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KSD-RS-PB221X

KSD-RS-PB221X

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产品名称：检测开关
触点额定值：3VDC时为100µA，5VDC时为1mA
机械和电气寿命：50000次操作
接触电阻：最大3Ω
绝缘电阻：100MΩ，最小100 VDC
介电强度：100VAC@1分钟
工作温度：-40ºC至+85ºC
操作力：最大35 gf。
行程：3.14毫米或60°
产地：中国东莞
品牌 科斯达  KOSOD  KSDKG

材料
基座：PA9T
封面：C7701R
执行器：PA 46
活动触点：铍铜
可焊性：根据无铅焊料轮廓
包装：每件2000件
端子：磷青铜，镀镍银


“检测开关”是指用于检测某种状态或条件的开关设备。它可以用于各种应用，包括但不限于：
1.安全系统：检测门窗的开关状态，防止非法入侵。
1.工业自动化：监测机器状态，判断生产线的运行情况。
3.家居智能化：检测家电的开关状态，实现智能控制，如灯光、空调等。
4.传感器：与其他传感器组合使用，进行环境监测或设备状态反馈。


检测开关具有以下几个特点：
1.高灵敏度：能够迅速检测到环境变化，如温度、光照、压力等，对微小变化的反应灵敏。

2.稳定性：在长时间使用中保持性能稳定，减少误触发或失效的可能性。

3.多功能性：可以集成多种检测功能，如同时监测温度、湿度、光线等，适用于不同的应用场合。

4.体积小巧：设计紧凑，便于安装和集成在各种设备中，不占用过多空间。

5.低功耗：设计注重能效，降低在待机和工作状态下的能耗，延长电池使用寿命。

6.可靠性：具备良好的耐用性，能够在恶劣环境下正常工作，抗干扰能力强。

7.便于调试：提供简单易懂的接口和调试方式，方便用户进行使用和维护。

8.兼容性强：可以与多种控制系统或设备兼容使用，灵活性高。


检测开关是一种用于监测设备状态或环境变化的电子元件，通常用于自动化、安防和工业控制系统中。它能够在特定条件下触发开关操作，从而实现对设备的控制或报警功能。
特点：
1.工作原理：通常根据物理量（如温度、压力、光照、湿度等）或物理状态（如位置、运动）变化来工作。

2.类型：
机械开关：通过物理接触来完成开关，如按钮开关、限位开关。
电子开关：通过电流或电压变化来控制，如霍尔开关、光电开关。
智能开关：结合传感器与微控制器，可实现复杂的逻辑判断和无线控制。

3.应用场景：
工业自动化：用于监测机器状态、物料位置等。
安全系统：用于入侵报警、火灾监测等。
家居智能化：用于灯光控制、家电状态检测等。

4.优点：
提高系统的自动化水平。
实时监测，减少人为操作失误。
增强安全性能，及时响应异常情况。

使用注意事项：
工作环境：确保开关能在预期的环境条件下正常工作。
负载兼容性：确认开关能够承受所连接负载的电压和电流。
灵敏度设置：根据具体应用调整开关的灵敏度，以避免误触发。
总之，检测开关在现代科技中扮演着极为重要的角色，其灵活性和可靠性使其广泛应用于各个领域。



Product Name: Detection Switch
Contact rating: 100 µ A at 3VDC, 1mA at 5VDC
Mechanical and electrical lifespan: 50000 operations
Contact resistance: maximum 3 Ω
Insulation resistance: 100M Ω, minimum 100 VDC
Dielectric strength: 100VAC@1 minute
Working temperature: -40 º C to+85 º C
Operating force: maximum 35 gf.
Travel: 3.14 millimeters or 60 degrees
Origin: Dongguan, China
Brand KOSOD KSDKG

Material Science
Base: PA9T
Cover: C7701R
Executor: PA 46
Activity contact: Beryllium copper
Solderability: Based on the contour of lead-free solder
Packaging: 2000 pieces per piece
Terminal: phosphor bronze, nickel plated silver


Detection switch "refers to a switch device used to detect a certain state or condition. It can be used for various applications, including but not limited to:
1. Security system: Detect the opening and closing status of doors and windows to prevent illegal intrusion.
1. Industrial automation: Monitor machine status and determine the operation of the production line.
3. Home intelligence: Detecting the on/off status of household appliances to achieve intelligent control, such as lighting, air conditioning, etc.
4. Sensor: Used in combination with other sensors for environmental monitoring or device status feedback.


The detection switch has the following characteristics:
1. High sensitivity: able to quickly detect environmental changes such as temperature, light, pressure, etc., and respond sensitively to small changes.

2. Stability: Maintain stable performance during long-term use, reducing the possibility of accidental triggering or failure.

3. Multifunctionality: It can integrate multiple detection functions, such as simultaneously monitoring temperature, humidity, light, etc., suitable for different application scenarios.

4. Compact size: The design is compact, easy to install and integrate into various devices, and does not take up too much space.

5. Low power consumption: The design focuses on energy efficiency, reducing energy consumption in standby and working states, and extending battery life.

6. Reliability: It has good durability, can work normally in harsh environments, and has strong anti-interference ability.

7. Easy to debug: Provide simple and easy to understand interfaces and debugging methods for users to use and maintain.

8. Strong compatibility: It can be compatible with multiple control systems or devices and has high flexibility.


A detection switch is an electronic component used to monitor equipment status or environmental changes, typically used in automation, security, and industrial control systems. It can trigger switch operations under specific conditions, thereby achieving control or alarm functions for the device.
characteristic:
1. Working principle: It usually works based on changes in physical quantities (such as temperature, pressure, light, humidity, etc.) or physical states (such as position, motion).

2. Type:
Mechanical switch: switches are completed through physical contact, such as button switches and limit switches.
Electronic switch: controlled by changes in current or voltage, such as Hall switches and photoelectric switches.
Intelligent switch: Combining sensors and microcontrollers, it can achieve complex logic judgment and wireless control.

3. Application scenarios:
Industrial automation: used to monitor machine status, material location, etc.
Security system: used for intrusion alarm, fire monitoring, etc.
Home intelligence: used for lighting control, home appliance status detection, etc.

4. Advantages:
Improve the automation level of the system.
Real time monitoring to reduce human operational errors.
Enhance security performance and respond promptly to abnormal situations.

Precautions for use:
Work environment: Ensure that the switch can operate normally under expected environmental conditions.
Load compatibility: Confirm that the switch can withstand the voltage and current of the connected load.
Sensitivity setting: Adjust the sensitivity of the switch according to the specific application to avoid accidental triggering.
In short, detection switches play an extremely important role in modern technology, and their flexibility and reliability make them widely used in various fields.
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