Product Introduction
The ABB V18345-2010521501 Valve Positioner is an electro-pneumatic control device designed to provide accurate and dependable positioning of pneumatic control valves in industrial automation systems. It continuously monitors valve travel and automatically adjusts actuator response to ensure precise valve movement and stable process performance.
As part of ABB’s TZIDC valve positioner family, this model is engineered to improve control accuracy, enhance process efficiency, and support reliable operation across a wide range of industrial applications. Its rugged construction and proven design make it well suited for demanding process environments where consistent valve control is essential for maintaining productivity and operational stability.
The V18345-2010521501 is widely used in oil and gas facilities, power generation plants, chemical processing operations, water treatment systems, mining applications, pulp and paper mills, and general industrial manufacturing environments.
Product Specifications
| Parameter | Description |
|---|---|
| Model | V18345-2010521501 |
| Manufacturer | ABB |
| Product Type | Valve Positioner |
| Technology | Electro-Pneumatic |
| Series | ABB TZIDC Series |
| Control Function | Automatic Valve Position Control |
| Actuator Compatibility | Pneumatic Actuators |
| Control Method | Closed-Loop Positioning Control |
| Feedback Function | Continuous Position Monitoring |
| Installation Type | Field Mounted |
| Mounting Style | Valve Mounted |
| Application | Industrial Process Automation |
| Housing Construction | Industrial Grade Design |
| Operating Environment | Industrial Facilities |
| Dimensions | 168.5 × 101 × 114.5 mm |
| Weight | 1.7 kg |
Applications
● Oil and Gas Facilities — Supports precise valve positioning throughout production and processing operations, helping maintain safe and efficient plant performance.
● Power Generation Plants — Assists with stable regulation of process equipment and utility systems, supporting reliable power generation activities.
● Chemical Processing Industries — Provides dependable valve control for applications requiring consistent process regulation and operational stability.
● Petrochemical Facilities — Helps optimize automated valve performance in complex industrial processes and continuous production environments.
● Water and Wastewater Treatment — Supports flow regulation and process management, contributing to reliable and efficient treatment operations.
● Mining and Metals Processing — Delivers dependable performance in demanding industrial environments where equipment reliability is essential.
● Pulp and Paper Manufacturing — Helps maintain stable operating conditions and supports efficient production throughout the manufacturing process.
● Industrial Automation Systems — Integrates into advanced control architectures requiring accurate valve positioning and dependable process control.
Advantages
● Accurate Valve Positioning — Helps maintain precise valve movement and supports consistent process operation across industrial applications.
● Reliable Process Control — Contributes to improved operational stability and dependable performance during continuous production activities.
● Continuous Position Monitoring — Supports accurate valve management and helps maintain process consistency throughout operation.
● Industrial-Grade Construction — Designed for reliable performance in demanding environments where durability and dependability are important.
● Easy System Integration — Compatible with a wide variety of automation platforms, simplifying installation and system implementation.
● Improved Operational Efficiency — Helps optimize process performance and supports effective utilization of plant resources.
● Stable Long-Term Performance — Designed for continuous industrial service with reliable and consistent functionality.
● Enhanced System Reliability — Supports smooth valve operation and contributes to improved process effectiveness and plant productivity.
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