LXW5 series micro switchDetailed product description：

Characteristics and Applications:
The LXW5 series micro switch has adjacent contact elements that are not separated electrically, and is suitable for use in electrical systems with an AC frequency of 50Hz and a maximum working voltage of 220V for stroke detection, protection, and interlocking.

The structural characteristics and operating principle of the switch:
The LXW5 microswitch is a momentary single break electrical component that uses a normally closed contact, a normally open contact, and a common jumping elastic contact piece supported on a metal bracket as the moving contact.
When the switch is subjected to external forces (such as impact blocks) and the contact piece is compressed beyond the dead point through the operating element, even if the normally closed and normally open contacts are instantly switched, when the external force decreases to a certain value (less than the reset force), the contacts will immediately automatically reset to their original state.

LXW5 series micro switch classification:
1. Classified by structural type:
a) Push rod plunger type;
b) Short spring plunger type;
c) Panel installation plunger type;
d) Panel installation roller plunger type;
e) Hinge lever type;
f) Hinge roller lever type;
g) Wide roller lever type.
2. Divided by wiring form
a) Screw type;
b) Screw protection type.

Use categories and basic parameters:
1. Use category
The usage categories of switches are shown in Table 1:

model	Type of electric current	Usage category	typical use
LXW5	communication	AC—15	Control the load of the AC electromagnet
	direct current	DC—13	Control the load of DC electromagnet
LXW5/L	communication	AC—12	Solid state loads that control resistive loads and optoelectronic coupling isolation
	direct current	DC—12	Solid state loads that control resistive loads and optoelectronic coupling isolation

2. Basic parameters
The basic parameters of the switch are shown in Table 2:

model	Rated voltage V		Rated control capacity	Agreed heating current A	Number of contacts
					Chang Fen	Chang He
LXW5	communication	three hundred and eighty	100VA	ten	one	one
	direct current	two hundred and twenty	10W
LXW5/L	communication	three hundred and eighty	Exchange AC100VA	fifteen
	direct current	two hundred and twenty	DC 66W

Type spectrum:

Electrical and mechanical lifespan of switches:
The AC/DC lifespan of the switch is shown in Tables 3 and 4:

Type of electric current	Usage category	Rated working voltage	Rated working capacity	Connect			Cut off			Lifespan times time
AC	AC-15	380V	100VA	I/Ie	U/Ue	COSφ	I/Ie	U/Ue	COSφ	60×10four
				ten	one	zero point seven	ten	one	zero point seven
DC	DC-13	220V	10W	I/Ie	U/Ue	Tzero point nine five	I/Ie	U/Ue	Tzero point nine five	30×10four
				one	one	60ms	one	one	60ms

Table 4 (High Current Type)

Type of electric current	Usage category	Rated working voltage	Rated work capacity	Connection and disconnection capability						Lifespan times time
				Heater load		Incandescent lamp load		Electric motors and relays Spiral coil load Tzero point nine five
				connect	segmentation	connect	segmentation	connect	segmentation
AC	AC-12	380V	1000VA	3A	3A	1.0A	0.75A	2.5A	2.5A	10×10four
DC	DC-12	220V	66W	0.3A	0.3A	0.3A	0.3A	0.05A	0.05A
Note: During the experiment, the AC load includes the motor, relay, and coil, while the DC load includes the motor, relay, and coil

2. Mechanical lifespan of the switch: 3 million cycles for the base model, and 1 million cycles for other derivative models