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KSD-SS-12F85

KSD-SS-12F85

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名称:大电流拨动开关正拨 AC Slide Switch
电流:3A 6A 电压 125V 250V
安装操作 正拨 立式
手柄长度：2-10mm
操作力250gf 
手柄高：定制
机械寿命: 10000 
包装方式:盒装
MPQ/MOQ:1000 LT 5-10天
品牌: 科斯达开关 KSDKG
产地 中国东莞
符合 ROHS UL-94V0


大电流拨动开关（正拨开关）是一种专为承受高电流和高电压设计的开关，通常用于需要大功率的电气设备和工业应用。以下是大电流正拨开关的特点和相关信息：

主要特点
1.高负载能力
可承受较大的电流和电压，适用于大功率电器，如电动机、加热器和其他工业设备。
2.耐用性
采用高质量材料制造，具有优秀的耐磨性和抗腐蚀性，适合频繁操作的应用场合。
3.操作方式
一般采用正拨式设计，用户通过拨动开关可实现开、关或多个档位的选择，操作简单直观。
4.明确的状态指示
开关一般带有“ON”和“OFF”标识，使用户易于判断开关状态，有助于安全使用。
结构设计
5.通常设计为机械结构，能够在高电流条件下稳定工作，避免接触不良或故障。
6.安全性
具备良好的绝缘性能，防止触电风险，同时也可能设计有防误操作机制。
7.多种安装方式
提供多种安装方式，例如面板安装或嵌入式设计，以适应各种设备的需要。

应用领域
电气设备：如电动机控制、电源开关等。
工业自动化：各种自动化设备的控制。
家用电器：大功率家电的开关控制。
交通工具：如电动车、摩托车等的电源控制。

选择注意事项
电流和电压规格：确保选择的开关能够满足实际使用条件下的电流和电压要求。
安装空间：根据设备设计，选择合适的外形和安装方式。
操作频率：考量开关的使用频率，确保其耐用性符合需求。
环境因素：如湿度、温度和气候等因素可能影响开关的性能，应选择适合环境的产品。

结论
大电流正拨开关在高功率应用中至关重要，能够提供稳定和可靠的操作。在选择和应用时，需要综合考虑电气要求、环境和使用频率，以确保开关的效率和安全性。如果有其他疑问或需要更详细的信息，请随时联系技术员！


正拨滑动开关是一种常见的开关类型，具有独特的特点，广泛应用于各种电子设备和电器。以下是正拨滑动开关的主要特点：

1. 操作方式
简便直观：采用滑动拨动的方式，使得用户可以轻松实现开关的切换，一般通过推拉动作完成。
明确的状态指示：通常有明显的标识，标明“ON”和“OFF”状态，便于用户识别。
2. 结构设计
紧凑型设计：正拨滑动开关结构简单，体积较小，适合在空间有限的设备中使用。
多档位选择：可以设计为多档位选择，支持不同量级的控制（如速度、亮度等）。
3. 负载能力
耐高电流：可承受不同范围的电流和电压，在小电流到大电流的应用中表现出色。
耐用性：一般采用耐磨材料，能够在频繁操作的情况下保持稳定性能。
4. 应用范围
广泛应用：被广泛应用于家电、玩具、模型电器、工业设备等多个领域。
集成简便：易于嵌入其他电路设计中，可集成性高。
5. 可靠性与稳定性
高可靠性：一般经过严格的测试和质量控制，能够在各种环境下稳定工作。
抗干扰性能：在一定程度上能够抵抗外部干扰，确保系统可靠性。
6. 安全性
防触电设计：外壳通常采用绝缘材料，降低触电风险。
防止误操作：设计上通常考虑到了防误操作的需求，机械结构可以防止意外拨动。
7. 美观性
外观多样化：可根据设计需要选择不同颜色和样式，与设备整体外观协调。


