 |
 |
 |
 |
The Science of Movement with Air The fischertechnik PROFI Pneumatic II set provides you with an engaging, hands-on method for teaching students the fundamentals of this air-based technology. Using numerous application examples, students will learn how pneumatic valves and cylinders work in connection with a compressor and an air cell. The PROFI Pneumatic II set contains four double-acting pneumatic cylinders, three 4/3 way hand valves and one electrically operated compressor with air cell. REQUIRES a 9V battery (not included)
- REQUIRES a 9V battery (not included) or Accu Set (#57487) sold separately.
- STORAGE SUGGESTION: with each PROFI Pneumatic II set we recommend 4 Sorting Box 500--258x186 (#94828) with dividers and 1 Base Plate 258x186 Cover (#32985).
- Additional Information for Educators and Administrators
- This set can be used in the classes addressing the following topics: Physics, Mechanical Engineering, Pneumatics
- Specific concepts addressed with this set: Pneumatics and how they work.
- History--The origins of pneumatics and the utilization of compressed air devices.
- Pneumatic Cylinders--Experiment with the different types of pneumatic cylinders—“single acting†or “unidirectional cylinders†and “double-acting†cylinders, and observe how they function.
- Pressure--Learn about Pressure and the formula for calculating it. Pressure equals force divided by area. The unit for pressure is called “bar†or Pascal.
- Force--Determine what forces you are able to exert with your cylinders by constructing a model of a lifting platform.
- Experiment with Check Valves and Hand Valves.
- Build a working model of an Air Compressor and perform further experiments with the lifting platform model.
- Learn about the principle of" “more power through more surface areaâ€" by utilizing multiple cylinders in your experiments to lift heavier weights. Force equals Pressure times Area.
- Build a working Pneumatic Catapult.
- Build a model of a Pneumatic Sliding Door to learn more about the use of valves.
- Build a model of a Turntable with a Press and a Linear Feed, such as might be used to assemble components in a modern factory.
- Build four different pneumatic vehicle models—a Pipelayer, a Snowplow, a Shovel Loader, and an Excavator.
We want every customer to be satisfied with their purchase. Unless otherwise noted, returns may be made within 30 days of delivery if the product is unopened and all security seals are intact. All returns require Return Authorization. Contact Customer Service by email. Receive authorization before returning your product(s).
A 15% restocking charge will be applied to the return if a replacement order of equal or greater value is not placed at the time of the return. Defective merchandise must be returned to the manufacturer for repair or replacement. No refunds will be given on opened products. No refunds will be given on downloads. No refunds will be given on any school/non-profit licensing and media products. No refunds will be given on opened Adobe Student Teacher products. Refunds will be issued only if the above terms are met. Original shipping fees will not be refunded. We reserve the right to reject any return that does not comply with the above terms.
Warranty Policy Warranties are the responsibility of the manufacturer. Please visit the manufacturer's website for additional information on their particular warranty policies.
|
|
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
Features
- Specific concepts addressed with this set: Pneumatics and how they work.
- History--The origins of pneumatics and the utilization of compressed air devices.
- Pneumatic Cylinders--Experiment with the different types of pneumatic cylinders—“single acting” or “unidirectional cylinders” and “double-acting” cylinders, and observe how they function.
- Pressure--Learn about Pressure and the formula for calculating it. Pressure equals force divided by area. The unit for pressure is called “bar” or Pascal.
- Force--Determine what forces you are able to exert with your cylinders by constructing a model of a lifting platform.
- Experiment with Check Valves and Hand Valves.
- Build a working model of an Air Compressor and perform further experiments with the lifting platform model.
- Learn about the principle of" “more power through more surface area”" by utilizing multiple cylinders in your experiments to lift heavier weights. Force equals Pressure times Area.
- Build a working Pneumatic Catapult.
- Build a model of a Pneumatic Sliding Door to learn more about the use of valves.
- Build a model of a Turntable with a Press and a Linear Feed, such as might be used to assemble components in a modern factory.
- Build four different pneumatic vehicle models—a Pipelayer, a Snowplow, a Shovel Loader, and an Excavator.
|
|
 |
 |
 |
 |
|
 |

|