dsbg-200-50-p-n3

Name: dsbg-200-50-p-n3
Brand: FESTO
SKU: dsbg-200-50-p-n3

Short Product Description: The Festo DSBG-200-50-PPVA-N3 is a standards-based ISO cylinder with a 200 mm stroke and 50 mm piston diameter. It offers adjustable pneumatic cushioning and is designed for double-acting operation with compressed air.

Product Modeldsbg-200-50-p-n3

Material Number2537450

Product ID8515

Stock on Request

Last updated: 8/29/2026

Quantity

Key Features

1
Precision and ReliabilityThe Festo DSBG-200-50-PPVA-N3 is built to provide precise and reliable operation, ensuring consistent performance in various industrial applications.
2
Adjustable Pneumatic CushioningThis cylinder features adjustable pneumatic cushioning at both ends, allowing for customizable damping to suit specific application requirements.
3
Compliance with ISO 15552The DSBG-200-50-PPVA-N3 conforms to the ISO 15552 standard, ensuring compatibility with a wide range of pneumatic systems.
4
Versatile Mounting OptionsWith its versatile mounting position, this cylinder can be easily integrated into various setups, providing flexibility in system design.
5

Technical Specifications

Detailed engineering parameters based on manufacturer documentation

Specifications may be subject to change without notice

Parameter

Value

Parameter

Value

Stroke

50mm

Piston diameter

200 mm

Piston rod thread

M36x2

Cushioning

Elastic cushioning rings/pads at both ends

Mounting position

Any

Conforms to standard

ISO 15552

Robust ConstructionConstructed from high-quality materials, including cast aluminum for the piston and high-alloy steel for the piston rod, this cylinder offers robustness and durability.

Position Detection CapabilityEquipped with proximity switch options, the DSBG-200-50-PPVA-N3 allows for precise position detection, enhancing control and accuracy in automated systems.

Wide Operating Pressure RangeThe cylinder operates effectively within a wide pressure range of 0.6 to 10 bar, making it suitable for various industrial applications.

Corrosion ResistanceWith a corrosion resistance class of 2, this cylinder is designed to withstand moderate corrosion stress, ensuring long-term reliability in harsh environments.

Temperature FlexibilityThe DSBG-200-50-PPVA-N3 operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions.

Impact Energy ControlThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system.

1Material ComplianceThe product is RoHS-compliant, adhering to environmental regulations and ensuring a sustainable solution for industrial applications.

1Easy MaintenanceThe cylinder's design allows for easy maintenance, with features like adjustable cushioning and accessible components, reducing downtime and increasing overall efficiency.

1Compatibility with AccessoriesThe DSBG-200-50-PPVA-N3 can be mounted via female thread or with accessories, providing flexibility in system integration and customization.

1Pneumatic ConnectionThe cylinder features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

1Position Detection for AutomationThe proximity switch option enables precise position detection, making it ideal for automated systems where accurate control is crucial.

1Double-Acting OperationDesigned for double-acting operation, this cylinder can move in both directions, enhancing the versatility and efficiency of pneumatic systems.

1Operating MediumThe cylinder operates with compressed air to ISO 8573-1:2010 [7:4:4], ensuring compatibility with standard pneumatic systems and media.

1Oiled Operation PossibleThe cylinder can be operated with lubricated compressed air, which is required for further operations, enhancing the longevity and performance of the system.

1Impact Energy at End PositionsThe cylinder is designed to manage impact energy effectively, with an impact energy of 4.8 J at the end positions, ensuring smooth operation and reducing wear and tear on the system.

20. Theoretical ForcesThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

2Moving Mass and WeightThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

2Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

2Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

2Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

2Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

2Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

2Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

2Tie Rod MaterialThe tie rod is made from high-alloy steel, providing a robust and reliable connection between the piston and the cylinder barrel.

2Corrosion Resistance ClassThe corrosion resistance class is 2, indicating moderate corrosion stress, ensuring the cylinder can withstand harsh environments and maintain its performance over time.

30. Cleanroom ClassThe cylinder conforms to Class 6 according to ISO 14644-1, making it suitable for use in cleanroom environments where high cleanliness standards are required.

3Ambient Temperature RangeThe cylinder operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions and ensuring reliable performance in various environments.

3Impact Energy ManagementThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system. The impact energy at the end positions is 4.8 J, providing a controlled and efficient movement.

3Theoretical Forces at 6 BarThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

3Moving Mass and Weight SupplementThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

3Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

3Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

3Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

3Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

3Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

40. Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

4Tie Rod MaterialThe tie rod is made from high-alloy steel, providing a robust and reliable connection between the piston and the cylinder barrel.

4Corrosion Resistance ClassThe corrosion resistance class is 2, indicating moderate corrosion stress, ensuring the cylinder can withstand harsh environments and maintain its performance over time.

4Cleanroom ClassThe cylinder conforms to Class 6 according to ISO 14644-1, making it suitable for use in cleanroom environments where high cleanliness standards are required.

4Ambient Temperature RangeThe cylinder operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions and ensuring reliable performance in various environments.

4Impact Energy ManagementThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system. The impact energy at the end positions is 4.8 J, providing a controlled and efficient movement.

4Theoretical Forces at 6 BarThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

4Moving Mass and Weight SupplementThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

4Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

4Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

50. Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

5Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

5Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

5Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

5Tie Rod MaterialThe tie rod is made from high-alloy steel, providing a robust and reliable connection between the piston and the cylinder barrel.

