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KSD-MR-5-110-TOL-BG

KSD-MR-5-110-TOL-BG

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产品名称:翘板开关(船型开关)
产品规格:
额定值:12A 125VAC
10A 250VAC(VDE CQC nece)
接触电阻:最大50mΩ
绝缘电阻:最小直流500V 100MQ
绝缘强度:交流1500V 1分钟
电气寿命:10000次循环
产品符合:ROHS
品牌:科斯达开关 KSDKG
产地:中国东莞

应用领域:
电脑外设
电信网络
电视机顶盒
灯具照明
消费类电子
家用电器
汽车轨道交通
电子玩具
电动工具类
工业自动化

翘板开关和船形开关是两种常见的开关类型,它们在电气设备中用于开启或关闭电路。以下是它们的描述:

翘板开关(Rocker Switch)
翘板开关,也叫做船形开关,因为其外形类似小船,操作方式是通过按压或翘起开关的一侧来控制电路的通断。这种开关通常用于手动控制电路,其特点如下:

1.外形设计:通常呈船形,中间有一个明显的分隔,两侧可以分别标有“ON”和“OFF”字样,清晰指示开关状态。

2.操作方式:用户可以通过按压或推移开关一侧,使开关在“ON”和“OFF”位置之间切换。

3.接触方式:内部通常采用单刀单掷(SPST)或双刀双掷(DPDT)等接点配置,可以实现简单的电路控制。

4.应用场景:常见于家用电器、工业控制系统、汽车电器等领域。

船形开关(Slide Switch)
船形开关通常指的是一种滑动操作的开关,虽然有时候人们也将翘板开关称为船形开关,但这里我们区分开来描述:

1.外形设计:船形开关通常有一个明显的滑动杆,可以在一个平面上左右移动。

2.操作方式:用户可以通过滑动开关杆来改变开关的状态,一般也会有明显的“ON”和“OFF”标记。

3.接触方式:它可以是单刀单掷或更复杂的接点配置,根据不同的应用需求设计。

4.应用场景:常用于电子设备、乐器、小型机械等场合,特别是需要节省空间且需要明确开关状态的场合。

两者的主要区别在于操作方式,翘板开关为按压或翘起操作,而船形开关为滑动操作。在选购和使用时,应根据实际应用的需求和环境来选择合适的开关类型。

翘板开关和船形开关是两种常见的开关类型,它们在设计、应用和操作上都有自己的特点。

翘板开关特点:
1.操作方式:翘板开关通过左右拨动操作,通常有“ON”和“OFF”两个位置。

2.结构简单:这种开关结构简单,耐用,易于安装和维护。

3.指示性:开关通常设计有明显的指示标记,可以清晰地显示开关的状态。

4.安全性:翘板开关一般具有自锁功能,防止误操作。

5.应用广泛:常用于各种电子设备、家用电器、控制系统等。

6.触点材料:通常使用银合金或金合金等导电性能好且耐磨损的材料。

船形开关特点:
1.外形特征:船形开关如其名,外形像小船,通常有一个较大的操作柄,便于操作。

2.操作力度:需要一定的力度才能操作,这样可以避免因误触而改变开关状态。

3.安全性:船形开关往往设计有保护盖,可以有效防止灰尘和水分进入,提高使用环境适应性。

4.可靠性:这种开关的设计使其在振动环境中也能保持稳定的工作状态,适用于工业控制等领域。

5.应用领域:常用于机械控制、工业设备、汽车等需要较高可靠性的场合。

6.安装方式:船形开关可以采用面板安装或后安装,适应不同的安装需求。

这两种开关因为其独特的特点,在不同的应用场景中发挥着重要的作用。在选择开关时,应根据实际需要和环境条件来选择合适的类型。


Product Name: Rocker Switch (Ship Type Switch)
Product specifications:
Rated value: 12A 125VAC
10A 250VAC(VDE CQC nece)
Contact resistance: maximum 50m Ω
Insulation resistance: minimum DC 500V 100MQ
Insulation strength: AC 1500V for 1 minute
Electrical lifespan: 10000 cycles
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

Application areas:
computer peripherals 
telecommunication network
TV set-top box
Lighting fixtures
Consumer electronics
Household Electric Appliances
Automobile Rail Transit
electronic toy
Electric tools
industrial automation 

Swing switches and boat switches are two common types of switches used in electrical equipment to turn on or off circuits. Here are their descriptions:

Rocker Switch
A toggle switch, also known as a boat shaped switch, is similar in appearance to a small boat and operates by pressing or lifting one side of the switch to control the on/off of the circuit. This type of switch is usually used for manual control circuits, and its characteristics are as follows:

1. Exterior design: Usually in the shape of a boat, with a clear partition in the middle, and the words "ON" and "OFF" can be marked on both sides to clearly indicate the switch status.

2. Operation method: Users can switch the switch between the "ON" and "OFF" positions by pressing or pushing one side of the switch.

3. Contact method: Internally, single pole single throw (SPST) or double pole double throw (DPDT) contact configurations are usually used to achieve simple circuit control.

4. Application scenarios: Commonly used in household appliances, industrial control systems, automotive appliances, and other fields.

Slide Switch
A boat shaped switch usually refers to a sliding operation switch, although sometimes people also refer to a rocker switch as a boat shaped switch, here we distinguish and describe it:

1. Appearance design: Ship shaped switches usually have a clear sliding rod that can move left and right on a plane.

2. Operation method: Users can change the status of the switch by sliding the switch lever, and there are usually obvious "ON" and "OFF" marks.

3. Contact method: It can be a single pole single throw or more complex contact configuration, designed according to different application requirements.

4. Application scenarios: commonly used in electronic devices, musical instruments, small machinery and other occasions, especially in situations where space saving and clear switch status are required.

The main difference between the two lies in the operation mode. The rocker switch is operated by pressing or lifting, while the boat switch is operated by sliding. When selecting and using, the appropriate switch type should be chosen according to the actual application needs and environment.

Swing switches and boat switches are two common types of switches, each with its own characteristics in design, application, and operation.

Characteristics of rocker switch:
1. Operation method: The rocker switch is operated by moving it left and right, usually with two positions: "ON" and "OFF".

2. Simple structure: This switch has a simple structure, is durable, and easy to install and maintain.

3. Indication: Switches are usually designed with clear indication markings to clearly display the status of the switch.

4. Safety: The toggle switch generally has a self-locking function to prevent accidental operation.

5. Widely used: commonly used in various electronic devices, household appliances, control systems, etc.

6. Contact material: Materials with good conductivity and wear resistance, such as silver alloy or gold alloy, are usually used.

Characteristics of boat shaped switch:
1. Appearance features: As its name suggests, the boat shaped switch resembles a small boat and usually has a larger operating handle for easy operation.

2. Operating force: A certain amount of force is required to operate, which can avoid changing the switch state due to accidental touch.

3. Safety: Ship shaped switches are often designed with protective covers, which can effectively prevent dust and moisture from entering and improve the adaptability of the usage environment.

4. Reliability: The design of this switch enables it to maintain a stable working state even in vibration environments, making it suitable for industrial control and other fields.

5. Application areas: commonly used in mechanical control, industrial equipment, automobiles, and other situations that require high reliability.

6. Installation method: The boat shaped switch can be installed panel or rear mounted to meet different installation requirements.

These two types of switches play important roles in different application scenarios due to their unique characteristics. When selecting a switch, the appropriate type should be chosen based on actual needs and environmental conditions.
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