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KSD-NSI-L-10-HS

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产品名称：拨动开关
产品规格：
评级：直流12V 0.5A~24V 0.3A
接触电阻：最大30mΩ。
绝缘电阻：直流500V时最小10000 MΩ
操作力：250克力±150克力
旅行：1.6毫米
生命周期：2000次循环（带负载）
产品符合：ROHS
品牌：科斯达开关 KSDKG
产地：中国东莞

应用领域:
家用电器产品
抽油烟机面板
墙壁开关
可视门铃，酒店门禁
浴室设备
电梯操作面板
医疗设备,
制药设备
食品加工设备
汽车电子


拨动开关是一种常见的电子开关，它通过手动拨动一个或多个接点来实现电路的通断控制。下面是对拨动开关的描述：

1.结构：拨动开关通常由以下几部分组成：
基座：用于固定开关的壳体，通常由塑料或金属制成。
接点：金属片，用于在开关动作时接触或断开电路。
弹簧：用于在开关处于不同位置时提供合适的力，使接点与相应的触点接触。
拨动杆：连接到接点，通过手动操作实现开关的通断。
触点：与接点接触的固定部件，通常位于开关的另一端。

2.工作原理：当用户用手指或其他工具拨动拨动杆时，接点会在弹簧的作用下与触点接触或断开，从而实现电路的通断。

3.类型：
单刀单掷（SPST）：一个接点，用于控制一个电路的通断。
单刀双掷（SPDT）：一个接点，可以实现一个电路与两个其他电路的连接或断开。
双刀双掷（DPDT）：两个接点，可以控制两个电路的通断。
其他类型：根据需要，还有更多复杂结构的拨动开关，如多刀多掷（多接点）等。

4.特点：
操作简便：拨动开关操作方便，只需轻轻拨动即可实现电路通断。
寿命长：相对于其他类型的开关，拨动开关的使用寿命较长。
应用广泛：广泛应用于各种电子设备、家用电器、机械设备等领域。

5.使用注意事项：
避免在带电状态下频繁操作拨动开关，以免损坏接点。
在安装拨动开关时，确保接线正确，避免短路或电路不工作。
根据实际应用需求，选择合适的拨动开关类型和规格。
总之，拨动开关是一种可靠、易于操作的电路控制元件，适用于各种场合的电路通断控制。


拨动开关是一种常见的电子元件，它通过拨动操作来控制电路的通断。以下是拨动开关的主要特点：

1.操作简便：拨动开关通过简单的机械拨动即可实现电路的开启和关闭，操作直观方便。

2.快速切换：用户可以快速地在开和关的状态之间切换。

3.接触可靠：高质量的拨动开关接触良好，能有效减少接触电阻，确保电路的稳定。

4.耐用性：拨动开关一般具有较长的使用寿命，能够承受上万次的拨动操作。

5.多样性强：拨动开关有多种形式和规格，如单刀单掷（SPST）、单刀双掷（SPDT）等，以满足不同电路的需求。

6.安装方便：它们通常配有标准尺寸的安装脚，便于安装在电路板上。

7.安全性：部分拨动开关设计有锁定或防止误操作的结构，增加了使用的安全性。

8.环境适应性：一些拨动开关设计用于满足特殊环境要求，如防尘、防水、耐高温等。

9.成本效益：与其他类型的开关相比，拨动开关通常成本较低，适合大规模应用。

10.指示性：许多拨动开关带有明确的指示标记，方便用户识别开关的状态。

11.静音操作：一些应用场合要求开关操作时尽可能安静，拨动开关可以满足这一要求。

拨动开关广泛应用于各种电子设备中，如家用电器、计算机外围设备、测试仪器以及汽车电子等。在选择拨动开关时，应根据具体应用的需求来考虑开关的类型、尺寸、电气特性以及环境适应性等因素。



