Micro Switch with UL

3.1

Contact Resistance

The voltage drop method will be used to measure the current at 1A and 5VDC after going through certain procedures. Please create a similar passage by reorganizing the initial text, guaranteeing that the new content remains grounded in the original information.

without load.

Position Applied: Adjacent to terminal "NO" and terminal "C". Generate a highly similar content by rearranging the above content, ensuring that the generated content is based on the original text information.

30mΩ MAX

3.2

Insulation Resistance

Test voltage:500VDC, measured after 1 min ±5s

Applied Position: applied position:
1)Between terminal “C” and terminal “NO”

2)Between terminal and ground

100MΩ MIN

3.3

Voltage proof

To conduct the required test, it is necessary to apply specific voltages for a duration of one minute. This process involves subjecting the equipment or device to different levels of electricity in order to determine its ability to function effectively under varying conditions. It is essential to comply with these testing protocols to ensure accurate results and maintain the safety of both the equipment and the individuals performing the tests.

The voltage between terminals "C" and "NO" is 1000VAC (50~60Hz). To create a similar statement with rearranged wording that still conveys the same information as the original text, you could say: The electrical potential difference between the "C" and "NO" terminals equals 1000VAC, oscillating at a frequency of 50~60Hz.

2)Between terminal and ground: 3750V AC(50~60Hz)

No dielectric breakdown shall occur

4.2

Resistance to soldering heat

Inspecting the switch will be done under the following conditions. Please create a substantially similar content by reorganizing the provided information, while ensuring that the generated content is consistent with the original text.
Please note that the conversation should not follow ChapGPT's method of generating content, but rather present a speech using a language model that produces significantly different outputs.

Temperature and impregnated time

All the motor functions, electrical properties, and appearance show no abnormalities. Please generate a highly similar text by reorganizing the given information, ensuring that the generated content is based on the original text. I kindly request that the generated content does not follow the conversation style of ChapGPT to create a completely different narrative approach.

2.7.1

Endurance

(According to

UL61058)

5A 125V AC

To operate the switch, it is important to follow the sequence outlined below. Your actions should be in accordance with the following steps to ensure proper functioning of the switch.

(Test1~Test2)

Voltage proof(Cut-off current:0.5mA)

5GPA 125/250VAC ;4A 30V DC

To ensure its reliability, the switch must undergo 50,000 cycles of operation at a frequency of 15-20 cycles per minute. It is important to test the switch extensively to ensure that it will work smoothly and efficiently for its intended purpose. This testing is necessary to prevent any potential issues that may arise during operation. Therefore, it is crucial to conduct rigorous testing to guarantee the switch's durability and longevity in use.

Test voltages shall be applied for 1 min

Insulation resistance(item 4.2):

50MΩ MIN

Voltage proof:

Terminal and ground:1000VAC

No dielectric breakdown shall occur.

Operating characteristic (item 5.1):

Operating characteristic variety

Within ±20% of specified value .

6000 cycles temperature rise:30℃ MAX;

50,000 cycles temperature rise:55℃ MAX;

Appearance and construction must be devoid of any irregularities or anomalies. It is important to ensure that the final product exhibits no defects or deviations from the norm.

2.7.2

Endurance

(According to EN61058-1

/IEC61058-1)

5(2)A 125/250VAC

4A 30VDC

The switch is expected to undergo 50,000 cycles with a frequency of 15 to 20 cycles per minute. Let's reorganize the information to generate a similar content.

Voltage proof(Cut-off current:0.5mA)

Test voltages shall be applied for 1 min.

Insulation resistance(item 4.2):

50MΩ MIN

Voltage proof:

Terminal and terminal:750VAC

Terminal and ground:1500VAC

No dielectric breakdown shall occur.

Operating characteristic (item 5.1):

Operating characteristic variety

Within ±20% of specified value .

Temperature rise:55℃ MAX

No abnormalities shall be recognized in appearance and construction

1

Plunger

Bakelite PF2A5-151(j)b(Black)

2

Lever

Brass alloy H62, Silver plated

3

Case

Engineering plastic PBT4308 (gray)

4

Moving piece

Brass alloy H62, Silver plated

5

Support

Brass alloy H65, Silver plated

6

Contact

AgNi10/Cu

7

Terminal

Brass alloy H65, Silver plated

8

Terminal

Brass alloy H65, Silver plated

9

Contact

AgNi10/Cu

10

Spring

Beryllium alloy QBe2

11

Cover

Engineering plastic PBT4308(gray)