Delta OPC is industrial automation software that enables the communication between Delta’s programmable logic controllers (PLCs) and other industrial devices and systems. With Delta OPC, data such as process values, alarms, and status information can be exchanged in real-time, allowing for efficient and accurate monitoring and control of industrial processes.
OPC is a widely adopted industry standard for data exchange between different systems, and Delta OPC supports multiple OPC specifications, including OPC DA (Data Access), OPC UA (Unified Architecture), and OPC AE (Alarms & Events). As a result, it may be used with a variety of systems and devices from different manufacturers, enabling smooth integration and communication between multiple systems.
Delta-OPC is frequently used to offer dependable and effective communication between control systems and other industrial devices in a variety of industries, including manufacturing, energy, and utilities, among others.
Delta-OPC is a valuable tool for industrial automation professionals as it helps to streamline communication and improve process control. Some of the key benefits of Delta OPC include:
- Improved Data Access: Delta OPC provides real-time access to process data from different devices and systems, allowing for efficient and effective monitoring and control.
- Increased Reliability: By standardizing communication between different systems, Delta OPC helps to reduce the risk of errors and improves system reliability.
- Seamless Integration: Delta OPC supports multiple OPC specifications, making it compatible with a wide range of devices and systems from various manufacturers, ensuring seamless integration and communication.
- Easy Configuration: Delta OPC provides an intuitive user interface for configuring and monitoring communication between different systems, making it easy to set up and use.
- Better Process Control: With real-time access to process data, Delta OPC helps industrial automation professionals to make informed decisions and improve process control, leading to increased efficiency and productivity.
Delta OPC is a valuable tool for industrial automation professionals and is used in a wide range of industrial applications. Some of the key applications of Delta OPC include:
- Manufacturing: Delta-OPC can be used to monitor and control production processes in a manufacturing environment, providing real-time access to production data and allowing for informed decision-making.
- Energy & Utilities: The power generation, transmission, and distribution systems in the energy and utilities sector may be monitored and controlled using Delta OPC, assuring the secure and effective operation of these crucial systems.
- Building automation systems can also use Delta-OPC to monitor and manage lighting, HVAC (heating, ventilation, and air conditioning) systems, and other building systems.
- Transportation: In the transportation sector, Delta-OPC can monitor and control transport systems, such as trains, buses, and traffic management systems, improving safety and efficiency.
- Food and Beverage: In the food and beverage industry, Delta-OPC can be used to monitor and control production processes, ensuring food safety and quality.
Delta OPC is an essential tool for industrial automation professionals, as it helps improve communication and process control across various industries and applications. Whether you are working in manufacturing, energy and utilities, building automation, transportation, or the food and beverage industry, Delta OPC can help you improve efficiency and productivity.
Delta OPC Software
Introduction of Delta-OPC and System Requirements
Delta-OPC is a Delta communication tool. SCADA and OPC clients can communicate with and
monitor Delta products by means of Delta OPC. Besides, users can set communication and devices
which they want to monitor by means of OPC configurators.
Characteristics
Most SCADA software and OPC client software on the market is supported, e.g. iFIX and
Matrikon OPC Explorer.
Simple user interface and complete functions
Conversions: The states or values that an OPC server receives from a PLC can be converted or
processed. For example, the square root of a value can be calculated.
Simulation: Users can set the signal function generated by a PC to simulate the state of a
register or the value in a register in a PLC. For example, they can set a wave. Alternatively, the
users can set a particular value or state to execute the simulation.
Monitor View: It is a simple quick client. When users do not use SCADA, they can use Monitor
View to test a connection, and check whether the setting is correct.
Files whose formats are different can be imported/exported. Users can copy a large quantity of
data conveniently
Delta OPC free download
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