Compact Size, Dual Locking: DL28 Connectors Replace IEC60309 Plugs for Welding Equipment Upgrades
Sep 25, 2025
Welding demands reliable power delivery. CNLINKO DL28 connectors—with high-current capacity, secure locking, IP68/IPX9K protection, and 50% smaller size—are replacing bulky IEC60309 plugs as the superior connection solution.
Compact Size, High Current: CNLINKO DL28 Waterproof Industrial Connectors Replace IEC60309 Plugs as Superior Solution for Injection Molding Machines
Sep 25, 2025
Injection molding machines are industrial equipment for mass production of precision plastic parts. With compact design and enhanced safety becoming industry priorities, CNLINKO DL28 series waterproof industrial connectors are replacing IEC60309 plugs as the ideal connection solution.
Fast Charging, Safety & Compact Design: Solving Lawn Mower Charging Challenges
Sep 22, 2025
Efficient lawn maintenance—for both commercial turf and residential yards—increasingly relies on mowers. Safe electrical connections are critical across diverse charging environments (outdoor/indoor). CNLINKO DL28 waterproof industrial connectors are replacing traditional IEC60309 plugs as the ideal charging solution.
CNLINKO compares display waterproof pin connector choices for easy upgrades
Sep 09, 2025
CNLINKO compares display waterproof pin connector choices for easy upgrades
Targeting Outdoor Space Constraints: LP12 Series 90° Connector Emerges as Preferred Choice for PV Inverters
Aug 21, 2025
Driven by the "Dual Carbon" goals and increasing PV installations, demand for photovoltaic inverters continues to rise. To ensure reliable current conversion and electrical connections, industrial waterproof connectors with high protection, extreme temperature resistance, and space-saving design have become critical safeguards for PV systems.
Why Should Temperature Rise Performance Be a Key Focus for Industrial Connectors?
Aug 19, 2025
Temperature rise value and performance are unavoidable technical parameters for connectors, especially high-current connectors where temperature rise directly impacts safety. What are the requirements for connector temperature rise testing, and how is it conducted? Let’s explore!














