Smc Pneumatics KM11-07-11-10 Pneumatic Manifold

Product Description

The SMC PNEUMATICS KM11-07-11-10 is a multi-port pneumatic manifold designed to distribute compressed air from a centralized supply line to multiple downstream branches. It features a 3/8 inch inlet and 1/4 inch outlet porting arrangement, with 2 inlet ports and 10 outlet ports, making it well suited for systems that require simultaneous distribution to numerous actuators, valves, or tools. The body is constructed from composite polybutylene terephthalate, a durable engineering thermoplastic that resists impact and many common industrial fluids. This manifold is installed by pneumatic system technicians and industrial maintenance professionals in automated equipment and compressed air distribution systems.

This manifold is appropriate for use in light industrial and automated manufacturing environments where multiple pneumatic devices must be supplied from a single air source. With 10 outlet ports, it supports complex circuits without requiring additional tee fittings or branch assemblies. The compact overall length of approximately 4.09 inches keeps the footprint manageable in panel or machine enclosure installations. It is commonly used in conjunction with SMC directional control valves, cylinders, and solenoid valve stations.

Key Features

• 10 outlet ports allow distribution to multiple pneumatic devices from one manifold block
• 3/8 inch inlet ports accept standard compressed air supply connections
• 1/4 inch outlet ports match common pneumatic fitting and valve sizes
• Composite polybutylene terephthalate body provides impact resistance and lightweight construction
• Black finish for easy identification in multi-component pneumatic assemblies

Compatibility

Designed as an OEM-style replacement or new-installation component for pneumatic distribution systems using 3/8 inch supply lines and 1/4 inch branch connections.

Installation Notes

Installation should be performed by a qualified pneumatic technician or industrial maintenance professional. Depressurize and lock out the compressed air supply before connecting or disconnecting any fittings. Ensure all port connections are properly seated and leak-tested after installation using an approved leak detection method. Follow applicable facility safety and compressed air system standards during service.