Contactor CJX91P10A 230V/AC3 1NO 50Hz

The contactor CJX91P10A is designed for a nominal current of 10A. It is used in heat pumps for switching peripheral equipment. Thus, it protects the main controller relay against overloads.

This single-phase CJX91P10A Contactor is compatible with AC networks up to 690V, with a frequency of 50 Hz (also supports 60 Hz). The contactor allows remote circuit disconnection for controlling electrical equipment. The control coil operates at 230V.

Working voltage	Rated current		Rated power
	AC3	AC4	AC3	AC4
50Hz, 220/230V	–	–	2,5 kW	–
50Hz, 380/400V	8 A	4,5 A	5,0 kW	2,0 kW
50Hz, 660/690V	7,4 A	1,8 A	7,0 kW	1,4 kW

Contactor CJX93P10A 230V/AC3 50Hz

The CJX91P10A contactor is ideal for controlling circulation pumps and other components in heat pump systems. It effectively reduces the load on the main control board.

Nominal characteristics

The parameters of this CJX91P10A Contactor vary depending on the voltage and connected load. The rated current of 10A is suitable for most standard electrical circuits.

Power and load categories

The nominal power is 2,5 kWFor light loads, such as lamps or electrical resistors, the category is recommended. AC-1For motors and loads with high inertia, choose the category AC-4.

Contact principal

The CJX91P10A contactor uses a double-break mechanism, providing increased reliability. The central spring stabilizes the moving contact.

Magnetic core and construction

The core consists of plates fixed at 12 points, 6 of them with additional rivets. It has rubber shock absorbers and short-circuit coils that prevent the anchor from recoiling.

Auxiliary contacts CJX9

Auxiliary contacts CJX9 They are equipped with a self-cleaning function, increasing the reliability of switching in low-voltage circuits. The frictional movement removes the oxide film, and the perpendicular notches improve cleaning.

Advantages and applications

The CJX91P10A contactor is a reliable solution for small loads in heat pump circuits. It offers vibration resistance, durability and stable operation in difficult conditions.

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