Press Release Summary:
Available in single and double pole and momentary and maintained actions, BB series of switches permit automated processing and high-density mounting. They incorporate sliding twin crossbar contact mechanism, which ensures switching reliability and smooth positive detent action. Rated 0.4 VA maximum at 28 V ac/dc maximum, switches feature sealed body construction that prevents contact contamination and antistatic superstructure that consists of carbon-impregnated bushing.
Original Press Release:
NKK's New Subminiature Pushbuttons for Logic-Level Applications
BB series permits automated processing and high-density mounting
SCOTTSDALE, Ariz. (Oct. 27, 2006)- NKK Switches, an industry leader in the design and manufacturing of electromechanical switches, announces the BB series of logic-level, subminiature, antistatic pushbutton switches. The new BB series is constructed to permit automated processing and high-density mounting.
These pushbuttons are specifically designed for logic-level applications such as communication systems, telecom, hand-held instruments, control panels and much more. The BB series incorporates NKK's award winning sliding twin crossbar contact mechanism, which ensures unparalleled switching reliability and smoother positive detent action.
BB pushbuttons feature a unique antistatic superstructure that consists of a carbon-impregnated bushing. The bushing is 6mm in diameter, which simplifies panel layout. When configured with a support bracket, the bushing prevents antistatic discharge to the contacts. Static electricity from the operator's touch travels from the actuator through the bushing and bracket to the PC board.
BB pushbuttons are available in both single and double pole and momentary and maintained actions. The maintained action versions are the smallest in the world and have a latch down feature that provides visible, audible and tactile feedback.
The body of the BB series including the bushing is a mere .516" (13.1mm) in height. The terminals are .100" X .100" spacing and conform to standard PC board grids for easier board layout. Engineers can specify from several different mounting options that include straight PC in bracketed and unbracketed models, vertical and right angle PC mounts.
NKK's BB series boasts a totally sealed body construction that prevents contact contamination and allows time and money saving soldering and cleaning. Ultrasonically welded terminals lock out flux and other contaminants. The case housing is constructed of glass-fiber reinforced polyamide.
The BB series pushbuttons are rated 0.4VA maximum @ 28V AC/DC maximum. The mechanical and electrical life ratings are 50,000 operations minimum for momentary circuits and 25,000 operations minimum for maintained circuits. These devices can be ordered in UL94V-0 material and are RoHS compliant.
Optional accessories include snap on caps in two different sizes and available in various colors.
A leading designer and producer of electromechanical switches, NKK Switches offers one of the industry's most extensive selections of illuminated, process sealed, miniature, specialty and surface mount switches. The company manufactures more than four million toggle, rocker, pushbutton, slide, rotary and DIP rotary, keypad and keylock switches. NKK Switches maintains a complete network of qualified representatives and distributors through the United States, Canada, Central and South America, Europe and Asia.
NKK Switches is keenly aware of the myriad of issues that are covered under the RoHS directive. With more than 50 years of experience in the switch industry and as an environmentally-conscious company, NKK is committed to not only providing high quality products and services, but also providing environmentally safe products for its valued customers. NKK continues to lead the industry in responding to the needs of the marketplace with innovation, high reliability and a commitment to excellence.
For more information, contact
7850 E. Gelding Dr.,
Scottsdale, AZ 85260.
Or visit the NKK Switches Web site at www.nkkswitches.com.