Award-Winning OKW CONTROL-KNOBS For Menu-Driven Electronics
OKW’s elegant CONTROL-KNOBS have won an iF Design Award 2022. Hailed as “perfect all round”, they now feature a new, improved design with LED illumination.
Ergonomic CONTROL-KNOBS are ideal as the central element for menu-driven electronics – typically for devices manufactured in high volumes. Applications include measuring and control; medical, wellness and laboratory technology; HVAC; communications; Smart Factory and building control systems.
These soft-touch tuning knobs fit rotary potentiometers or encoders with round shaft ends (DIN 41591). Illumination is via SMD LED technology (5 V). RGB LEDs allow individual lighting and colors, illuminating a translucent optic ring on the top. OKW has increased the number of LEDs on the larger knobs from eight to 12. (The smaller knobs have eight LEDs).
The knobs can be specified with or without a pointer line on the side. They fit securely on potentiometer spindles, using the tried and tested collet fixture system. The maximum torque for installation is 1.5 Nm (function 1.2 Nm).
Each knob comprises two parts – a hard inner body made of robust polycarbonate and a soft-touch TPE outer shell with a smart and practical grooved appearance. They are available in two sizes: ø 36 mm and ø 46 mm (boreholes 6 mm, 1/4”). The standard colors are nero black and volcano gray.
Accessories include LED illumination kits, bases, covers, round nuts and a spanner.
OKW can supply CONTROL-KNOBS fully customized. Services include CNC machining, printing, laser marking and installation/assembly.
VIEW CONTROL-KNOBS RANGE >>
Sean Bailey
OKW Enclosures Inc
+1 412-220-9244
email us here
CONTROL-KNOBS Designer Tuning Knobs
Legal Disclaimer:
EIN Presswire provides this news content "as is" without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
