Why choose sick safety laser scanners?
Safety laser scanners SICK safety laser scanners combine know-how and experience with maximum performance. Whether mobile or stationary, for area protection or access protection, indoors or outdoors – our comprehensive portfolio offers the right cost-effective package for each and every requirement.
What is a PLS proximity laser scanner?
The PLS proximity laser scanner is a device designed to protect people and property. It is intended to monitor hazardous areas in enclosed spaces. PLS is not designed for outdoor use. Observe the instructions relating to regulation use.
What is the difference between sick and the microscan3?
A scanning angle of 270° is theoretically enough to cover this. Yet SICK goes one step further: The microScan3 is the first safety laser scanner to reach 275°. Without this extra 5°, inaccurate mounting of the laser scanner can easily lead to a safety blind spot of almost half a meter.
What is the microscan3 safety laser scanner?
The microScan3 safety laser scanner stands for the protection of very different applications: from stationary to mobile, from simple to complex. The innovative safeHDDM ® scanning technology makes the microScan3 extremely resistant, even to dust and ambient light, and delivers high-precision measurement data.
What are the lms200/221/ 221/291 laser measurement systems?
The LMS200/221/221/291 Laser Measurement Systems are non-contact measurement systems (NCSDs) in stand-alone operation for industrial applications. The systems scan their surroundings two-dimensionally with a radi al field of vision usin g infra-red laser beams (laser radar).
How are errorerrors indicated by the lms200/lms291?
Errors caused by a contaminated front window are indicated by the LMS200/LMS291 via the built-in LEDs (warning or error, depending on the contamination level, see Table 7-4, Page 21). Otherwise all LMS2xx indicate an error via a pulsed signal at the “OUT C /Weak“ switching output.
How does the lms2xx work?
The LMS2xx operates by measuring the time of flight of laser light pulses: a pulsed laser beam is emitted and reflect ed if it meets an object (Fig. 3-1). The reflection is registered by the LMS2xx’s receiver.
