TRICONEX 3002 脉冲输入端子板 保持企业安全可靠稳定运行与盈利增效的同步

Triconex解决方案帮助世界上先进的过程工厂安全运行已经超过了10亿小时。作为全球的过程安全系统供应商我们已有超过30年的历史，目前在全球已有超过80个国家、14300 多系统、650 位的Triconex专家。Triconex超越了-般意义上的功能安全系统，为I厂提供全套的安全关键解决方案和全生命周期安全管理理念与服务,贯穿于整个装置和企业，保持企业安全可靠稳定运行与盈利增效的同步。获得验证的安全平台TRICONEX过程安全可搭载三款获得TUV认证的安全控制平台: Tricon、 Trident、 Tri-GP, 以灵移样的过程安全解决方案来应对不断变化的情形，包括不断增加的复杂性,不断出现的各种威胁，及对风险的有效控制和降低。Tricon安全平台是基于业界的TMRE重余技术，对于基于SILs1,2或者3安全级别的要求任务是理想的选择对象，同时满足多项标准认证体系,可应用在苛刻环境如防腐认证，防爆认证,核安全要求等，该按全平台提供高的可用性,支持热插拔并且提供强大的自诊断，无单点故障，系统可以识别和补偿控制元件的故障，并允许在继续完成指定任务的同时，对故障元件进行修复,无需中断过程控制。便于用户的现场操作和维护

The Triconex solution has helped advanced process factories in the world operate safely for over 1 billion hours. As a leading global supplier of process safety systems, we have a history of over 30 years and currently have over 80 countries, over 14300 systems, and 650 Triconex experts worldwide. Triconex surpasses the functional safety system in the general sense, providing a complete set of safety critical solutions and full lifecycle safety management concepts and services for Factory I, running through the entire device and enterprise, maintaining the synchronization of safe, reliable and stable operation of the enterprise with profit and efficiency enhancement. The validated security platform TRICONEX Process Security can be equipped with three TUV certified security control platforms: Tricon, Trident, and Tri-GP, providing a flexible process security solution to cope with constantly changing situations, including increasing complexity, emerging threats, and effective risk control and reduction. The Tricon security platform is based on industry-leading TMRE redundancy technology and is an ideal choice for tasks based on SILs1,2 or 3 security levels. It meets multiple standard certification systems and can be applied in harsh environments such as anti-corrosion certification, explosion-proof certification, nuclear safety requirements, etc. It provides high availability across the entire platform, supports hot swapping, and provides powerful self-diagnosis without single point of failure, The system can identify and compensate for faults in control components, and allow for repair of faulty components while continuing to complete specified tasks without interrupting process control. Convenient on-site operation and maintenance for users