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Anti-vandals switch features compact body depth

By Paul Heney | April 8, 2020

E-Switch has released the SV series, an anti-vandal pushbutton with a compact body depth to fit designs with limited space. The SV series is available in three panel cutout sizes — SV4 (19mm), SV7 (22mm) and SV8 (25mm). The body depth of the SV4, SV7 and SV8 is 19.2mm compared to the PV series equivalent which ranges from 34mm to 41mm in depth, depending on specific model. All SV models offer solder lug termination or soldered wire leads — 500mm long termination options. 

The SV series is rated IP67 for moisture and dust protection and SPST contact arrangement. The SV series is available in stainless steel finish for body and actuator. All three models offer ring illumination or ring/power symbol combo on a flat actuator; both lens styles are movable with the actuator. Multiple LED color options and illumination voltage are available. 

Electrical rating is 2A, 36VDC with 200,000 cycle electrical life. The SV series provides 1.80mm travel, actuation force of 4.5N, dielectric strength is 2,000V RMS at sea level and the operating/storage temperature range from -20° C to 70° C. This impressive new series offers panel thickness is 1mm- 6mm and mounting nut torque is 1Nm – 3Nm. 

Common applications include audio/visual equipment, elevator control pad, security devices, industrial controls, electrical housewares, public ticket dispensers and vending kiosks.

Specifications:
• electrical rating: 2A @ 36VAC
• electrical life: 200,000 Cycles
• travel: 1.80mm
• moisture protection: IP67
• actuation force: 4.5 N
• p
anel thickness: 1mm – 6mm
• mounting nut torque: 1Nm – 3Nm
• contact resistance: 50mΩMax at 1A 12VDC
• dielectric strength: 2,000V RMS at sea level
• operating/storage temperature: -20° C to 70° C 

E-Switch
https://www.e-switch.com

 

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Filed Under: Switches
Tagged With: eswitch
 

About The Author

Paul Heney

Paul J. Heney, the VP, Editorial Director for Design World magazine, has a BS in Engineering Science & Mechanics and minors in Technical Communications and Biomedical Engineering from Georgia Tech. He has written about fluid power, aerospace, robotics, medical, green engineering, and general manufacturing topics for more than 25 years. He has won numerous regional and national awards for his writing from the American Society of Business Publication Editors.

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