描述
ABB SPHSS13是一款高性能液压伺服控制模块，专为工业自动化领域设计，广泛应用于高精度、高动态响应的液压系统控制。以下是其核心产品特性与技术参数的综合概述：
一、产品概述
SPHSS13是ABB公司推出的液压伺服模块，属于Symphony Plus系列，适用于Harmony Rack控制系统。其核心功能包括液压参数监测、伺服阀控制及冗余设计，支持PI和P控制模式，适用于旋转机械、涡轮机等复杂工业场景。
二、技术参数
物理规格
-尺寸：297.18 mm（深）×35.56 mm（高）×175.26 mm（宽）
-重量：0.272 kg
-原产国：印度、马耳他
-海关税则号：8538908180
-环保分类：小型设备（WEEE类别5）。
功能模块
-冗余设计：包含冗余伺服线圈和交流/直流LVDT（线性可变差动变压器），提升系统可靠性。
-控制模式：支持比例积分（PI）和比例（P）控制，适应不同动态响应需求。
三、核心功能
高效伺服控制
-实时监测液压系统的压力、流量及位置参数，通过伺服阀开度调节实现精确控制，响应时间快，动态精度高。
用户友好性
-提供简单易用的编程接口和用户界面，支持快速配置与调试，降低维护复杂度。
兼容性与扩展性
-支持Symphony Plus控制系统，可集成至更复杂的自动化网络中，适用于多设备协同控制场景。
四、应用领域
工业制造
-金属加工、塑料成型、船舶制造等领域的液压设备控制，提升加工精度与效率。
能源与重工业
-涡轮机、冶金设备、造纸机械的液压系统监控与调节，确保稳定运行。
科研与测试
-用于液压系统性能测试、动态特性分析及仿真验证。
五、技术优势
高可靠性
-冗余设计减少单点故障风险，适用于高可用性场景。
灵活性
-支持多种液压元件接口，适应不同工业设备需求。
环保合规
-符合WEEE环保标准，无电池设计降低环境影响。
SPHSS03
SPHSS03
SPHSS03
ABB SPHSS13 is a high-performance hydraulic servo control module designed for industrial automation and widely used in high-precision,high-dynamic response hydraulic system control.The following is a comprehensive overview of its core product features and technical parameters:
I.Product Overview
SPHSS13 is a hydraulic servo module launched by ABB,belonging to the Symphony Plus series,suitable for Harmony Rack control system.Its core functions include hydraulic parameter monitoring,servo valve control and redundant design,supporting PI and P control modes,and suitable for complex industrial scenarios such as rotating machinery and turbines.
II.Technical Parameters
Physical Specifications
-Dimensions:297.18 mm(depth)×35.56 mm(height)×175.26 mm(width)
-Weight:0.272 kg
-Country of Origin:India,Malta
-Customs Tariff Number:8538908180
-Environmental Classification:Small Equipment(WEEE Category 5).
Functional modules
-Redundant design:includes redundant servo coils and AC/DC LVDT(Linear Variable Differential Transformer)to improve system reliability.
-Control mode:supports proportional integral(PI)and proportional(P)control to meet different dynamic response requirements.
III.Core functions
Efficient servo control
-Real-time monitoring of the pressure,flow and position parameters of the hydraulic system,and precise control through servo valve opening adjustment,fast response time and high dynamic accuracy.
User-friendliness
-Provides simple and easy-to-use programming interface and user interface,supports rapid configuration and debugging,and reduces maintenance complexity.
Compatibility and scalability
-Supports Symphony Plus control system,which can be integrated into more complex automation networks and is suitable for multi-device collaborative control scenarios.
IV.Application areas
Industrial manufacturing
-Hydraulic equipment control in metal processing,plastic molding,shipbuilding and other fields to improve processing accuracy and efficiency.
Energy and heavy industry
-Hydraulic system monitoring and adjustment of turbines,metallurgical equipment,and papermaking machinery to ensure stable operation.
Research and testing
-Used for hydraulic system performance testing,dynamic characteristics analysis and simulation verification.
V.Technical advantages
High reliability
-Redundant design reduces the risk of single point failure and is suitable for high availability scenarios.
Flexibility
-Supports a variety of hydraulic component interfaces to meet the needs of different industrial equipment.
Environmental compliance
-Complies with WEEE environmental standards,and the battery-free design reduces environmental impact.
