John Guest PM211004E PM Series pneumatic reducing elbow connector is precisely engineered from acetal copolymer, offering reliable connections for pneumatic systems and fluid power applications requiring a 10 mm to 4 mm tube size reduction.
This reducing elbow connector provides a push-in connection type to enable swift and leak-free assembly in air, potable liquids, foodstuff, inert gases, and vacuum lines.
It is specifically manufactured to operate safely within a temperature range of -20°C to 65°C and withstand a maximum pressure of 10 bar, making it suitable for various industrial, laboratory, manufacturing, agricultural, and HVAC contexts requiring robust pneumatic fittings.
The acetal copolymer construction ensures durability and resistance to typical chemicals encountered in these applications. While this product does not have formal certifications, it carries approvals for WRAS and food-grade quality compliance when applicable.
The compact reducing elbow design allows for efficient change of tubing direction and size, optimizing installation space without sacrificing connection integrity. Constructed from durable acetal copolymer material ensuring chemical resistance.
Designed for use with air, potable liquids, foodstuff, inert gases and vacuum. Operates reliably within temperature range of -20°C to 65°C. Suitable for maximum operating pressure up to 10 bar. Push-in connections facilitate quick and secure tube fitting installation.
Compact reducing elbow design changes tube direction while transitioning between sizes. Manufactured in the United Kingdom, adhering to quality standards. Approvals include WRAS and food quality suitability for select applications.
This pneumatic fitting is widely applicable in industrial automation, fluid power systems, and safe potable water handling environments requiring compact and reliable pneumatic connectors.
Explore more John Guest Pneumatic Fittings and related hydraulic components in EnvMart’s Industrial Tools & Equipment category for enhanced system performance and reliability.
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