SLA5BE-BN
CN·SL
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In industrial applications, push buttons are subject to repeated actuation throughout their service life. Mechanical consistency and electrical stability are critical to ensure uninterrupted system performance.
The metal actuator provides a rigid and structurally stable interface. During operation, the actuation force remains consistent, and the switching point is clearly defined. This controlled mechanical travel ensures precise contact engagement without excessive deformation or wear.
The internal contact assembly is designed to maintain alignment and minimize contact resistance under rated load conditions. The 10A rating supports moderate power control requirements commonly found in machinery and industrial panels.
The switch body fits standard 22mm mounting holes, allowing integration into existing control systems without structural modification. Once installed, the assembly remains secure under vibration and operational stress.
This product is developed for applications where long-term durability and predictable switching behavior are required.
Designed to support 10A load conditions
Stable contact engagement under rated current
Reduced risk of overheating within specified operating limits
The internal conductive components are structured to ensure consistent performance when operated within rated voltage and current specifications.
Maintains low contact resistance
Consistent electrical continuity
Designed for repeated actuation cycles
Proper installation within rated parameters ensures predictable switching behavior and long-term reliability.
Parameter | Specification |
|---|---|
Product Name | Industrial Metal Push Button Switch |
Mounting Diameter | 22mm |
Current Rating | 10A |
Actuator Material | Metal |
Installation Type | Panel Mount |
Series | SLA5BE Series |
Application | Industrial Equipment / Control Panels |
Reinforced metal push surface
Resistant to surface wear
Maintains structural rigidity under repeated use
The metal button head provides improved durability compared to plastic alternatives, particularly in high-frequency usage environments.
Defined actuation travel
Stable return motion
Precise switching point
Mechanical resistance is balanced to prevent accidental actuation while ensuring comfortable operation.
Industrial equipment frequently operates under vibration and mechanical stress. This switch is structured to maintain stability under such conditions.
Environmental Strengths
Secure panel mounting
Reinforced actuator alignment
Designed for repetitive mechanical stress
Stable internal contact structure
The structural design minimizes the risk of misalignment caused by operational vibration.
This 10A heavy-duty push button switch is suitable for:
Industrial control cabinets
Machine operation panels
Equipment start/stop circuits
Motor control interfaces
Automation systems
Electrical distribution panels
It supports moderate load switching while maintaining mechanical reliability.
Compatible with common industrial panel cutouts
Secure fastening structure
Stable installation under vibration
The 22mm design ensures compatibility with widely used industrial control panels.
Suitable for rated industrial control circuits
Stable terminal connection
Designed for structured wiring integration
Installation must follow electrical standards and load specifications.
The switch is designed to withstand repeated mechanical cycles under rated load conditions.
Reliability Features
Consistent mechanical feedback
Stable electrical engagement
Durable metal construction
Designed for extended operational lifespan
Maintaining operation within rated parameters ensures optimal performance and longevity.
The 10A rating indicates the maximum current the switch is designed to handle under specified voltage conditions.
Yes. The actuator is manufactured from metal to enhance durability and mechanical stability.
Yes. It is designed for standard 22mm mounting holes.
Yes. It is intended for machinery control and industrial panel use within rated electrical limits.
Yes. The switch is engineered for repeated actuation under rated load conditions.
