The CI Series rotary valves are also available in sanitary 304 or 316 cast stainless steel models. Sanitary CI Series models also offer the ACS RotorRail™ quick-clean feature.
Some of us work better under pressure, while others like a longer, more drawn out process to stay in control. The same goes for materials as they pass through a conveying system.
Each material requires its own level of pressure, aeration and pocket size to ensure that your system is reaching its optimal material flow.
Here are three things to consider when selecting a rotary valve for your pneumatic conveying system to improve your material flow.
At $500 per hour of downtime, it costs an average of $750 in lost productivity every time you have to clean one traditional valve. Watch this video to learn how we’re trying to make cleaning your valve less terrible.
The Channel Changer from ACS Valves is a plug type divert (PTD) designed to re-route dry materials—such as pellets, powders, kibble and granules—without any degradation. Built for pneumatic conveying systems, the Channel Changer enables more efficient processing.
This 10-step video guide shows how to easily re-assemble an ACS Valves standard valve assembly using basic hand tools. This simple rotary valve re-assembly sequence shows the significant labor and downtime savings associated with this rotary valve design versus bolt-together.
Micro-ingredient Valves for low capacity metering of bulk ingredients in the Plastics, Pharmaceutical and Cosmetics, Food, Chemical Industries.
The micro-ingredient valve from ACS Valves is designed for testing pilot conveying equipment, and for accurately metering small amounts of fine-grained material into larger batches.
Each component of a pneumatic conveying system is necessary to keep your products flowing, and your employees safe on the plant floor.
We like to think of our valve tests in the same way—each separate step of the test is important to keep our valves working their best, and keep safety a priority.
This is why we have a 46-step inspection on each of our valves.
We have our specialists sign off on each step before the different components of our valves can go further in their manufacturing process.
Each separate part of our rotary valves are inspected at different stages including:
- Rotor assembly
- Drive guard assembly
- Drive mounting base
- Drive package
- Sprockets and chain
- Speed switch assembly
- Final valve assembly
The valves are also tested for several components at each stage. Some of these include:
- Casting construction
- Condition of casting before and after machining
- Correct sizing and tolerance on various parts
- Chrome plating
- Cosmetic appearance
- Quality of welding
It’s important for us to have NFPA and OSHA-compliant valves as a part of our standardized safety, which is why we include real-life testing in a factory floor setting. We make sure our valves include the options needed for your specific application and optimum performance.
Ours last for ten minutes to make certain not only the valve is running properly, but that the electrical components are as well. We check that the gearmotor is working properly and running at proper amperage. We also record the amperage readings during this time.
Our live tests are also when we make sure that the valve is rotating properly, and running as they should be. For your convenience, our inspectors record both rotor tip and side clearances on the top inlet flange, and on inspection sheets for proper record keeping.
Finally, our valves are inspected at the shipping stage to make sure all of the data from our 46-point inspection corresponds to the bill of materials. Shipping quality is also signed off at this time.
Our quality control manager, Bob Timson, completes a rigorous quality check before each of our valves is shipped out.
All inspection documentation is available upon request. If you need assistance please do not hesitate to contact us for technical support.
If you’re good at making messes—but find cleaning to be daunting—ACS is here for you.
The Vortex in-line filter for loading spouts and loading bellows offers dustless (dust-free) loading of dry bulk materials by capturing fugitive dust that is emitted during the loading process.
Get the efficiency benefits of a blow-through, without the premature wear with our AF Feeder valve.