Festo
Festo DSBG-125-40-PPVA-N3 2159623 ISO cylinder electrician tool
ISO cylinder with 125 mm bore and 40 mm stroke for pneumatic automation systems
- TypeTest Equipment
- Color/FinishRed
- Item Count1 pack
- Selling UnitBox
- Parts3 Years
- Labor1 Year
- ISO cylinder for pneumatic automation
- 125 mm bore delivers high force output
- 40 mm stroke for precise positioning
- PPVA cushioning reduces end-of-stroke impact
- 3-year parts and 1-year labor coverage
ISO cylinder for electricians
The Festo DSBG-125-40-PPVA-N3 is a pneumatic ISO cylinder supplied as test equipment for professional electricians. It carries the manufacturer part number 2159623 and arrives new in a single red unit.
Thermals noise and power draw
As a pneumatic actuator the cylinder produces no electrical heat or audible fan noise during operation. Power consumption is limited to the compressed-air supply required by the 125 mm bore and 40 mm stroke.
Build quality and mounting
The red finish resists workshop wear while the standard ISO mounting pattern fits existing fixture points without modification. A three-year parts and one-year labour coverage period backs the mechanical construction.
Highlights
- ISO cylinder for pneumatic automation
- 125 mm bore delivers high force output
- 40 mm stroke for precise positioning
- PPVA cushioning reduces end-of-stroke impact
- 3-year parts and 1-year labor coverage
Specifications
| Brand | FESTO |
|---|---|
| Model | DSBG-125-40-PPVA-N3 |
| Type | Test Equipment |
| Color/Finish | Red |
| Item Count | 1 pack |
| Selling Unit | Box |
| Parts | 3 Years |
| Labor | 1 Year |
Questions about this item
How is the DSBG-125-40-PPVA-N3 ISO cylinder mounted and what alignment step is often missed?
Mount the cylinder using its standard ISO 125 mm bore pattern; the step often missed is ensuring the piston rod is perfectly parallel to the load guide before tightening the four flange bolts.
Which wear items on the DSBG-125-40-PPVA-N3 will need replacement and on what schedule?
The piston seal, rod seal and cushioning seals are the primary wear parts; plan to inspect them at 12-month intervals and replace them when leakage or reduced cushioning appears.
What is the first performance limit reached during continuous cycling of the DSBG-125-40-PPVA-N3?
Under sustained cycling the cylinder typically hits its maximum allowable piston speed first, causing cushioning to lose effectiveness before any structural or thermal limit is reached.
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