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sensors:lsm111 [2012/09/10 15:54] karina [Electrical data] |
sensors:lsm111 [2021/08/14 04:21] |
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- | ====== Sick LSM111 - LIDAR ====== | ||
- | The Laser scanner [[http:// | ||
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- | The LSM on the armadillo currently has 193.167.0.1 as IP | ||
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- | LSM 111 | ||
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- | LMS 1XX | ||
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- | ====== Specifications ====== | ||
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- | ^Index^ | ||
- | |[[sensors: | ||
- | |[[sensors: | ||
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- | ===== Functional data ===== | ||
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- | ^ ^Minimum^Typical^Maximum^ | ||
- | |Scan angle| | |270°| | ||
- | |Scanning frequency|25 Hz| |50 Hz| | ||
- | |Remission|10%| |Several 1,000 %(1*) (reflectors)| | ||
- | |**Angular resolution**|||| | ||
- | |- With 25 Hz|0.25°| |0.5°| | ||
- | |- With 50 Hz| |0.5°| | | ||
- | |**Measurement error 1st reflected pulse**(2*)|||| | ||
- | |- Systematic error| |± 30 mm (± 1.18 in)|± 40 mm (± 1.58 in)| | ||
- | |- Temperature drift|0 mm/°C (0 in/°F)| |0.32 mm/°C (0.007 in/°F)| | ||
- | |- Statisticalerror(1σ)| |12 mm (0.47 in)|20 mm (0.79 in)| | ||
- | |Immunity to external light| |40 klx| | | ||
- | |**Evenness of the scan field** (25 Hz)|||| | ||
- | |- Cone| |±0.5°|±1°| | ||
- | |- Inclination| |±1°|±–2°| | ||
- | |Distance from mirror axis of rotation (zero point on the X and Y axis) to the rear of the device| |55 mm (2.17 in)| | | ||
- | |Distance between centre of the scan plane and the bottom edge of the housing| |116 mm (4.57 in)| | | ||
- | |**Distance measuring range**|||| | ||
- | |- LMS100/ | ||
- | |- LMS151|0.5 m (1.64 ft)| |50 m (164,04 ft)| | ||
- | |Hardware blanking window|0 m (0 ft)||15 m (49.21 ft)| | ||
- | |- Step width| |1 m (3.28 ft)| | | ||
- | |Power-up delay| | |60 s| | ||
- | |- Of a configured device| |15 s| | | ||
- | |Configurable restart after|2 s| |60 s| | ||
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- | ===== General data ===== | ||
- | ^ ^Minimum^Typical^Maximum^ | ||
- | |Laser protection class|Laser class 1 according IEC 60825H1 (2007H3) (complies with 21 CFR 1040.10 with the exception of the deviations as per Laser Notice No. 50, July 26, 2001)||| | ||
- | |**Enclosure rating**|As per EN 60529 (1991H10); A1 (2002H02)||| | ||
- | |- LMS100/ | ||
- | |- LMS111/ | ||
- | |Protection class|III as per EN 50178 (1997H10)||| | ||
- | |EMC test|As per EN 61000H6H2 (2005H08), EN 61000H6H3 (2007H03)||| | ||
- | |Electrical safety|As per EN 50178 (1997H10)||| | ||
- | |**Operating temperature range**|||| | ||
- | |- LMS100/ | ||
- | |- LMS111/ | ||
- | |Storage temperature range|–30 °C (86 °F)| |+70 °C (158 °F) max. 24 h| | ||
- | |Humidity (taking into account the operating temperature range)|DIN EN 60068H2H61, method 1||| | ||
- | |**Vibration resistance**|As per EN 60068H2H6 (1995H04)||| | ||
- | |- Frequency range|10 Hz| |150 Hz| | ||
- | |- Amplitude|5 g RMS| | | | ||
- | |**Shock resistance**|As per EN 60068H2H27 (1993H03), EN 60068H2H29 (1993H04)||| | ||
- | |- Single shock|15 g (0.53 oz), 11 ms||| | ||
- | |- Continuous shock|10 g (0.35 oz), 16 ms||| | ||
- | |**Sender**|Pulsed laser diode||| | ||
- | |- Wave length|895 nm|905 nm|915 nm| | ||
- | |- Divergence of the collimated beam (solid angle)| |15 mrad| | | ||
- | |- Light spot size at the optics cover| |8 mm (0.32 in)| | | ||
- | |- Light spot size at 18 m (59.05 ft) scanning range| |300 mm (11.82 in)| | | ||
- | |**Housing**|||| | ||
- | |- Material|GDHALSI12 3.2582.05||| | ||
- | |- Colour LMS100|RAL 5012 (blue)||| | ||
- | |- Colour LMS122|RAL 9005 (black)||| | ||
- | |- Colour LMS123|RAL 9003 (white)||| | ||
- | |- Colour LMS111/ | ||
- | |- Alloy|Excellent weather resistance as per DIN EN 106:1988, plate 3||| | ||
- | |**Optics cover**|||| | ||
- | |- Material|Polycarbonate||| | ||
