| Features | - Ideally suited for any industrial application
- Mfg. Part No: SBP2-6-WHT
- Dimensions: 12.12" (H) x 3.52" (W) x 2.31" (D) / 308mm (H) x 90mm (W) x 59mm (D)
- Approximate Weight: 1.4 lbs. / .64 kg. (pendant only)
- UL/cUL/CSA Listed
- Switches are rated 3 Amp, 250 VAC and 2 Amp, 24 VDC
- Operating temperature range: −10°F to 150°F
- Impact resistant pendant enclosure is double insulated, chemically resistant, and rated NEMA 1, 3, 4, 4X, and 12
- Suitable for AC or DC applications
- Lightweight, ergonomic design, for decreased fatigue and increased comfort
- Dual stainless steel hanger rings allow for easy attachment to strain relief cable
- Easily removable button hoods and nameplates
- Ergonomic design for increased comfort and decreased fatigue
- SBP2 pendants can be configured with 1, 2, or 3 speed pushbuttons
- Mechanical interlocks are standard on single− and two−speed switches for enhanced safety
- Ample enclosure space for switch wiring
- An elastic, chemically resistant gasket ensures a tight seal between the two enclosure halves
- Switches are protected from internal and external contaminants
- Cable grip clamps provide a watertight sealed connection between cable and enclosure
- Easy-to-read button functions, with removable button hoods and nameplates that are easy to change
- Cumulative contacts on two− and three−speed switches provide precise detent feel
- For the Two-Speed buttons – It takes 3.35 pounds of force to overcome the spring force to push the button down to the first detent and then 2.75 pounds of force to hold it in the first speed position. The second speed takes 4.55 pounds of force to overcome the spring force to push the button all the way down and 2.1 pounds of force to hold it in the second speed position.
- For the Momentary Single Speed button - Takes 2.4 pounds of force to overcome the spring force to push the button down and then 1.7 pounds of force to hold it down.
- Housings of the SBP2 pendant pushbutton station are made from polycarbonate, an impact resistant polymer material. This material has proven durable in most industrial environments. Like all plastics, it is susceptible to some chemicals. In particular, some machine shop cutting fluids and wire drawing lubricants can lead to cracks in the housings. Polyamide (nylon) housings are available as an option for these applications.
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