Name: High current toggle switch AC Slide Switch
Current: 3A 6A Voltage: 125V 250V
Installation operation: Vertical and upright
Handle length: 2-10mm
Operating force 250gf
Handle height: customized
Mechanical lifespan: 10000
Packaging method: boxed
MPQ/MOQ: 1000 LT 5-10 days
Brand: Coaster Switch KSDKG
Origin: Dongguan, China
Compliant with ROHS UL-94V0


A high current toggle switch (positive toggle switch) is a switch designed specifically to withstand high currents and voltages, typically used in electrical equipment and industrial applications that require high power. The following are the characteristics and related information of high current positive dial switches:

main features 
1. High load capacity
Capable of withstanding high currents and voltages, suitable for high-power electrical appliances such as motors, heaters, and other industrial equipment.
2. Durability
Made of high-quality materials, it has excellent wear resistance and corrosion resistance, suitable for applications that require frequent operation.
3. Operation method
Generally, it adopts a positive dial design, and users can select on/off or multiple gears by turning the switch, making the operation simple and intuitive.
4. Clear status indication
Switches generally have "ON" and "OFF" markings, making it easy for users to determine the switch status and facilitating safe use.
Structural Design
5. It is usually designed as a mechanical structure that can work stably under high current conditions, avoiding poor contact or faults.
6. Security
It has good insulation performance to prevent the risk of electric shock, and may also be designed with anti misoperation mechanisms.
7. Multiple installation methods
Provide multiple installation methods, such as panel installation or embedded design, to meet the needs of various devices.

application area 
Electrical equipment: such as motor control, power switch, etc.
Industrial automation: control of various automation equipment.
Household appliances: switch control for high-power household appliances.
Power control for transportation vehicles such as electric cars, motorcycles, etc.

Selection precautions
Current and voltage specifications: Ensure that the selected switch can meet the current and voltage requirements under actual usage conditions.
Installation space: Choose the appropriate shape and installation method according to the equipment design.
Operating frequency: Consider the frequency of use of the switch to ensure its durability meets the requirements.
Environmental factors such as humidity, temperature, and climate may affect the performance of switches, and products suitable for the environment should be selected.

conclusion
High current positive shift switches are crucial in high-power applications, providing stable and reliable operation. When selecting and applying, it is necessary to comprehensively consider electrical requirements, environment, and frequency of use to ensure the efficiency and safety of the switch. If you have any other questions or need more detailed information, please feel free to contact the technician at any time!


Positive sliding switch is a common type of switch with unique characteristics, widely used in various electronic devices and appliances. The following are the main features of the forward sliding switch:

1. Operation method
Simple and intuitive: Using a sliding toggle method, users can easily switch between switches, usually completed through push and pull actions.
Clear status indication: usually with clear markings indicating the "ON" and "OFF" states for easy user identification.
2. Structural design
Compact design: The forward sliding switch has a simple structure and a small volume, making it suitable for use in devices with limited space.
Multi gear selection: It can be designed as a multi gear selection, supporting different levels of control (such as speed, brightness, etc.).
3. Load capacity
High current resistance: can withstand different ranges of current and voltage, and performs well in applications ranging from low current to high current.
Durability: Generally made of wear-resistant materials, it can maintain stable performance under frequent operation.
4. Scope of application
Widely used: Widely applied in multiple fields such as home appliances, toys, model appliances, industrial equipment, etc.
Easy integration: easy to embed into other circuit designs, high integrability.
5. Reliability and stability
High reliability: Generally, after strict testing and quality control, it can work stably in various environments.
Anti interference performance: To a certain extent, it can resist external interference and ensure system reliability.
6. Security
Anti electric shock design: The casing is usually made of insulating materials to reduce the risk of electric shock.
Preventing misoperation: The design usually takes into account the need to prevent misoperation, and the mechanical structure can prevent accidental movement.
7. Aesthetics
Diversified appearance: Different colors and styles can be selected according to design needs to coordinate with the overall appearance of the device.
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