- 12, 16, 19, 22 or 25mm diameter panel cutout
- Ring illumination available
- IP67 rated
- Soldered wire leads optional
Ultra Short Anti-Vandal Switch
The L12U, L16U, L19U, L22U, and L25U Ultra Short Anti-vandal switches are button switches with anti-damaged functions.
The panel openings are 12mm, 16mm, 19mm, 22mm, and 25mm in diameter and IP67.
It offers a variety of options, such as ring lighting, stainless steel housing materials, and many LED color options, and can provide laser etching. For convenience, you can also choose to add wires.
Ultra Short Anti-Vandal Switch
Specifications
Electrical Rating: 50mA, 24VDC
Mechanical Life: 1,000,000 Cycles
Electrical Life: 50,000 Cycles
Contact Resistance: 50mΩ Max.
Insulation Resistance: 1000 MΩ Min.
Dielectric Strength: 2,000VAC
Operating/Storage Temperature: -20°C to 55°C
Travel: 0.5mm
Protection: IP67
Actuation Force: 4N
Panel Thickness: 1-3mm
Mounting Nut Torque: 5-14Nm
Order Code
Dimension
L12U Ultra Short Anti-vandal switch
L16U Ultra Short Anti-vandal switch
L19U Ultra Short Anti-vandal switch
L22U Ultra Short Anti-vandal switch
L25U Ultra Short Anti-vandal switch
FAQs
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What does “Ultra Short” mean in relation to an anti-vandal switch?
- “Ultra Short” refers to the minimal travel distance or actuation force required to activate an anti-vandal switch. It provides a quick and responsive user experience.
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How does the “Ultra Short” feature benefit users?
- The “Ultra Short” feature ensures fast and effortless actuation, allowing users to operate the switch with minimal effort and reducing the risk of user fatigue.
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Can you explain the actuation force required for an ultra short anti-vandal switch?
- An ultra short anti-vandal switch typically has a low actuation force requirement, often measured in grams. This enables users to activate the switch easily with a light touch.
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How does an ultra-short switch differ from regular switches?
- Short actuation distance: ultra-short switches have a minimal travel distance, enabling quick activation.
- Low actuation force: These switches require a light touch to activate.
- Tactile feedback: They may prioritize fast actuation over tactile feedback.
- Enhanced durability: They are designed to withstand vandalism and harsh environments.
- Additional security features: They often include measures to prevent tampering or unauthorized access.
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What applications benefit from the “Ultra Short” feature in anti-vandal switches?
- This feature is particularly beneficial in applications that require quick and frequent switching, such as industrial control panels, gaming devices, medical equipment, and public transportation interfaces.
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Are there any trade-offs with the ultra-short anti-vandal switches?
- While the “Ultra Short” feature offers fast actuation, it’s important to ensure that the switch maintains tactile feedback or audible clicks to provide users with confirmation of the switch activation.
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Can anti-vandal switches withstand harsh environments?
- Yes, they are designed to be durable and resistant to harsh environments. They are often sealed to protect against dust, moisture, and other contaminants.
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Are customization options available for ultra-short anti-vandal switches?
- Langir provides customization options for these switches, including different sizes, shapes, colors, and engraving options to meet specific design and branding requirements.
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What are the mounting options available for the anti-vandal switches?
- Depending on the specific application and design preferences, they can be mounted using various methods, such as panel mount, surface mount, or PCB mount.
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Can ultra-short anti-vandal switches be illuminated?
- Yes, they often come with built-in LED illumination options, allowing for easy identification and visibility, especially in low-light or dark environments.
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How do ultra-short anti-vandal switches enhance security in access control systems?
- The “Ultra Short” feature ensures quick and reliable response times, enabling efficient and secure access control operations. This helps to enhance security by minimizing delays and potential vulnerabilities.