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Model LT2000-ST Laser Distance
Measurement Sensor with a
SLB-A "L" Bracket Mounting Stand
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LT2000-ST
Laser Distance Measurement
Sensor
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Rugged Steel Mill Duty
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Heavy Duty Industrial Laser Distance Measurement
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Visible class II
laser providing accurate and precise distance measurement.
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Operates off natural surfaces up to 30 meters (98 feet), off a white
target at 100 meters (328) and off a special reflector target at 150 meters
(492 feet).
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Provides +/- 2mm to +/- 5mm accuracy.
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Low in cost, yet long range.
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RS232 or RS422/RS485 Serial Interface.
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Programmable 4 - 20mA Analog Output.
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Programmable Digital Output & Offset.
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External Trigger Input.
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Robust cast aluminum housing rated IP66 with unique combines air
purge & air cooling facility. Optional water cooling available.
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Water cooled LT2000-ST is now available. Optional water cooling with
separate air purge is available.
Typical Applications
| Product Material |
Length, width, level and
position of product. |
| Material
Handling |
Automated
storage/retrieval systems and positioning of mobile equipment. |
| Metals
Industry |
Measure/position slab, billet,
bloom or bar. |
| Crane
Control |
Positioning of cranes & crane
trolleys. |
| Collision
Avoidance |
Distance alarm between vehicles
using reflective target. |
The LT2000-ST Laser
Distance Sensor
operates over a long substantial range off static or passing product in
difficult areas in harsh environments. The LT2000-ST measures distances
over a working range up to 30 meters off of natural surfaces , up to
100 meters off of white surfaces and up to 150 meters off of a special
reflector. For operation with automated positioning control of material
handling transport systems a white reflective target is used or the
special reflector is used.
Especially suited for precise detection and measurement of cold/hot
product at temperatures up to 600°C (1112°F). For higher product temperature a
Model LT2000-HT is available for measurement of cold/hot product at
product temperatures up to 1200°C (2192°F).
Straightforward alignment is easily accomplished via the visible red
laser measuring beam.
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