Peter Huber 5-Way Valve System M16x1

The Peter Huber 343305 is a professional-grade 5-way valve manifold designed for complex thermoregulation setups requiring precise fluid distribution. This compact system features one M16x1 inlet and five M16x1 outlets, each equipped with an independent manual ball valve for individual flow control. This allows a single Huber circulator to simultaneously manage up to five different applications—such as multiple glass reactors or condensers—with the ability to isolate or adjust each branch without affecting the others.

Key Features:

• Brand: Peter Huber
• Connection Type: All ports M16x1 threaded (1 x Main Inlet, 5 x Individually Valved Outlets)
• Valve Type: Independent manual ball valves for each outlet
• Material: High-quality, chemical-resistant metals and durable seals for long-term laboratory use
• Temperature Range: Optimized for standard laboratory heating and cooling applications
• Compatibility: Direct fit for Huber Ministat, KISS, and CC series with M16 connections
• Functionality: Enables simultaneous parallel operation or sequential isolation of external loops
• Design: Centralized manifold to reduce hose clutter and simplify complex fluid circuits

This manifold system is essential for high-throughput laboratories where efficiency and precise control are paramount. The M16x1 threading ensures a standardized, leak-free connection with Huber’s insulated hoses, while the integrated valves eliminate the need for external plumbing work. Its robust construction is designed to withstand frequent use in demanding thermal research environments.

Frequently Asked Questions

1. What is the Peter Huber 5-Way Valve System M16x1 used for?

It is a professional-grade 5-way valve manifold designed for complex thermoregulation setups requiring precise fluid distribution. This compact system features one M16x1 inlet and five M16x1 outlets, each equipped with an independent manual ball valve for individual flow control. This allows a single Huber circulator to simultaneously manage up to five different applications, such as multiple glass reactors or condensers, with the ability to isolate or adjust each branch without affecting the others.

2. Is the Peter Huber 5-Way Valve System M16x1 suitable for complex thermoregulation setups requiring precise fluid distribution?

Yes. It is designed for complex thermoregulation setups requiring precise fluid distribution, and offers all ports M16x1 threaded (1 x Main Inlet, 5 x Individually Valved Outlets) and independent manual ball valves for each outlet to support this kind of work.

3. What connection type and valve type does the Peter Huber 5-Way Valve System M16x1 have?

It has all ports M16x1 threaded (1 x Main Inlet, 5 x Individually Valved Outlets), independent manual ball valves for each outlet and optimized for standard laboratory heating and cooling applications, and is supplied under manufacturer part number 343305.

4. What is the Peter Huber 5-Way Valve System M16x1 made from and what features does it include?

It is made from high-quality, chemical-resistant metals and durable seals for long-term laboratory use. It is compatible with direct fit for Huber Ministat, KISS, and CC series with M16 connections. It also offers enables simultaneous parallel operation or sequential isolation of external loops and centralized manifold to reduce hose clutter and simplify complex fluid circuits.

5. How does the Peter Huber 5-Way Valve System M16x1 compare with the Gardner Denver CRVpro 2 basic package w. oil mist filter AKD 2-way ball valve hose adapter DN16KF-10/8 rubber vacuum hose (1.5m) oil drain kit?

For tubing applications, the Peter Huber 5-Way Valve System M16x1 is differentiated by connection type All ports M16x1 threaded (1 x Main Inlet, 5 x Individually Valved Outlets) and valve type Independent manual ball valves for each outlet. The Gardner Denver CRVpro 2 basic package w. oil mist filter AKD 2-way ball valve hose adapter DN16KF-10/8 rubber vacuum hose (1.5m) oil drain kit from Gardner Denver Thomas is another named option in the same product category. Compare the required specifications, compatibility and workflow requirements before selection.