METSO A413146

Description

Technical Parameters METSO A413146

Advantages and Features METSO A413146

1. Extreme Environment Adaptability: METSO A413146’s 500°C high-temperature and 10 MPa high-pressure tolerance makes it suitable for harsh process industries like petrochemical cracking and steel smelting.
2. Durable Construction: METSO A413146’s wear-resistant alloy and stainless steel material ensure long service life under abrasive or corrosive process conditions.
3. Wide Flow Control: METSO A413146’s 0.1-100 L/min flow range covers diverse application needs, eliminating the need for multiple module replacements.
4. Seamless Integration: METSO A413146’s standard connection and multi-protocol support simplify integration with existing control systems, reducing deployment time.
5. Reliable Protection: Built-in overload and pressure protection prevent METSO A413146 from damage due to process anomalies, minimizing downtime.
6. Compact & Practical: METSO A413146’s small size and easy mounting save space, ideal for on-site equipment or dense control cabinets.

Application Cases METSO A413146

1. Petrochemical Refining Process: A large oil refinery deployed METSO A413146 to control catalyst flow in the cracking unit. Its 500°C high-temperature resistance withstood reactor exhaust heat, ensuring stable catalyst supply and improving refining efficiency by 18%.
2. Steel Mill Blast Furnace Control: A steel plant integrated METSO A413146 to regulate oxygen flow into the blast furnace. The 10 MPa pressure tolerance adapted to high-pressure oxygen pipelines, reducing fuel consumption by 12% and enhancing molten steel quality.
3. Thermal Power Plant Steam Control: A coal-fired power plant used METSO A413146 to control steam flow in the boiler system. Its wide flow range (0.1-100 L/min) accommodated load changes, improving energy conversion efficiency by 15%.
4. Chemical Reactor Feeding System: A chemical enterprise utilized METSO A413146 to manage raw material feeding. The wear-resistant alloy construction resisted corrosive materials, extending module service life by 30% compared to standard modules.

Competitor Comparison

Selection Suggestions

1. Choose METSO A413146 for high-temperature/high-pressure applications like petrochemical refining or steelmaking, leveraging its extreme environment adaptability.
2. Prioritize METSO A413146 for flow control scenarios, as its wide flow range and precision meet diverse process requirements.
3. Select METSO A413146 for corrosive or abrasive environments, thanks to its wear-resistant alloy and stainless steel construction that ensures long-term reliability.

Precautions

1. Ensure METSO A413146’s operating conditions do not exceed 500°C and 10 MPa to avoid material deformation or function failure.
2. Follow flange connection standards during installation to maintain pressure resistance and prevent leakage.
3. Regularly inspect the module’s wear condition, especially in corrosive environments, to proactively replace worn parts.
4. Use matching communication cables to ensure stable data transmission between METSO A413146 and the control system.
5. Store METSO A413146 in a dry, high-temperature-resistant environment when not in use, avoiding contact with corrosive substances.

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