The CJX22510 is a 3pole AC contactor designed for compact, reliable control of small 3phase loads. It features three main contacts plus one normally open auxiliary contact (3P+1NO) and is suitable for DIN rail mounting in control panels. With 50 Hz operation and support for common coil voltages, this unit provides a practical solution for basic motor, pump, and equipment control in automation systems. Key benefits Simple and reliable control of small 3phase loads with a compact, DIN rail mounted design Three main contacts plus one normally open auxiliary contact for signaling or interlocking Suitable for 50 Hz AC circuits and multiple coil voltage variants to fit common control circuits Lightweight, lowmaintenance switching suitable for panel installations and automation projects Clear differentiation between main contacts and the auxiliary contact improves control logic and safety Key attributes Model: CJX22510 Type: AC contactor Poles: 3pole main contacts (3P) Auxiliary contacts: 1 normally open (NO) Configuration: 3P + 1NO Load current rating: approximately 2.5 A Coil voltage options: 24 V, 220 V, 380 V (50 Hz); coil voltage variants available to match control circuits Mounting: DIN rail mounted for easy panel installation Frequency: 50 Hz operation Application focus: suitable for controlling small 3phase loads such as motors, pumps, and conveyors Use cases and applications Start/stop control for a small 3phase motor in a machine tool or compact conveyor system Pump or fan control in HVAC or water handling systems where a reliable, spacesaving switch is needed Control circuits requiring an auxiliary signaling contact for interlocks or status indication Notes This product is part of the CJX2 family and is designed for DIN rail mounted control panels The 3P+1NO configuration provides both main switching capability and an auxiliary contact for monitoring or signaling Verify the coil voltage variant to match your control circuit voltage (24 V, 220 V, or 380 V); the unit is designed for 50 Hz AC operation Ensure proper installation and safety practices according to local standards and manufacturer guidelines