mm, but also outputs analog voltage / current. Repeatability: 70m The data can be used for various calculations and storage (logging) when the output is sent to a PLC + analog unit. Measurement center distance: 50mm Measuring range: 15mm Beam diameter: approx. 70m Repeatability: 30m Configurable external input Measurement center distance: 30mm Select one function. Measuring range: 5mm Zero adjustment V Beam diameter: approx. 50m Repeatability: 10m Teaching 0V Laser ON/OFF External input Trigger function Control output Analog voltage output (0-5V) / current output (4-20mA) Analog ground (shielded) The external input can be configured to perform one of four functions: zero adjustment, teaching, Laser ON/OFF, trigger function selection. Teaching & window comparator mode 1-point teaching 2-point teaching 3-point teaching Set to Light-ON Set to Light-ON Set to Light-ON TEACH TEACH OFF OFF Ref. point 3 Threshold Threshold TEACH OFF ON Threshold TEACH TEACH Reference ON ON point Ref. point 2 Threshold TEACH OFF Threshold OFF Ref. point 1 OFF Object A Object B Object C Object present Lower Upper limit limit Perform 1-point teaching and the threshold range Press the button TEACH once for the lower (first This is the method to set the threshold range by is set for the distance from the reference surface of point) and once for the upper limit (second point). conducting the teaching at 3 points (detecting object the object to be detected. This is useful for detecting objects at different A, B and C). After teaching, the reference points are distances. automatically sorted in ascending order (reference point 1, 2 and 3). The thresholds are set at the midpoints between reference point 1 and 2, and 2 and 3, respectively. This is useful for detecting objects at different distances. Threshold