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  • ST2000 34 Algorab Graphic PLC Terminal
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  • ST2000 34 Algorab Graphic PLC Terminal

    • ¥64522.00
      ¥66347.00
      ¥64522.00
      ¥64522.00
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    Weight:3.340KG
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Description
<span style="font-size: 20px; font-family: arial;">ST2000 34 Algorab Graphic PLC Terminal</span>

ST2000 34 Algorab 008 95/49 Graphic PLC Terminal for Industrial Control

The ST2000 34 Algorab 008 95/49 is an advanced graphic programmable logic controller terminal designed for industrial automation and remote control applications. Developed by Algorab, an Italian company specializing in cutting-edge remote control and IoT systems, this terminal integrates intelligent data acquisition capabilities with a sophisticated operator interface. The ST2000 34 functions as both a traditional analog instrument replacement and a modern digital controller, offering enhanced functionality for demanding industrial environments.

Product Overview

The ST2000 34 is designed as a direct replacement for traditional analog transmitters and display instruments in industrial automation systems. Unlike conventional analog instruments, the ST2000 34 incorporates a microprocessor that provides temperature compensation to eliminate temperature effects and improve measurement accuracy. This intelligent design ensures consistent performance across varying environmental conditions, making it suitable for applications requiring precise control and reliable operation. The terminal combines data acquisition, control, display, and communication functions in a single integrated unit, simplifying system architecture and reducing component count.


Graphic Display and User Interface

The ST2000 34 features an advanced graphic display that presents process data, machine status, and operator controls in an organized, easy-to-read format. The high-resolution screen supports clear visualization of numerical values, trend graphs, alarm messages, and interactive control elements. Operators can navigate through multiple screen pages using the intuitive interface, accessing different functions including parameter configuration, production monitoring, and diagnostic information. The graphic display enhances operator efficiency by presenting relevant information in a structured manner, reducing the time required to interpret data and make informed decisions.

Data Acquisition and Processing Capabilities

The terminal is equipped with comprehensive data acquisition capabilities for monitoring industrial processes and equipment. It can acquire both analog and digital input signals from field sensors, transmitters, and switches, processing this information for display, logging, and control purposes. The built-in microprocessor executes programmed logic, performing calculations, comparisons, and decision-making based on acquired data. This local processing capability reduces the load on central control systems and enables rapid response to changing process conditions. The terminal can automatically execute programmed control sequences, handling analog and digital input/output operations without requiring constant supervision from a host controller.


Communication and Connectivity

The ST2000 34 supports industrial communication protocols for integration with host systems and supervisory control networks. It communicates with upper-level computers using the 203_Optomux protocol, a well-established standard for industrial automation data exchange. This communication capability allows the terminal to transmit acquired data to SCADA systems, data historians, and manufacturing execution systems for centralized monitoring and analysis. The terminal can also receive setpoints and commands from host systems, enabling remote configuration and control of local processes. The communication interface supports reliable data transfer in electrically noisy industrial environments.

Temperature Compensation and Accuracy

A key feature of the ST2000 34 is its microprocessor-based temperature compensation system. Traditional analog instruments are susceptible to measurement errors caused by temperature variations in the operating environment. The ST2000 34 continuously monitors ambient temperature and applies correction factors to eliminate these errors, ensuring consistent measurement accuracy across the specified operating temperature range. This temperature compensation is particularly valuable for applications where the instrument may be exposed to fluctuating environmental conditions, such as outdoor installations, unheated facilities, or machinery enclosures with variable thermal loads.

Industrial Applications

The ST2000 34 Algorab graphic PLC terminal is suitable for a wide range of industrial automation and remote control applications. In manufacturing facilities, it provides operator interface and local control for individual machines or production cells. In process industries, it monitors and controls temperature, pressure, flow, and other process variables at local stations. In infrastructure applications, it serves as a remote terminal unit for monitoring pumps, valves, and other equipment at distributed sites. The terminal's combination of data acquisition, display, and communication capabilities makes it adaptable to various industrial scenarios requiring localized intelligence with centralized supervision.

Intelligent Remote Control Integration

Algorab specializes in adaptive and efficient remote control systems for industrial and infrastructure applications. The ST2000 34 reflects this expertise, offering intelligent remote control capabilities that reduce communication bandwidth requirements and improve system responsiveness. By processing data locally and transmitting only relevant information to central systems, the terminal optimizes network utilization and reduces the latency associated with centralized processing architectures. This distributed intelligence approach is particularly effective for applications with large numbers of remote points or limited communication bandwidth.


Robust Construction for Industrial Environments

The ST2000 34 is constructed with industrial-grade components selected for reliability in demanding operating conditions. The enclosure provides protection against dust, moisture, and mechanical impact appropriate for industrial installation. The terminal is designed to withstand temperature variations, humidity, and vibration common in manufacturing and process facilities. The robust construction ensures long service life and consistent performance, reducing maintenance requirements and minimizing downtime due to instrument failure.

Communication Protocol Support

The terminal supports the 203_Optomux communication protocol, enabling integration with a wide range of industrial automation systems. This protocol provides reliable data exchange between the terminal and host computers, supporting both read and write operations for process variables and configuration parameters. The protocol implementation includes error checking and recovery mechanisms that ensure data integrity even in electrically noisy environments. The communication interface supports standard wiring practices, facilitating installation by industrial electricians and system integrators.


Analog and Digital I/O Capabilities

The ST2000 34 provides both analog and digital input/output capabilities for connection to field devices. Analog inputs accept standard industrial signals including 4-20 mA current loops and voltage signals from transmitters. Analog outputs provide control signals for valves, actuators, and variable frequency drives. Digital inputs accept signals from switches, pushbuttons, and proximity sensors. Digital outputs drive relays, solenoids, and indicator lights. This comprehensive I/O capability allows the terminal to interface directly with field devices without requiring additional signal conditioning equipment.

Configuration and Programming

The ST2000 34 can be configured and programmed using engineering software that supports function block, ladder logic, or structured text programming languages according to application requirements. The configuration environment provides tools for defining I/O assignments, control algorithms, alarm conditions, and communication parameters. Program logic can be developed offline and downloaded to the terminal via its communication interface. The configuration can be modified as process requirements change, providing flexibility for evolving applications.

Conclusion

The ST2000 34 Algorab 008 95/49 graphic PLC terminal provides intelligent data acquisition, operator interface, and remote control capabilities for industrial automation applications. With temperature compensation, graphic display, and flexible communication, it serves as a versatile solution for localized control with centralized supervision.

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