■ 제품필수정보

제조사	Schneider Electric
제조사품명	XB5AD912R100K
간략설명	Schneider Electric 100kΩ Rotary Potentiometer 1-Gang Panel Mount, XB5AD912R100K

■ 제품사양

Potentiometer
타입 = Rotary Maximum Resistance = 100kΩ Number of Gangs = 1 Power Rating = 1W Electrical Taper = Linear Element Material = Cermet
장착형태 = Panel Mount Termination Style = Faston, Plug In Connector, Screw Shaft Length = 30.2mm Shaft Diameter = 6 mm Tolerance = ±10% Schneider Electric Harmony XB5 Complete Linear Potentiometer (Pot) Range. From Schneider Electric this is the modular Harmony XB5 range of 22 mm diameter complete Potentiometers. The potentiometers have a modern ergonomic design giving you improved reliability for machines. Panels and processes. Easy to install, flexible, flush mounting, integrated resistor, hardwearing, cost effective suitable for all industrial applications. The Harmony XB5 Potentiometer range is an innovative, switch, control and signalling components. Features ; Benefits. ;ul> ;li>Known as "pots" or "potmeters" ;/li> ;li>Screw terminals ;/li> ;li>22mm panel cut-out ;/li> ;li>The bezels are comprised of chromium-plated metal ;/li> ;li>Featuring an IP rating of IP66 - this means that each potentiometer within this range is totally dust-tight, no dust can get into the electronics or the shaft this IP rating also means that the item has protection against direct high-pressure jets ;/li> ;li>Compatible with a Ø 6mm shaft ;/li> ;li>Complete and ready to use Pot. ;/li> ;li>Mechanically durable for up to 50000 cycles ;/li> ;li>Each potentiometer (Pot) features a knurled knob with white markings ;/li> ;li>Standards - EN/IEC 60947-1, UL 508, and CSA C22.2 No 14 ;/li> ;li>Made from cermet (heat resistant). ;/li> ;li>Green Premium product. ;/li> ;/ul>. How do Potentiometers work?. A potentiometer (Pot) works through the two terminals they have, are fixed to a resistive element or what we may refer to as a track. A third terminal is connected to the wiper, which is a sliding contact. As the wiper moves along the track, the resistance changes and the current that is flowing through the circuit changes