$575.00
Details
- In Stock: 2
- Brand: Bio-Chem
- Condition: Used
- Notes: If Next Day Air Shipping is Required, the purchase must be made by 11:30 AM EST. Otherwise the item will not ship until the following day.
- SKU: DIS7665
- Model: 080T824-33-5
- Country of Manufacture: United States
- Manufacturer Part Number: 080T824-33-5
- Voltage Rating: 24VDC
- Manufacturer: Bio-Chem
- Listed By: Barb
Bio Chem manifold-mounted Mixing and Flow Selection Valves type 080T824-33-5
20 PSI
24 VDC
0730840
Bio-Chem Valve™ mixing and flow selection valves from Bio-Chem Fluidics combine multiple valve actuators into a single compact valve unit. Since each actuator operates independently, flow selection valves can mix or select any combination of 2 to 8 individual sources. The valve actuators are positioned around a central block, providing flow paths of equal length.
The function principle is similar to that of the solenoid operated Bio-Chem Valve™ isolation valves. A flexible diaphragm isolates the flow path from the solenoid actuation mechanism. When energized, the solenoid retracts an armature attached to the diaphragm. This raises the diaphragm, enabling a flow between the common port and an outlet port. When de-energized, a spring forces the armature and diaphragm down, closing off the flow path.
Because the flow path can be made from extremely inert materials (such as PTFE and PEEK™), mixing and flow selection valves from Bio-Chem Fluidics are particularly suitable for use in highly aggressive and/or high purity fluid applications.
-Compact, robust construction: The combination of 2, 3, 4, 5, 6 or 8 valves into one manifold block saves a significant amount of space. The integral construction eliminates the need for tubing sets between the valves.
-Minimal dead volume: The manifold is specially designed to minimize the internal volume of the valve, resulting in minimal dead volume when compared to single, stand-alone valves or manifolds with removable valves. Eliminating the use of tubing sets further reduces the total internal volume of the system.
-Equal length flow paths: The radial layout of the manifold ensures that all flow paths are identical. Therefore, there is no difference in the path length and timing, as would be the case with linear manifolds.
- Inert flow path: The mixing and flow selection valves feature the same method of construction as the isolation valves. All wetted parts are made of inert, non-metallic materials.
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