Industrial Control Products

Festo QSM-4: Flexible, durable, and easy-to-install push-in connector for compressed air systems, suitable for a wide range of tasks and applications.

Short Description: Festo QSM-6 push-in connector - Mini, 3.7 mm, push-pull principle, up to 6 bar operating pressure, ISO 8573-1:2010 compliant, corrosion-resistant, flexible design.

The Festo QSM-4-3 push-in connector is a versatile and reliable fitting for pneumatic systems. It supports compressed air according to ISO 8573-1:2010, operates within -0.95 to 6 bar, and has a low corrosion stress classification.

The Festo QSM-6-4 push-in connector provides a compact and efficient pneumatic connection solution. Featuring a straight design and push-pull principle, it ensures easy installation and operation. Ideal for compressed air applications up to 6 bar.

The Festo QSM-4H-3 is a mini push-in connector designed for compressed air applications. It features a push-pull principle, a straight design, and operates within a wide temperature range of -10 to +80°C. This connector is ideal for confined spaces and offers effortless installation.

The Festo QSM-6H-4 push-in connector is a compact, reliable solution for pneumatic connections. It features a push-pull principle, supports operating pressures from -0.95 to 6 bar, and is suitable for compressed air applications.

The Festo QSML-M3-3 push-in L-fitting offers a mini size with a nominal width of 0.8 mm, making it ideal for compact pneumatic systems. It features a sealing ring type of seal on the screwed plug and an external hexagon mounting for easy installation.

The Festo QSML-M5-3 is a miniaturized, high-pressure push-in L-fitting designed for compressed air applications. It features a sealing ring for secure connections and operates within a wide temperature range, making it suitable for various automation tasks.

The Festo QSML-M3-4 push-in L-fitting is designed for mini pneumatic applications, offering reliable connections with a nominal width of 1.3 mm and a nominal tightening torque of 0.48 Nm. This fitting is part of the QSML series, ensuring efficient and durable performance in various pneumatic systems.

The Festo QSML-M5-4 push-in L-fitting is a compact, reliable solution for compressed air applications. It features a sealing ring, optional mounting, and operates within -10°C to 80°C.

The Festo QSML-1/8-4 push-in L-fitting is a compact, reliable solution for pneumatic systems. Its push-pull design and L-shape structure ensure easy installation and secure connections. Suitable for a wide range of applications, this fitting is coated for durability and comes in a pack size of 10 units.

The Festo QSML-M5-6 push-in L-fitting is a compact, high-performance pneumatic connector suitable for compressed air systems. It offers an L-shape design, sealing ring type seal, and operates within -0.95 to 6 bar pressure range. Perfect for industrial applications.

The Festo QSML-1/8-6 push-in L-fitting offers a secure and efficient pneumatic connection for tubing, with a lightweight design and easy mounting via an external hexagon.

The Festo QSML-M3-3 is a compact, high-quality pneumatic fitting with a nominal width of 0.8 mm. It features a sealing ring, L-shape design, and operates within a wide temperature range.

The Festo QSML-M5-4 push-in L-fitting is a high-quality, compact solution for pneumatic connections. It features a sealing ring, optional mounting position, and operates within -0.95 to 6 bar pressure range.

Compact, versatile push-in L-fitting for compressed air. Miniature size, 2.5 mm nominal size, and 4 mm tubing diameter. Operates from -10°C to 80°C, suitable for lubricated operations.

The Festo QSML-M5-6 is a compact, L-shaped push-in fitting designed for pneumatic systems. It offers a sealing ring for secure connections and operates within a temperature range of -10°C to 80°C, making it suitable for various industrial applications.

The Festo QSML-M3-3 push-in L-fitting is a compact and reliable solution for pneumatic connections. With a sealing ring and optional mounting, it ensures secure and efficient operation in compressed air applications.