PUSH-SNAP technology realizes a comprehensive upgrade over traditional cage spring structures. Traditional springs remain tightly closed in standby status, requiring forced insertion to overcome tension. In contrast, the PUSH-SNAP preloaded spring structure keeps the spring automatically open in standby mode, restructuring the wiring logic and achieving revolutionary improvements in efficiency and user experience.

The newly launched DEGSON 9EDGCP series adopts mature industrial crimp technology as its core, covering full mainstream pitches and diverse mounting structures. It delivers a standardized, high-efficiency and highly reliable all-in-one connection solution for wire-to-board, wire-to-wire and panel-feed-through interconnections.

This guide sets out what to check for hand wiring on site, then shows where the DEGSON DGBSC series — a building-wiring terminal block that uses push-in spring connection with a rotating operating handle — fits, after the selection criteria, not before.

An elevator is not one connection problem but several, and the right connector is chosen per circuit rather than for the machine as a whole. Match each connector to the standard that actually governs it — IEC 61984 for pluggable connectors, IEC 60947-7-1 for DIN-rail terminal blocks, and UL 1059 for board-mounted terminal blocks in North American designs — then layer on the two constraints the elevator environment adds: an ingress rating suited to where the part is mounted, and verified resistance to the continuous vibration and shock of a running car. Get those right first; the brand and series decision follows.

For a 24V I/O board or module carrying digital I/O and 4–20 mA analog signals, the connections are low-current but numerous, so the practical choice is a fine-pitch PCB connector whose pole spacing fits your channel density, whose wire range brackets the thin signal conductors you actually land, and that carries the certification your target market needs — UL for North America, VDE/IEC for Europe.

We are proud to introduce the 280 Series Low-Voltage High-Density Connectors and the 630 Series Medium/High-Voltage High-Current Connectors.