Product Overview
Carten 501393-01-M UFC750/500-10PC1FSM Uniplex Valve - NOS
This listing is for a Carten Controls uniplex valve, marked Model 501393-01-M and UFC750/500-10PC1FSM. It is unused new old stock, clean and intact.
Carten valves are trusted in high-purity fluid control, designed for long service life in semiconductor, chemical, and industrial process systems. This unit reflects that same engineering standard, preserved as stock and ready for integration.
Product Condition
Unused, new old stock (NOS). Never installed. Shows no signs of handling wear.
Product Overview
Carten Controls has built a reputation for precision-engineered valves that meet demanding requirements in fluid handling. The UFC750/500-10PC1FSM uniplex valve is designed for secure flow control in high-pressure, high-purity environments where performance cannot be compromised.
Key Features
- Manufacturer: Carten Controls
- Model: 501393-01-M
- Description: UFC750/500-10PC1FSM
- Uniplex valve design for single-line control
- High-purity, high-performance fluid handling
- New old stock, unused
- Compact form, robust construction
Applications
- Semiconductor process systems
- Chemical handling and distribution
- High-purity fluid control systems
- Industrial process automation
- Custom equipment assemblies
- Replacement or spare valve for existing systems
Frequently Asked Questions
What is the model number of this valve?
It is marked Model 501393-01-M, description UFC750/500-10PC1FSM.
Is this valve new?
Yes, it is unused new old stock (NOS), preserved in clean condition.
What type of valve is this?
This is a uniplex valve, designed for single-line high-purity flow control.
What industries use this type of valve?
Semiconductor, chemical processing, and other industries requiring high-purity fluid handling.
What makes Carten valves distinct?
Carten is known for designing precision valves with long service life, widely used in critical process industries.
Precision-built and preserved as new old stock, this Carten uniplex valve was engineered for critical fluid control—its next chapter is yours to write.
