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KSD-ZS-PBS22EL01

KSD-ZS-PBS22EL01

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产品名称：触摸按钮开关
性能要求：
1、触摸面防水等级:IP67
2、LED发光亮度:柔和，使用寿命:30000H
3、开关次数可达20万次以上。
4、触点接触电阻≤50MΩ。
技术要求：
1、导线长度L根据客户要求定做。
2、标准裸线长度L1为150mm,22AWG。
3、表面清洁，光泽均匀。
4、标识清晰，无错位、重印。
5、使用电压:DC 5-24V。
6、最大额定发热电流:2A/24V.
7、工作环境温度:-20℃-+60℃。
8、动作形式:自锁式。
9、拧紧力矩:5-14N.m。
10、开关组合:1NO。
11、外观材料:按键:PC/不锈钢:
外壳：不锈钢。


触摸按钮开关是一种基于触摸感应的控制设备，能够通过触摸操作实现电气开关的功能。与传统的机械开关不同，触摸按钮开关没有物理运动部件，通常更为可靠且使用寿命更长。以下是对触摸按钮开关的详细描述，包括其工作原理、特性、应用等方面。

工作原理
触摸按钮开关通常利用电容感应、压电效应或红外线等技术进行工作。其基本原理如下：
电容式触摸检测：当手指靠近或接触开关表面时，会改变开关表面的电场，开关的内置电路会检测到这种变化并做出响应。

基于红外线的检测：某些触摸按钮开关使用红外传感器探测手指的动作。

主要特性
1.无机械磨损：由于没有物理运动部件，触摸按钮开关的耐用性高，不易损坏。

2.灵敏度高：触摸按钮开关能够快速响应轻触，操作便捷。

3.设计灵活：可以设计成各种形状和尺寸，外观可以非常简约，与现代家居、办公环境更契合。

4.多功能性：有的触摸按钮开关可以实现多种功能，比如单击、双击、长按等不同操作方式可对应不同的功能。

5.节能：一些触摸按钮开关采用低功耗设计，待机时几乎不消耗电力。

应用领域
触摸按钮开关广泛应用于许多领域，包括但不限于：
智能家居：用于控制灯光、窗帘、空调等家居设备。

工业设备：在自动化设备中用于控制启动、停止、调节等操作。

电子设备：智能手机、平板电脑、家用电器等消费电子产品中。

汽车：用于控制车载系统、空调等。

安装和使用
触摸按钮开关通常可以通过面板安装在墙壁、设备面板或其他适合的表面，使用时需保持开关表面的清洁，以确保其灵敏度和响应性。

总结
触摸按钮开关以其高灵敏度、耐用性及现代化的外观设计，成为众多应用场景中较为理想的选择。它的无摩擦设计使得其在许多领域逐渐取代传统的机械开关，推动了智能控制技术的发展。



Product Name: Touch Button Switch
Performance requirements:
1. Waterproof rating of touch surface: IP67
2. LED luminous brightness: soft, service life: 30000H
3. The number of switches can reach over 200000 times.
4. Contact resistance ≤ 50M Ω.
Technical requirements:
1. The length of the wire L is customized according to customer requirements.
2. The standard bare wire length L1 is 150mm, 22AWG.
3. The surface is clean and the gloss is uniform.
4. Clear identification without misalignment or reprinting.
5. Operating voltage: DC 5-24V.
6. Maximum rated heating current: 2A/24V
7. Working environment temperature: -20 ℃ -+60 ℃.
8. Action form: self-locking.
9. Tightening torque: 5-14N. m.
10. Switch combination: 1NO.
11. Appearance material: Button: PC/Stainless steel:
Shell: Stainless steel.


Touch button switch is a control device based on touch sensing, which can achieve the function of electrical switch through touch operation. Unlike traditional mechanical switches, touch button switches have no physical moving parts and are typically more reliable and have a longer lifespan. The following is a detailed description of the touch button switch, including its working principle, characteristics, applications, and other aspects.

working principle
Touch button switches typically operate using technologies such as capacitive sensing, piezoelectric effect, or infrared radiation. The basic principle is as follows:
Capacitive touch detection: When a finger approaches or touches the surface of a switch, it changes the electric field on the switch surface, and the built-in circuit of the switch detects this change and responds accordingly.

Infrared based detection: Some touch button switches use infrared sensors to detect finger movements.

Main characteristics
1. No mechanical wear and tear: Due to the absence of physical moving parts, touch button switches have high durability and are not easily damaged.

2. High sensitivity: The touch button switch can quickly respond to light touch and is easy to operate.

3. Flexible design: It can be designed in various shapes and sizes, with a very simple appearance that is more compatible with modern home and office environments.

4. Multifunctionality: Some touch button switches can achieve multiple functions, such as single click, double click, long press, etc. Different operation methods can correspond to different functions.

5. Energy saving: Some touch button switches adopt low-power design, which consumes almost no power during standby.

application area 
Touch button switches are widely used in many fields, including but not limited to:
Smart home: used to control home devices such as lighting, curtains, air conditioning, etc.

Industrial equipment: used in automation equipment to control operations such as starting, stopping, and regulating.

Electronic devices: in consumer electronics products such as smartphones, tablets, and household appliances.

Automobile: Used to control onboard systems, air conditioning, etc.

Installation and use
Touch button switches can usually be installed on walls, equipment panels, or other suitable surfaces through panels. When using, the switch surface should be kept clean to ensure its sensitivity and responsiveness.

summary
Touch button switches have become an ideal choice in many application scenarios due to their high sensitivity, durability, and modern appearance design. Its frictionless design has gradually replaced traditional mechanical switches in many fields, promoting the development of intelligent control technology.

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