Product Name: toggle switch
Product specifications:
Rating: DC 12V 0.5A~24V 0.3A
Contact resistance: maximum 30m Ω.
Insulation resistance: minimum 10000 M Ω at 500V DC
Operating force: 250g force ± 150g force
Travel: 1.6 millimeters
Lifecycle: 2000 cycles (with load)
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

Application areas:
Household appliances products
Range hood panel
Wall switch
Visual doorbell, hotel access control
Bathroom equipment
Elevator operation panel
Medical equipment,
Pharmaceutical equipment
Food processing equipment
Automotive Electronics


A toggle switch is a common electronic switch that controls the on/off of a circuit by manually moving one or more contacts. The following is a description of the toggle switch:

1. Structure: A toggle switch typically consists of the following parts:
Base: A housing used to secure switches, typically made of plastic or metal.
Contact point: A metal sheet used to make or break a circuit when a switch is activated.
Spring: Used to provide appropriate force when the switch is in different positions, so that the contacts make contact with the corresponding contacts.
Pull rod: connected to the contact point, the switch can be turned on and off manually.
Contact: A fixed component that comes into contact with a contact, usually located at the other end of a switch.

2. Working principle: When the user uses their fingers or other tools to move the toggle lever, the contact point will come into contact or disconnect with the contact point under the action of the spring, thereby achieving the on/off of the circuit.

3. Type:
Single pole single throw (SPST): A contact used to control the on/off of a circuit.
Single pole double throw (SPDT): A contact that can connect or disconnect one circuit from two other circuits.
Double pole double throw (DPDT): Two contacts that can control the on/off of two circuits.
Other types: As needed, there are more complex structured toggle switches, such as multi pole multi throw (multi contact) switches.

4. Characteristics:
Easy to operate: The toggle switch is easy to operate, just gently toggle it to achieve circuit on/off.
Long lifespan: Compared to other types of switches, toggle switches have a longer lifespan.
Widely applicable: widely used in various fields such as electronic devices, household appliances, mechanical equipment, etc.

5. Precautions for use:
Avoid frequent operation of toggle switches in a live state to prevent damage to the contacts.
When installing toggle switches, make sure the wiring is correct to avoid short circuits or circuit failure.
Select the appropriate type and specification of toggle switch based on actual application requirements.
In short, toggle switch is a reliable and easy to operate circuit control component, suitable for circuit on/off control in various occasions.


A toggle switch is a common electronic component that controls the on/off of a circuit through toggle operation. The following are the main characteristics of toggle switches:

1. Easy to operate: The toggle switch can be turned on and off by simple mechanical manipulation, making the operation intuitive and convenient.

2. Quick switching: Users can quickly switch between on and off states.

3. Reliable contact: High quality toggle switches have good contact, which can effectively reduce contact resistance and ensure the stability of the circuit.

4. Durability: toggle switches generally have a long service life and can withstand tens of thousands of toggle operations.

5. Strong diversity: toggle switches come in various forms and specifications, such as single pole single throw (SPST), single pole double throw (SPDT), etc., to meet the needs of different circuits.

6. Easy installation: They usually come with standard sized mounting feet, making them easy to install on circuit boards.

7. Safety: Some toggle switches are designed with locking or anti misoperation structures, which increases the safety of use.

8. Environmental adaptability: Some toggle switches are designed to meet special environmental requirements, such as dust, water, and high temperature resistance.

9. Cost effectiveness: Compared to other types of switches, toggle switches typically have lower costs and are suitable for large-scale applications.

10. Indication: Many toggle switches come with clear indication marks, making it easy for users to identify the status of the switch.

11. Silent operation: Some applications require the switch to be operated as quietly as possible, and flipping the switch can meet this requirement.

Toggle switches are widely used in various electronic devices, such as household appliances, computer peripherals, testing instruments, and automotive electronics. When choosing a toggle switch, factors such as switch type, size, electrical characteristics, and environmental adaptability should be considered based on the specific application requirements.
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