AX relay is an electrical control device. It has an interactive relationship between the control system (also known as the input loop) and the controlled system (also known as the output loop). Usually used in automated control circuits, it is actually an "automatic switch" that uses a small current to control the operation of a large current. Therefore, it plays the role of automatic adjustment, safety protection, and conversion circuit in the circuit. Electromagnetic relays are generally composed of iron cores, coils, armatures, contact reeds, etc. As long as a certain voltage is applied to both ends of the coil, a certain current will flow in the coil, resulting in an electromagnetic effect, and the armature will overcome the pulling force of the return spring and attract to the iron core under the action of electromagnetic attraction, thereby driving the armature. The moving contact and the static contact (normally open contact) are pulled together.

The coil of the non-polar relay has no direction, and it can be connected at will to make the relay node move. The coil of the polarized relay has a direction and cannot be connected casually. There is a magnet in the coil of the polarized relay for power assistance, so the driving energy is relatively small. Panasonic's polarized relays can generally be driven by 200mW, and ordinary non-polarity relays generally need more than 500mW.

Polarized relay (polarized relay) DC pole relay. Referred to as a pole relay. This relay has the function of reflecting the direction of the external input signal electrodes (positive and negative).
main feature:
①In the magnetic circuit structure of China electrical relay the relay, there are permanent magnets or local coils that function as permanent magnets.
②The action of the relay armature is controlled by two independent magnetic systems: one is controlled by the electromagnetic system generated by the input coil current, and the magnetic flux generated by it is called the control magnetic flux φk; the other is controlled by the permanent magnet system generated by the permanent magnet, The magnetic flux formed by it is called polarization flux φj.
③High sensitivity, the pole relay can operate with less ampere-turn value. For example, some action ampere turns are 1 to 4, while the electrodeless relay generally needs 50 to 200 ampere turns.
④ The action time is fast, the fastest pole relay only needs 1~2ms, or even less. The stepless relay needs 10~100ms, and the action time of some large relays is slower.

the difference:
The coil of the non-polar relay has no direction, and it can be connected at will to make the relay node move.
The coil of the polarized relay has a direction and cannot be connected casually.
There is a magnet in the coil of the polarized relay for power assistance, so the driving energy is relatively small.
Ordinary non-polar relays generally need more than 500mW.

CONTACT DATA:

Contact Form	1A/1C
Contact Material	Ag Alloy
Contact Ratings	1A:10A 125VAC 5A 250VAC/30VDC 1C:3A 250VAC/30VDC
Max Switching Voltage	250VAC/30VDC
Max Switching Current	10A
Max Switching Power	1250VA/150W
Initial Contact Resistance	100m Ω Max at 6VDC 1A
Life Expectancy Electrical	100,000 Operations (rated load)
Life Expectancy Mechanical	10,000,000 Operations (no load)