描述
一、核心功能与技术参数
1.基本信息
型号：T3BIB-29916
品牌：MKS
类型：工业蝶阀专用控制器，集成先进控制算法与传感器技术。
质保：7天验收期，1年质保期。
2.核心功能
精确控制：
实时监测蝶阀开关状态、开度及速度，支持流体介质（如流量、压力）的精准调节，满足工业工艺需求。
稳定性与可靠性：
采用高品质元器件及严格测试工艺，适应高温、高湿、多尘等恶劣环境。
集成过载保护、过压保护等功能，防止异常情况导致的设备损坏。
人机交互：
直观的人机界面与简洁的控制逻辑，支持参数设置、状态监控及操作执行，降低培训成本。
二、通信与扩展能力
通信接口：
支持RS-232、RS-485、Modbus等协议，实现与PLC、SCADA系统或其他设备的无缝连接，支持远程监控与数据交换。
模块化设计：
可扩展通信模块，适配不同工业场景的通信需求。
三、应用场景
工业自动化：
广泛应用于化工、石油、天然气、电力等领域，调节流体介质的流量与压力。
精密控制：
在半导体制造、真空系统等高精度场景中，确保流体参数的稳定输出。
安全防护：
通过多重保护功能，保障工业管道系统的安全运行，防止因阀门故障引发的泄漏或压力异常。
四、技术优势
高精度算法：
结合先进控制算法与传感器技术，动态响应速度快，调节精度高。
抗干扰设计：
电磁兼容性（EMC）优化，减少信号干扰对控制性能的影响。
灵活部署：
支持本地与远程控制模式，适应集中化或分布式控制系统架构。
GMKP2800-32IBY
GMKP2800-32IBY
1.Core functions and technical parameters
1.Basic information
Model:T3BIB-29916
Brand:MKS
Type:Special controller for industrial butterfly valves,integrating advanced control algorithms and sensor technology.
Warranty:7-day acceptance period,1-year warranty period.
2.Core functions
Precise control:
Real-time monitoring of the butterfly valve switch status,opening degree and speed,supports accurate adjustment of fluid media(such as flow rate,pressure),and meets industrial process needs.
Stability and reliability:
It adopts high-quality components and strict testing processes to adapt to harsh environments such as high temperature,high humidity,and dust.
Integrate overload protection,overvoltage protection and other functions to prevent equipment damage caused by abnormal situations.
Human-computer interaction:
Intuitive human-computer interface and concise control logic support parameter setting,status monitoring and operation execution,reducing training costs.
2.Communication and expansion capabilities
Communication interface:
Supports RS-232,RS-485,Modbus and other protocols,realizes seamless connection with PLC,SCADA system or other devices,and supports remote monitoring and data exchange.
Modular design:
Extensible communication module to adapt to communication needs in different industrial scenarios.
III.Application scenarios
Industrial automation:
It is widely used in chemical industry,petroleum,natural gas,electricity and other fields to regulate the flow rate and pressure of fluid media.
Precision control:
In high-precision scenarios such as semiconductor manufacturing and vacuum systems,ensure the stable output of fluid parameters.
Safety protection:
Through multiple protection functions,the safe operation of industrial pipeline systems is ensured and leakage or pressure abnormalities caused by valve failure are prevented.
4.Technical advantages
High-precision algorithm:
Combining advanced control algorithms and sensor technology,the dynamic response speed is fast and the adjustment accuracy is high.
Anti-interference design:
Electromagnetic compatibility(EMC)optimization reduces the impact of signal interference on control performance.
Flexible deployment:
Supports local and remote control modes,adapting to centralized or distributed control system architectures.