- | |- Surface finish|Outside with scratch-resistant coating||| | ||
- | |**System plug** (LMS100/ | ||
- | |- Material|GDHALSI12 3.2582.05||| | ||
- | |- Colour LMS100/ | ||
- | |- Colour LMS123|RAL 9003 (white)||| | ||
- | |**Cable entries **(LMS111/ | ||
- | |- Material|Stainless steel/ | ||
- | |**Dimensions**(3*)|||| | ||
- | |- Height LMS100/ | ||
- | |- Height LMS111/ | ||
- | |- Width| | |102 mm (4.02 in)| | ||
- | |- Depth| | |106 mm (4.18 in)| | ||
- | |- Total weight (without connecting cables)| |1.1 kg (2.43 lb)|| | ||
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- | ===== Electrical data ===== | ||
- | ^ ^Minimum^Typical^Maximum^ | ||
- | |Supply voltage LMS100/ | ||
- | |Supply voltage LMS122/ | ||
- | |Permissible residual ripple| | |±5%| | ||
- | |Supply voltage for the LMS111/ | ||
- | |Switch on current| | |2 A| | ||
- | |Operating current at 24 V without output load| |0.35 A|0.5 A| | ||
- | |Operating current with max. output load| |0.65 A|0.8 A| | ||
- | |Operating current with maximum heating performance| |2.3 A|2.5 A| | ||
- | |Power consumption without output load| |8.4 W|12 W| | ||
- | |Power consumption with maximum output load| |16 W |20 W| | ||
- | |Power consumption with maximum heating performance| |55 W| 60 W| | ||
- | |Electrical connection LMS111/ | ||
- | |Electrical connection LMS100/ | ||
- | |**Technical specifications**, | ||
- | |- Cross-section of rigid cores (American Wire Gauge — AWG)|0.14 mm2 (approx. 26 AWG)| |1.5 mm2 (approx. 16 AWG)| | ||
- | |- Cross-section of flexible cores (American Wire Gauge — AWG)|0.14 mm2 (approx. 26 AWG)| |1.0 mm2 (approx. 18 AWG)| | ||
- | |- Insulation stripping length for the cores| |5 mm (0.2 in)| | | ||
- | |- Screw tightening torque|0.22 Nm| |0.3 Nm| | ||
- | |**Cable length** for device power supply at 24 V|||| | ||
- | |- With 1 mm2 wire cross-section (approx. 18 AWG)| | |220 m (721.78 ft)| | ||
- | |- With 0.5 mm2 wire cross-section (approx. 22 AWG)| | |110 m (360.89 ft)| | ||
- | |With 0.25 mm2 wire cross-section (approx. 24 AWG)| | |50 m (164.04 ft)| | ||
- | |**Cable length** for heating at 24 V|||| | ||
- | |- With 1 mm2 wire cross-section (approx. 18 AWG)| | |45 m (147.64 ft)| | ||
- | |- With 0.5 mm2 wire cross-section (approx. 22 AWG)| | |20 m (65.62 ft)| | ||
- | |- With 0.25 mm2 wire cross-section (approx. 24 AWG)| | |10 m (32.81 ft)| | ||
- | |**Cable length** for device power supply at 12 V|||| | ||
- | |- With 1 mm2 wire cross-section (approx. 18 AWG)| | |20 m (65.62 ft)| | ||
- | |- With 0.5 mm2 wire cross-section (approx. 22 AWG)| | |10 m (32.81 ft)| | ||
- | |- With 0.25 mm2 wire cross-section (approx. 24 AWG)| | |5m (16.40 ft)| | ||
- | |**Switching inputs**|||| | ||
- | |- Number|2||| | ||
- | |- Input resistance on HIGH| || | | ||
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- | ===== (1*)(2*)(3*) ===== | ||
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- | |(1*) Corresponds to Diamond Grade 3000XTM (approx. 1,250 cd/lx × m2).|||| | ||
- | |(2*) The time after the first reflected pulse from which measurement can be performed with full accuracy is dependent on the target that reflected the first reflected pulse.|||| | ||
- | |(3*) Without fixing screws and projection of cable glands with system plug mounted.|||| | ||
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- | ====== Cable connection ====== | ||
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- | **“Power” connection M12×5, plug** | ||
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- | | ::: |1|Vs |LMS supply voltage| | ||
- | | ::: |2|Vs heat|Supply voltage for the heating| | ||
- | | ::: |3|GND | ||
- | | ::: |4| - |Not assigned| | ||
- | | ::: |5|GND heat|Ground heating| | ||
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- | **“RS-232” connection M12×8, plug** | ||
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- | | ::: |1|RxD | ||
- | | ::: |2|TxD | ||
- | | ::: |3|CAN_H | ||
- | | ::: |4|CAN_L | ||
- | | ::: |5|GND CAN|Ground CAN| | ||
- | | ::: |6|IN 1 | ||
- | | ::: |7|IN 2 | ||
- | | ::: |8|IN GND |Ground digital inputs| | ||
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