Why Do Experienced Technicians Use Them? Let's Discuss The Large Wiring Capacity And Practical Techniques Of Push-in Terminal Blocks.

Many newcomers to the wiring industry worry about insufficient space or the wire diameter being too thick to fit when wiring cabinets. Actually, these problems can be easily solved by choosing the right connectors. Recently, there has been a lot of discussion about the push in terminals with clamping screws, a product that has almost become synonymous with efficient power distribution.

Push-in terminal blocks have a large wiring capacity.

When looking at the parameter table, you will often find that push in wire terminal block has a large wiring capacity. Simply put, for the same module size, the push wire terminal block can accommodate thicker wires. This means that in control boxes with limited space, you don't need to switch to bulky, large-size terminals to accommodate high current; you can use this type of push-in connector directly.

Details determine success or failure: How to choose the right specifications

In practical applications, we can't just look at the "size," we also need to consider the matching:

• Rated current and wire diameter: Choose a 150% redundancy capacity based on the load for stable operation.

• Wire type:

  • Hard wire: Direct blind insertion, crisp feel.

  • Flexible wire: Insert after crimping the cold-press head for a tighter contact.

• Wire entry angle: Choose horizontal or 45-degree entry angle according to the guide rail layout for easier wiring.

Say goodbye to cumbersome tools; this experience is truly satisfying.

Previously, with screw terminals, each wire required a lot of screwdriver work—too much force risked chipping the screws, too little risked loosening. With this push-in technology, simply push the wire in, and the internal high-strength spring will firmly hold it in place. This connection method performs particularly well in vibrating environments, and even after years of equipment operation, there's no need to worry about the connector overheating or loosening.