Component - DFM-40-25-P-A-GF Festo

The Festo CPE18-M1H-5J-QS-8 is a compact 5/2 double solenoid valve designed for efficient control in pneumatic systems. With a width of just 18 mm, it offers a standard nominal flow rate of 850 l/min and operates within a pressure range of 2 to 10 bar. This valve is suitable for applications requiring precise and reliable switching in confined spaces.

The Festo SLT-20-100-A-CC-B is a compact pneumatic mini slide actuator designed for precise linear motion applications. It features a 100 mm stroke, 20 mm piston diameter, and integrated shock absorbers at both ends for smooth operation. The actuator is suitable for various industrial automation tasks requiring reliable and efficient linear movement.

The Festo DZF-50-80-A-P-A is a double-acting flat cylinder with a 50 mm piston diameter and an 80 mm stroke length. It features elastic cushioning rings at both ends, ensuring smooth operation. The cylinder is designed for non-rotating applications and supports position sensing via proximity sensors. It operates within a pressure range of 1 to 10 bar and is suitable for various mounting positions.

The Festo ADVU-25-15-P-A-S2 is a compact double-acting pneumatic cylinder with a 25 mm piston diameter and a 15 mm stroke length. It features elastic cushioning at both ends and is suitable for various mounting positions.

The Festo DSBC-32-70-PPVA-N3 is a double-acting pneumatic cylinder with a 32 mm piston diameter and a 70 mm stroke length. It features adjustable pneumatic cushioning at both ends and conforms to ISO 15552 standards.

The Festo MS4-LR-1/4-D6-AS is a compact pressure regulator designed for precise control of compressed air systems. It features a rotary knob with detent for easy adjustment and can be mounted in any position. This model includes a pressure gauge for monitoring output pressure.

The Festo ADVC-20-25-I-P-A is a compact double-acting short-stroke cylinder designed for precise linear motion applications. It features a 20 mm piston diameter and a 25 mm stroke length, making it ideal for space-constrained environments.