Festo Cylinder - 40mm Bore - 200mm Stroke - Double Acting - DSBG-40-200-PPVA-N3

While the cylinder is rated for typical industrial air pressures, it's recommended to consult the official Festo DSBG datasheet for precise maximum pressure limits, which are generally around 10 bar.

Locate the cushioning adjustment screws at each end of the cylinder. Turning these screws clockwise increases cushioning (slows deceleration), while turning them counter-clockwise decreases it.

The cylinder is designed for industrial use, but excessive dust or debris can impact performance. Regular cleaning and potentially protective measures may be necessary for very harsh environments.

The Festo DSBG series is designed to operate with or without lubrication. If lubrication is used, it should be ISO VG 32 class oil.

Theoretical force is calculated using the formula: Force = (Piston Area * Pressure) / 10 (for N and bar units). For advancing, at 6 bar with a 40mm bore (Area = π * (20mm)^2 ≈ 1257 mm²), the theoretical force is approximately 1257 mm² * 6 bar = 7542 N, divided by 10 is 754.2 N.

PPVA typically indicates specific seal materials and features, such as the type of end-position cushioning and seal material chosen for this particular variant.

Verify air supply pressure and connection. Check control valve operation. Ensure no mechanical obstructions.

Check air pressure. Adjust cushioning screws if too much deceleration is applied. Inspect for internal wear or debris.

Inspect seals and connections for damage or looseness. Ensure tie rods are properly tightened (professional service may be required).

Confirm sensor is compatible with magnetic piston and correctly aligned. Check sensor wiring and power supply.