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TAIYO Air Cylinders（Rod Operation Method：Single-Rod）
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Pneumatic Cylinder 10A-6 Series
TAIYO
Full model change.
[Features]
· Uses a new cushion valve model.
· Floating sealing is used in the cushion part.
· Large sintered oil-impregnated copper alloy bearings.
· Inlay boss used for rod cover and head cover.
· Rod diameter are available in versatile sizes used in Japan.
· JPAS standards used for rod sealing and piston sealing.Cylinder I.D: D(Ø) Stroke: L(mm) Rod Operation Method Main Body Shape Cylinder Operation Method Additional Function Environment, Applications 40 ～ 80 50 ～ 500 Single-Rod Standard Double Acting Standard Standard From: ₹ 9,374.53 Days to Ship: 9 Day(s) or more 
9 Day(s) or more
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You can add up to 6 items per a category to the compare list.
Small Pneumatic Cylinder 10Z-3 Series
TAIYO
Further compacting by adopting a clamp type compact switch.
[Features]
· Simple external appearance through stainless tubes.
· System-up type that can be set as a switch by simply attaching a switch to the cylinder main body.
· Switch can be mounted easily by adopting the clamp type.
· 17 types (11 types for ø50 and ø63) are available to provide the best support method.
· Stainless steel (with rigid chrome plating) is used for the standard inner diameter ø20 to ø32 piston rods.Cylinder I.D: D(Ø) Stroke: L(mm) Rod Operation Method Main Body Shape Cylinder Operation Method Additional Function Environment, Applications 20 ～ 40 30 ～ 450 Single-Rod Standard Double Acting Standard Standard From: ₹ 4,668.67 Days to Ship: 6 Day(s) or more
6 Day(s) or more
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| Product Series |
| From |
| Days to Ship |
| Cylinder I.D: D(Ø) |
| Stroke: L(mm) |
| Rod Operation Method |
| Main Body Shape |
| Cylinder Operation Method |
| Additional Function |
| Environment, Applications |
You can add up to 6 items per a category to the compare list.  | You can add up to 6 items per a category to the compare list.  | |
| Brand | TAIYO | TAIYO |
| Product Series | ||
| From | ₹ 9,374.53- | ₹ 4,668.67- |
| Days to Ship | 9 Day(s) or more | 6 Day(s) or more |
| Cylinder I.D: D(Ø) | 40 ～ 80 | 20 ～ 40 |
| Stroke: L(mm) | 50 ～ 500 | 30 ～ 450 |
| Rod Operation Method | Single-Rod | Single-Rod |
| Main Body Shape | Standard | Standard |
| Cylinder Operation Method | Double Acting | Double Acting |
| Additional Function | Standard | Standard |
| Environment, Applications | Standard | Standard |
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Specification/Dimensions
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Cylinder I.D: D(Ø)
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Stroke: L(mm)
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Rod Operation Method
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Main Body Shape
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Cylinder Operation Method
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Additional Function
- Standard
- High Rigidity, High Precision, High-Grade Guide
- With Fall Prevention Mechanism
- With Brake
- With Intermediate Stop Function
- With Rod Rotation Stopper Function
- With Speed Adjustment Function
- With Cylinder Thrust Force Doubling Function
- With Stroke Adjustment Function
- Dual Stroke
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Environment, Applications
- Standard
- Low Friction (Internal Resistance)
- High Speed, High Frequency
- Slow Speed
- Heat Resistant
- No Copper, fluoropolymer Type Material (Partially Plated)
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Related Categories to Air Cylinders
FAQ Air Cylinders
- Question: What is an air cylinder? How does an air cylinder work?
- Answer: An air cylinder, also known as a pneumatic cylinder, is a mechanical device that uses compressed air to produce a force in a reciprocating linear motion. They are commonly used in various industrial applications for automation, material handling, and machinery. An air cylinder works by introducing compressed air into the cylinder chamber, which forces the piston to move. Depending on the design, the piston can move back and forth, providing linear motion that can be used to perform work such as lifting, pushing, or pulling.
- Question: What are the key specifications of general purpose cylinders?
- Answer: General purpose cylinders come with critical specifications that define their performance. Bore size, representing the internal diameter, directly influences the force output — a larger bore delivers more force but may impact speed. Stroke length, indicating the distance the cylinder travels, is pivotal for ensuring the cylinder can execute the required motion. Operating pressure, the force generated at a specific pressure, is crucial for determining the cylinder's capability.
- Question: How do I select the right cylinder model?
- Answer: Choosing the appropriate cylinder model involves a nuanced assessment. Understanding force requirements is paramount; the cylinder must deliver the necessary force for the application. Environmental factors, such as temperature and exposure to contaminants, should guide the selection. Additionally, considering space constraints ensures the chosen cylinder fits seamlessly into the designated area, with compact models being advantageous in confined spaces.
- Question: What applications do general purpose cylinders serve?
- Answer: General purpose cylinders find versatile applications across industries. In material handling, they play a pivotal role in conveyor systems and robotic arms for efficient movement of items. In clamping applications, these cylinders secure workpieces in fixtures, ensuring stability during various manufacturing processes. Their versatility extends to tasks requiring linear force, making them indispensable in pushing and pulling applications.
- Question: What materials are these cylinders made from?
- Answer: The materials used in general purpose cylinders impact their performance and longevity. Aluminum cylinders, owing to their lightweight nature and corrosion resistance, are ideal when weight is a critical consideration. Stainless steel cylinders, on the other hand, offer durability and corrosion resistance, making them suitable for applications in harsh environments where resilience is paramount.
- Question: What is the importance of cylinder I.D. and stroke length?
- Answer: Cylinder I.D. (Internal Diameter) and stroke length are pivotal considerations in the selection process. A larger I.D. results in more force output, but engineers must balance this with available pressure in system. Stroke length is equally crucial, determining the range of motion the cylinder can achieve. Engineers must ensure that both parameters align with the specific requirements of the task at hand to optimize the cylinder's functionality in the given application.
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