Triple-IN. Selection table: 3D Scanner PSCXXX-90 Summary: Technical Data. PSCXXX-90 preliminary Technical Data. Triple-IN GmbH PSCXXX-90/14.

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1 Selection table: 3D Scanner PSC-90 Summary: Technical Data Triple-IN GmbH PSC-90 preliminary Technical Data Sensor PSC PSC PSC PSC Order No D Scanner is based on PS PS PS PS Rotary Table See Data Sheet: RT 1 Working Range Maximum R = 100%, lambertian (m) Maximum R = 10%, lambertian (m) Minimum Range (m) 2 1,8 1 0,5 Accuracy data Resolution (mm) Repeatability 1 strong signal (mm) 5 4,5 4 4 Repeatability 1 weak signal (mm) Accuracy (systematic error) (mm) Measurement Spot Divergence in vertical Scan Direction ( ) 0,115 0,076 0,048 0,031 Divergence perpendicular to vertical Scan Direction ( ) 0,029 Spot close to the sensor window 12 x 16 mm Focusing distance (m) 45 Target surface temperature Temperature Range T < 700 C Vertical Scan and Profile Properties Vertical Scan Mechanism 4 Mirror Polygon Vertical Scan and Profile Angle 90 Vertical Scan Speed (scans/s) 20; 40 Vertical Scanning Duty Cycle 50% Horizontal Scan Properties Horizontal Scan Mechanism rotating 2D Scanner Horizontal Scan angle 350 Horizontal Scan Speed 0 /s to 24 /s Horizontal Angular resolution ( ) 0,029 Horizontal Scanning Duty Cycle 97,2% Horizontal Scan Sweep once or continuously Vertical Scan Modes Normal Mode Beam Angle Step in vertical Scan ( ) 0,09 Measurements in 90 Scan 1000 Scan Rate (Hz) 20 Scan 90 Scan (ms) 25 Gaps between Spots in Scan ( ) Overlap 0,025 0,014 0,042 0,059 Fine Mode Measurements in 90 Scan 1000 Scan Rate (Hz) 20 Scan 90 Scan (ms) 25 Scans/Profile 4 Profile Rate (Hz) 5 Measurements in Profile 4000 Beam Angle Steps in vertical Profile ( ) 0,023 Overlap of Spots in Scan ( ) 0,092 0,054 0,025 0,008 Fast Mode Measurements in 90 Scan 500 Scan Rate (Hz) 40 Scan 90 Scan (ms) 12,5 Beam Angle Steps in vertical Scan ( ) 0,180 Gaps between Spots in Scan ( ) 0,065 0,104 0,132 0,149 PSC-90/14

2 Sensor PSC PSC PSC PSC Laser Data Measurement Laser Measurement Laser Type Pulse Laser Diode Wave Length (nm) 905 Safety Class EN ; 94, 96, 01 1M 1M 1 1 Measurement Rate or Pulse Rate (khz) 40 Red Laser Marker Red Laser Marker to indicate the spot DC Laser Diode Wave Length (nm) 645 Safety Class EN ; 94, 96, 01 2 Interfaces Ethernet UDP 100 Mb/s RS232 for Sensor Programming 115 kbaud, 8n1 Discrete Output Switches 2; programmable Software Application SW Integration into the Sensor is intended Power Supply Power transfer through POE or 24 VDC Direct Power Supply 24VDC ± 5 VDC Power via POE Adaptor 220/230 VAC 24 VDC Power Consumption (W);(without internal heater) 14 Start up Time (s) 30 Sensor Protection Ingress Protection IP67 Temperature Range for Function -10 C to +50 C Temperature Range with optional Heater -30 C to +50 C Temperature Range for Storage -30 C to + 80 C Enclosure Aluminum, Die Cast Enclosure Finish Powder coated Front Screen Glass, AR-coated Function in strong Sunshine Ambient light control Dimensions & Weight Dimensions Height, Width, Length (mm) Weight (kg) 5 Options Focusing distance yes; 6 to 45 m Enlarged Beam Divergence ( ) 0,2 x 0,2 0,09 x 0,09 0,048 x 0,048 No Internal heater -30 C Enlarged Temperature Range for Target Surface Non T < 900 C T < 900 C T < 900 C Increased Scan Rate Last Echo Evaluation Accessories Protection hood 230 VAC - 24 VDC POE Module Data Cable, 5m, 90 Serial Interface Cable, 5 m, 90 Beam Finder PSC_90 HT Versions special data PSC250-90HT PSC100-90HT Order No Target surface temperature Target Temperature Range T 1200 C T 1200 C Working Range Maximum R = 100%, lambertian Reflector (m) Maximum R = 10%, lambertian Reflector (m) Minimum Range (m)(sensor must be protected) 2,5 1 PSC-90/14

3 Applications Main applications of PSC-90 3D Sensors PSC PSC PSC HT PSC PSC PSC HT Mining Open Pit Mining Quarry Rock Face Volume Measurement Stock Pile Volume Coal Stockpiles Security Wood Industry Timber yard Forest Land Wood pile Traffic Crowd counting Vehicles in the car park Park place cast Storage Stack storage, Coil storage Hall measurement Refinery Site survey Site monitoring Collision avoidance Agriculture Plant measurement Harvest monitoring Construction Industries Site survey Progress monitoring Road construction Pit measurement Building surveying Tunnel surveying Steel Industry Glowing lining HT HT Slap stacks Harbor Cargo measurement Truck measurement Lock monitoring Ship repair Security 3D Site monitoring Surveying Building progress monitoring Facade measurement Use of space optimization Snow and Ice formations PSC-90/14

4 Spot Size as Function of Target Distance Sigma as Function of Target Distance PSC PSC PSC PSC PSC-90/14

5 PSC PSC PSC PSC PSC-90/14

6 PSC PSC PSC PSC Configuration Scan angle: horizontal (90 ) to vertical (180 ) Scan angle: 45 to 135 Technische Änderungenn vorbehalten. Alle Daten ohne Toleranzangaben sind typische Daten. Triple-IN Gm mbh Poppenbütteler Bogen 64 - D Hamburg Telefon +49 (0) Telefax.: +49 (0) info@triple-in.de - Internet: PSC-90/14