Smc Pneumatics ZH10BLA-07-07 Vacuum Ejector 1mm 14 Psi

Product Description

The SMC PNEUMATICS ZH10BLA-07-07 is a vacuum ejector valve designed for compressed-air-driven suction applications in pneumatic systems. It uses a 1mm nozzle to generate vacuum through the Venturi effect, requiring no moving parts or separate vacuum pump. The unit accepts a 1/4-inch outside-diameter tube at the supply port and a 1/4-inch outside-diameter tube at the vacuum port. Operating supply pressure reaches 14 psi, with a maximum air consumption of 1.2 CFM and a maximum suction flow of 1.2 CFM. Pneumatic technicians and automation specialists install this component in pick-and-place, material handling, and light-duty vacuum-holding circuits.

This ejector is suited for inline pneumatic circuits in industrial automation, assembly equipment, and light manufacturing environments. Its compact form factor fits into space-constrained panel or manifold assemblies. The 1/4-inch tube connections are compatible with standard push-to-connect pneumatic fittings common in these applications. It is typically installed by pneumatic system technicians or automation engineers working with low-vacuum, high-flow-rate circuit designs where a dedicated vacuum pump is impractical.

Key Features

• 1mm nozzle diameter generates vacuum via the Venturi effect with no moving parts
• 1/4-inch outside-diameter tube connections at both supply and vacuum ports
• 14 psi operating vacuum pressure with up to 1.2 CFM suction flow
• Air consumption of 1.2 CFM keeps compressed-air demand low in multi-device circuits
• Lightweight at 0.1 pounds, suited for compact or weight-sensitive assemblies

Compatibility

Designed as an OEM-style replacement or direct-fit component for pneumatic vacuum circuits using 1/4-inch outside-diameter tube connections at both supply and vacuum ports.

Installation Notes

Installation is performed by qualified pneumatic technicians familiar with compressed-air system design. Depressurize and lock out the compressed-air supply before connecting or disconnecting any fittings. Verify that the supply pressure does not exceed the rated operating pressure of the ejector and associated circuit components. Tube connections should be fully seated in push-to-connect fittings and inspected for leaks after pressurization.