Peter Huber Ball Cock CPL, M16 x 1

The Peter Huber 328240 is a high-specification, 3-part manual ball valve assembly (Ball Cock CPL) designed for high-performance thermoregulation in demanding laboratory and pilot plant environments. Featuring a standard M16x1 thread, this industrial-grade valve is engineered to handle extreme thermal conditions, supporting an expansive working temperature range from -60°C up to +200°C. Constructed from premium 1.4404 (AISI 316L) stainless steel and featuring high-quality PTFE seals with separate chambers, it provides superior chemical resistance and a leak-proof shut-off. Its "blow-out proof" stem design and DN10 nominal width ensure safe and efficient fluid control, making it an essential component for isolating reactors or external applications in high-pressure circulation loops.

Key Features:

• Brand: Peter Huber
• Connection Type: M16x1 thread connection (standard for Huber laboratory circulators)
• Design: 3-part body construction, DN10 (10mm internal diameter)
• Temperature Range: Versatile operation from -60°C to +200°C
• Material: High-quality 1.4404 (316L) stainless steel for maximum durability and corrosion resistance
• Sealing: High-performance PTFE seals with specialized separate chamber design
• Pressure Rating: Rated for up to 10 bar at 175°C (Maximum safety margin)
• Safety: Features a blow-out proof steam-grade stem design for high-pressure industrial use

This ball valve is optimized for systems where thermal stability and personnel safety are paramount. Unlike standard low-temperature valves, the 328240 is built to withstand the rigors of frequent temperature cycling and high-pressure pumps. Its manual operation lever allows for quick, clear status identification, making it the perfect choice for process isolation in Ministat, KISS, and specialized CC series temperature control systems.

Frequently Asked Questions

1. What is the Peter Huber Ball Cock CPL, M16 x 1 used for?

It is a high-specification, 3-part manual ball valve assembly (Ball Cock CPL) designed for high-performance thermoregulation in demanding laboratory and pilot plant environments. Featuring a standard M16x1 thread, this industrial-grade valve is engineered to handle extreme thermal conditions, supporting an expansive working temperature range from -60°C up to +200°C. Constructed from premium 1.4404 (AISI 316L) stainless steel and featuring high-quality PTFE seals with separate chambers, it provides superior chemical resistance and a leak-proof shut-off. Its "blow-out proof" stem design and DN10 nominal width ensure safe and efficient fluid control, making it an essential component for isolating reactors or external applications in high-pressure circulation loops.

2. Is the Peter Huber Ball Cock CPL, M16 x 1 suitable for high-performance thermoregulation in demanding laboratory and pilot plant environments?

Yes. It is designed for high-performance thermoregulation in demanding laboratory and pilot plant environments, and offers 3-part body construction, DN10 (10mm internal diameter) to support this kind of work.

3. What design does the Peter Huber Ball Cock CPL, M16 x 1 have?

It has 3-part body construction, DN10 (10mm internal diameter), and is supplied under manufacturer part number 328240.

4. What is the Peter Huber Ball Cock CPL, M16 x 1 made from and what features does it include?

It is made from high-quality 1.4404 (316L) stainless steel for maximum durability and corrosion resistance. It also offers M16x1 thread connection (standard for Huber laboratory circulators), versatile operation from -60°C to +200°C and high-performance PTFE seals with specialized separate chamber design.

5. How does the Peter Huber Ball Cock CPL, M16 x 1 compare with the Julabo Assembly Cooling Coil for CORIO CD from Julabo?

The Peter Huber Ball Cock CPL, M16 x 1 is a strong choice when temperature range of Versatile operation from -60°C to +200°C matches the workflow. The Julabo Assembly Cooling Coil for CORIO CD is an alternative offering compatibility of Designed for use with CORIO CD models, so the preferred option depends on the required specification and compatibility.