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Advanced Automation Light Grids

Advanced Automation Light Grids
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Advanced Automation Light Grids

Advanced automation light grids Modular multi talents – personalize your own light grid Whether pre-configured or programmed by the customer, the range of possibilities is endless with a dvanced auto ation light grids. On request, SICK will fully customize your light grid – both hardware m and software. Modular construction – enables you to decide for yourself! Advanced automation light grids are configured using a modular design principle. Detection height, resolution and range can be chosen to meet your requirements. Detection height Minimum = 100 mm Maximum = 3,140 mm Beam separation...

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Advanced automation light grids Interfaces/bus functionality Cross beam function 50% Interfaces integrated in each device mean there is no need for any additional hardware. Addressing of each bus-compatible MLG is via a separate address. Due to the cross beam function, the resolution of the light grids can be increased even further. The resolution in the central area between sender and receiver is twice as high. This nables even small objects to be reliably detected. e Basic software functions MLG setup software comes with multitude of pre-programmed basic functions e.g., “Last Beam...

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Advanced automation light grids Modular light grids (MLG) are used in various logistics areas. Particularly in automatic warehousing systems, checking for projections with height measurement is essential. In mail distribution centers, they determine the position of p arcels on the conveyor and transfer the data to a PLC via bus systems. With their integrated basic functions, they enable dynamic warehousing systems to optimize workflow and space. MLG automation light grids are used at turnstiles in airports to ensure no unauthorized persons e nter secure airport areas or exit the...

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Advanced automation light grids Diameter detection The XLG advanced automation light grid d etects log diameter so that the log is c entered in the bark stripper. Log measurement XLG advanced automation light grids are used to measure the length and diameter of logs. Using the acquired data, any large roots on the log are detected and the log is then fed via the b ypass to a butt reducer. Key tasks for toll systems are the fast separation of vehicles and their unique classification. The XLG’s absolute i mmunity to infrared light and sunlight, the optional heated protective housing...

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Product family overview Advanced automation light grids Product family overview MLG Standard Technical data overview Beam separation Detection height Working range Switching output Connection type Response time Parallel beam: 1.5 ms ... 37 ms Cross beam: depending on type 34 mm x 214 mm x 29 mm ... 34 mm x 3,335 mm x 29 mm switching outputs •• Resolutions of 10 / 20 / 30 / 50 mm and customerspecific resolutions •• Working range up to 8.5 m •• Detection heights of over 3 m and up to 240 beams possible •• Short response time < 3 ms •• Automatic teach during power on 30 / 50 mm and...

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Product family overview Advanced automation light grids Easy measuring with analog outputs Reliable measurement even in sunlight Parallel beam: 9 ms ... 57 ms Cross beam: depending on type 34 mm x 214 mm x 29 mm ... 34 mm x 3,335 mm x 29 mm •• Integrated CANopen interface •• Resolutions of 10 / 20 / 30 / 50 mm and customer-specific resolutions •• Working range up to 8.5 m •• Detection heights of over 3 m and up to 240 beams possible •• Short response time of < 9 ms •• Teach algorithm for optimal s ensitivity settings in difficult a pplications 8014656/2011-09-01 Subject to change...

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Advanced automation light grids Product description The MLG Standard offers a high level of switching flexibility in applications. The standard models perform like a typical through-beam photoelectric sensor and provide an output if any of the beams is interrupted. They offer fast response time and are highly modular. A range of different resolutions and detection heights are available. In addition, the MLG Standard automation light grid offers a wide spectrum of application options and excellent durability. •• Detection heights of over 3 m and up outputs •• Resolutions of 10 / 20 / 30 / 50...

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Advanced automation light grids Detailed technical data Features Technology Measurement light grid Minimum detectable object (MDO) Parallel beam: 15 mm ... 60 mm Cross beam: 10 mm ... 35 mm Performance Maximum range 1) Minimum range Parallel beam: ≥ 0 mm Cross beam: 200 mm (10 mm beam separation) Cross beam: 360 mm (20 mm beam separation) Cross beam: 520 mm (30 mm beam separation) Cross beam: 840 mm (50 mm beam separation) Parallel beam: 1.5 ms ... 37 ms Cross beam: depending on type No reserve for environmental issues and deterioration of the diode. With resistive load. 1 test input for...

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Advanced automation light grids Ambient data Protection class EMC Ambient temperature Vibration resistance Specic data Connection type Evaluation beams Parallel beam Cross beam Switching output Model name Ordering information Ordering information The part numbers below show a selection of our common configurations and represent only a portion of the product portfolio. The type code on page 12 indicates all possible configurations that can be ordered. Please note: Sender and receiver are only offered as a pair. MLGx-xxxxF5x1 •• Connection type: Connector M12, 5-pin •• Evaluation beams:...

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Advanced automation light grids Beam separation Working range Detection height Model name MLGx-xxxxE5x1 •• Connection type: Connector M12, 5-pin •• Evaluation beams: Parallel beam •• Switching output: 1 x NPN Beam separation Working range Detection height Model name MLGx-xxxxF5x3 •• Connection type: Connector M12, 5-pin •• Evaluation beams: Cross beam •• Switching output: 1 x PNP Beam separation Working range Detection height Model name 8014656/2011-09-01 Subject to change without notice

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