16mm metal push button switches offer terminal options

16mm metal push button switches offer terminal options tailored to assembly needs, with each type engineered to solve specific pain points in different application scenarios—whether prioritizing speed, reliability, space efficiency, or reusability. For high-volume industrial control panel assembly, where rapid wiring cuts production time, quick-connect terminals (e.g., 1.8×0.4mm tabs) stand out: they allow tool-free attachment of 22–24 AWG wires, eliminating soldering steps and enabling fast rework if wiring adjustments are needed. In precision electronics like medical devices or small appliances, where space is constrained and vibration resistance is critical, pin terminals (typically 2.0×0.5mm straight pins) shine—they solder directly to PCBs, reducing wiring bulk and ensuring stable contact even in equipment with frequent movement. For heavy-duty settings such as factory machinery or automotive dashboards, screw terminals (often chrome-plated brass) are preferred: their clamping design secures 18–24 AWG wires tightly, resisting loosening from mechanical shocks, while their reusability simplifies maintenance. Meanwhile, solder terminals (2.8×0.5mm lugs) remain a go-to for low-current applications like LED-lit switches, as their soldered connections minimize resistance and prevent corrosion over long-term use.paired with gauge-specific wiring for current compatibility:

• Solder Terminals: The most common choice for low-resistance, vibration-resistant connections. 

• Screw Terminals: Preferred for tooled, reusable connections in industrial settings. S

• Quick-Connect Terminals: Designed for rapid assembly. 

• Pin Terminals: For PCB integration. 

Fixing Nut Torque for Sealing Integrity

Torque is critical to preserve IP65/IP67 waterproof/dustproof sealing, as improper tension damages gaskets or housing:

• Standard Maximum Torque

• Precision Limits

• Key Practice: Use a torque wrench to stay within 5–14Nm; under-tightening (≤4Nm) creates gaps, while over-tightening (>14Nm) compromises both sealing and switch structural integrity.