XPSAV11113 | 安全继电器模块 | 对紧急停机与开关的监控

　　产品类型:安全继电器模块

　　产品型号：XPSAV11113

　　安全模块应用:对紧急停机与开关的监控

　　模块功能：

　　2 个 NC 触点的紧急停机按钮，监控的起动

　　紧急停机监控， 2 通道接线

　　监控与 2 个开关与自动起动相关的可移动保护

　　1 个 NC 触点的紧急停机按钮，自动起动或无监控的起动

　　紧急停机监控， 1 通道接线

　　输出类型

　　继电器瞬动断开, 3 NO 电路, Volt-free

　　继电器时间延迟断开, 3 NO 电路, Volt-free

　　其他回路的数量

　　3 个固态输出

　　XPSAV11113 安全继电器模块是一种专门用于提高电路安全性的装置，它结合了多个继电器与逻辑电路，旨在互补彼此在故障状态下的缺陷，降低失误和失效值，从而提高整体的安全因素。以下是对安全继电器模块的详细介绍：

　　定义与特点

　　定义：XPSAV11113 安全继电器模块是由多个继电器与逻辑电路组合而成的一种模块，用于保护不同等级机械设备和机械操作人员免受危险。

　　模块性：安全继电器是一种模块，而不是像普通继电器那样的电子元件。

　　高性能与高可靠性：安全继电器模块采用高品质的材料和先进的制造技术，确保长时间连续运行的稳定性和可靠性。

　　功能与应用

　　安全逻辑处理：XPSAV11113能够监测输入信号并根据预设的安全逻辑进行处理，实现对工厂设备和生产过程中的各种安全事件和状态的实时监测和控制。

　　安全输入/输出：模块具有多个安全输入和输出通道，用于连接安全传感器、安全开关、安全按钮等设备，以及控制安全执行器、安全刹车等装置。

　　安全逻辑编程：支持图形化的安全逻辑编程工具，使用户能够轻松地配置安全逻辑，并灵活地适应不同的安全应用场景。

　　故障诊断与报警：XPSAV11113具有故障诊断功能，能够监测模块本身以及与之连接的设备的状态，及时发现故障并生成相应的报警信号。

　　符合安全标准：通常符合国际安全标准和认证要求，如IEC 61508、IEC 61511等，保证在安全应用中的可靠性和合规性。

　　工作原理

　　XPSAV11113 安全继电器模块利用电流产生的磁场效应进行工作。当电路中发生触点闭合或断开的瞬时过电流时，在触点两端产生一定的电磁吸力，使触点迅速闭合或断开。如果电磁吸力超过一定值时，则常闭触点和常开触点就分离开关合或断开。

　　Product Type: Safety relay module

　　Product model: XPSAV11113

　　Safety module application: Monitoring of emergency shutdowns and switches

　　Module function:

　　2 NC contact emergency stop buttons to monitor the start

　　Emergency shutdown monitoring, 2-channel wiring

　　Monitors removable protection associated with 2 switches and automatic start

　　Emergency stop button with 1 NC contact for automatic start or unmonitored start

　　Emergency shutdown monitoring, channel 1 wiring

　　Output type

　　Relay instantaneous disconnect, 3 NO circuit, Volt-free

　　Relay time delay off, 3 NO circuit, Volt-free

　　The number of other circuits

　　3 solid state outputs

　　The XPSAV11113 safety relay module is a device specifically designed to improve circuit safety, which combines multiple relays and logic circuits to complement each other's defects in the fault state, reduce errors and failure values, and thus improve the overall safety factor. The following is a detailed introduction to the safety relay module:

　　Definition and characteristics

　　Definition: The XPSAV11113 safety relay module is a module composed of multiple relays and logic circuits to protect different levels of mechanical equipment and mechanical operators from danger.

　　Modularity: A safety relay is a module, not an electronic component like a normal relay.

　　High performance and reliability: The safety relay module uses high-quality materials and advanced manufacturing technology to ensure long-term continuous operation stability and reliability.

　　Function and application

　　Safety logic processing: XPSAV11113 can monitor the input signal and process it according to the preset safety logic to achieve real-time monitoring and control of various safety events and conditions in the factory equipment and production process.

　　Safety input/output: The module has multiple safety input and output channels for connecting safety sensors, safety switches, safety buttons and other devices, as well as controlling safety actuators, safety brakes and other devices.

　　Security logic programming: Supports graphical security logic programming tools, enabling users to easily configure security logic and flexibly adapt to different security application scenarios.

　　Fault diagnosis and alarm: XPSAV11113 has the fault diagnosis function, which can monitor the status of the module itself and the equipment connected with it, find the fault in time and generate the corresponding alarm signal.

　　Compliance with safety standards: Usually in compliance with international safety standards and certification requirements, such as IEC 61508, IEC 61511, etc., to ensure reliability and compliance in safety applications.

　　Working principle

　　The XPSAV11113 safety relay module operates using the magnetic field effect generated by the current. When the instantaneous overcurrent of contact closing or breaking occurs in the circuit, a certain electromagnetic suction force is generated at both ends of the contact to make the contact quickly close or break. If the electromagnetic suction exceeds a certain value, the normally closed contact and the normally open contact will separate the switch or disconnect.