Non-contact Motion Monitoring&¶×

Speed measurement - Speed recordin₩♦§↑g - Detection of pres± ence and motion/direction Material presence, aλ©bsence, standstill, m£"ovement, direction, speed a>¥∑'nd biaxial measurement

Applications overview

·     &n≠£εbsp;   detection of material presence o©πε★r material absence

·    &♥∑nbsp;    detection of standstill, movement a®₽s well as direction oλ↑↕∏f movement

·     &nε≥bsp;   detection of blocked materials or b‍δlocked machines (jam de♣ tection)

·    &nbγ™←≤sp;    set point and set value monitoring

·     ±₽    measuring motion in two orthogal axes ‍✘™ at the same time

examples

·    &nπ‍←bsp;    paper, cardboard and print industry (ma ÷terial jam detection, ...)

·      &n× ₩≈bsp;  plastic and extrusion (set point a☆€nd set value control, ...)

·      &n'↕bsp;  Laminates, compounds and comp™©osite material (speed balancλ ≥ ing, ...)

·      ←∞☆♣   technical textiles, w↑↔≤oven, non-woven (set point moni™"♥toring,...)

·      &nΩ&≥bsp;  carpet and flooring (speed monitorin屶g,…)

·     &nb©£§sp;   tube, rod (rotation monitoring)

·    &nφσ←bsp;    Timber pices, veneer, timber p∞βlate (material jam detec✔™☆♥tion, ...)

µMOTION and µMONITOR are used for non-cont♦↑€act surveillance of material presφ♣$εence and material motion. The OEM markα>et sensors are designed for mach< ♠↔ines which can not be moti α☆on monitored elsewise.∞α µMOTION detects mater'÷☆ial presence, standstill and motion a♦≈s well as the directioλ≥↕λn of material movement. µMONITOR is ™φadditionally able to measure a♣εnd monitor speed data γ✔λwith an accuracy adapted according to ∞∞‍the underlying applicatio£φn.