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At a glance / Your benefits
:
:Highest robustness in optic, mechanic and electronic
- VISTAL™ housing technology
- Reliable SICK ASIC technology
Best-in-class performance
- PinPoint LED
- BGS scanning range up to 800 mm
- Latest ASIC technology OES3 and OES4
Wide variety of options
- Two mounting types for M3/M4 screws to get mounting compatibility with more than 7 other series
- Wide variance in connection and optical specification
Your benefits
- Robust VISTAL™ housing ensures that the sensor can be installed without fear of damage during installation and operation
- Best-in-class background suppression using OES3 technology provides reliable detection of difficult targets
PinPoint LED with highly visible light spot provides quick and easy alignment and detection
Slotted through holes provide flexibility for multiple mounting options
With its wide variety of connection, mounting and sensing options, this one sensor family can solve varying application needs
VISTAL™
With the VISTAL™ housing concept the W9-3 achieves for a plastic housing extraordinary robustness and leak proofness. Even just like steel.
Thereby the concept is based on three key facts:
- Inside-Out-assembling
- High strength fiber glass reinforced plastic
- High strength adhesive
High strength fiber glass reinforced plastic: The VISTAL™ plastic was developed with the objective to have a chemical resistant and light material to replace metal. In comparison to standard plastics VISTAL™ achieves significant better mechanical strength properties: + 900 % E-modul ISO 527, + 400 % Brinell hardness ISO 2039-1.
Opto-ASIC
The new Opto-ASIC with digital signal processing provides maximum performance and interference immunity, besides enhanced operating and communication convenience.
- Digital instead of analog: more accurate adjustment, minimized tolerances, and stable switching points
- integrated IO Link communication: easy and economical communication solutions with automation systems
- FIR filter technology (finite pulse response) : stable switching point despite of ambient light interferences like e.g. energy-saving lamps
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