5Corrosion Resistance ClassThe corrosion resistance class is 2, indicating moderate corrosion stress, ensuring the cylinder can withstand harsh environments and maintain its performance over time.

5Cleanroom ClassThe cylinder conforms to Class 6 according to ISO 14644-1, making it suitable for use in cleanroom environments where high cleanliness standards are required.

5Ambient Temperature RangeThe cylinder operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions and ensuring reliable performance in various environments.

5Impact Energy ManagementThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system. The impact energy at the end positions is 4.8 J, providing a controlled and efficient movement.

5Theoretical Forces at 6 BarThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

60. Moving Mass and Weight SupplementThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

6Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

6Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

6Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

6Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

6Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

6Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

6Tie Rod MaterialThe tie rod is made from high-alloy steel, providing a robust and reliable connection between the piston and the cylinder barrel.

6Corrosion Resistance ClassThe corrosion resistance class is 2, indicating moderate corrosion stress, ensuring the cylinder can withstand harsh environments and maintain its performance over time.

6Cleanroom ClassThe cylinder conforms to Class 6 according to ISO 14644-1, making it suitable for use in cleanroom environments where high cleanliness standards are required.

70. Ambient Temperature RangeThe cylinder operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions and ensuring reliable performance in various environments.

7Impact Energy ManagementThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system. The impact energy at the end positions is 4.8 J, providing a controlled and efficient movement.

7Theoretical Forces at 6 BarThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

7Moving Mass and Weight SupplementThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

7Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

7Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

7Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

7Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

7Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

7Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

80. Tie Rod MaterialThe tie rod is made from high-alloy steel, providing a robust and reliable connection between the piston and the cylinder barrel.

8Corrosion Resistance ClassThe corrosion resistance class is 2, indicating moderate corrosion stress, ensuring the cylinder can withstand harsh environments and maintain its performance over time.

8Cleanroom ClassThe cylinder conforms to Class 6 according to ISO 14644-1, making it suitable for use in cleanroom environments where high cleanliness standards are required.

8Ambient Temperature RangeThe cylinder operates within an ambient temperature range of -20°C to 80°C, providing flexibility in different operating conditions and ensuring reliable performance in various environments.

8Impact Energy ManagementThe cylinder is designed to manage impact energy effectively, ensuring smooth operation and reducing wear and tear on the system. The impact energy at the end positions is 4.8 J, providing a controlled and efficient movement.

8Theoretical Forces at 6 BarThe theoretical force at 6 bar is 18.096 N for return flow and 18,850 N for flow, providing a strong and reliable performance in various applications.

8Moving Mass and Weight SupplementThe moving mass at 0 mm stroke is 5.348 g, with an additional weight supplement of 97 g per 10 mm stroke, ensuring efficient and controlled movement.

8Base Weight and Supplemental MassThe base weight at 0 mm stroke is 15.493 g, with an additional weight supplement of 249 g per 10 mm stroke, providing a robust and reliable construction.

8Fastening Type and Pneumatic ConnectionThe cylinder can be mounted via female thread or with accessories, and it features a G3/4 pneumatic connection, ensuring seamless integration with various pneumatic systems and components.

8Material InformationThe product is RoHS-compliant, with cover material made from aluminum, piston material made from cast aluminum, and piston rod material made from high-alloy steel.

90. Buffer Seal MaterialThe buffer seal material is TPE-U(PU), ensuring effective sealing and reducing the risk of leaks in the system.

9Cushioning Boss MaterialThe cushioning boss material is POM, providing a durable and reliable cushioning system that can be adjusted to suit specific application requirements.

9Nut and Bearing MaterialsThe nut is made from galvanized steel, and the bearing is made from POM, ensuring a strong and durable construction that can withstand various operating conditions.

Structural design

Piston Piston rod Tie rod Cylinder barrel

Symbol

00991217

Variants

Piston rod at one end

Operating pressure

0.6bar 10bar

Mode of operation

Double-acting

Operating medium

Compressed air as per ISO 8573-1:2010 [7:4:4]

Information on operating and pilot media

Operation with oil lubrication possible (required for further use)

Corrosion resistance class (CRC)

2 - Moderate corrosion stress

LABS (PWIS) conformity

VDMA24364-B1/B2-L

Ambient temperature

-20°C 80°C

Impact energy in the end positions

4.8J

Theoretical force at 6 bar, retracting

18096N

Theoretical force at 6 bar, advancing

18850N

Moving mass

5833g

Moving mass at 0 mm stroke

5348g

Additional moving mass per 10 mm stroke

97g

Product weight

16723g

Basic weight with 0 mm stroke

15493g

Additional weight per 10 mm stroke

246g

Type of mounting

Optionally: With internal thread With accessories

Pneumatic connection

G3/4

Note on materials

RoHS-compliant

Cover material

Die-cast aluminum, coated

Piston seal material

NBR

Material of piston

Cast aluminum

Piston rod material

High-alloy steel

Piston rod wiper material

NBR

Buffer seal material

TPE-U(PU)

Cushion piston material

POM

Material of cylinder barrel

Wrought aluminum alloy, smooth-anodized

Nut material

Steel, galvanized

Material of bearing

Metal polymer compound

Collar nut material

Steel, galvanized

Tie rod material

High-alloy steel

Manufacturer ID

2537450