SMC ZH10BLA-01-01 ZH Series Vacuum Ejector Body Ported Type / Box Type (Built-in Silencer)

The SMC ZH10BLA-01-01 belongs to the ZH Series of vacuum ejectors, designed for efficient vacuum generation in pneumatic automation systems. This model is a Box Type vacuum ejector featuring a built-in silencer, improving noise reduction during exhaust processes.

• Nozzle Size Options: Includes newly added nozzle diameters of 1.5 mm, 1.8 mm, and 2.0 mm, expanding the range for tailored suction flow and vacuum pressure performance.
• Compact & Lightweight Design: The design improvements result in a significant footprint reduction:
  • Overall length is reduced by up to 11%, optimizing installation in space-constrained environments.
  • Port height reduced by as much as 25%, aiding integration into compact assemblies.
  • Volume lowered by a maximum of 39%, contributing to lightweight system design and improved handling.
• Mounting Flexibility: Supports four distinct mounting options to accommodate diverse industrial setups:
  • Direct mounting
  • Standard bracket mounting
  • L-bracket mounting
  • DIN rail mounting
• Integrated Silencer & Accessories: The built-in silencer reduces operational noise for enhanced workplace comfort. A standard bracket is available to ensure stable installation (exclusive to the body ported type variant).

Constructed using composite resin materials for the nozzle and body, this vacuum ejector achieves a balance of durability and weight savings, making it suitable for point-of-use vacuum generation where minimizing weight and space is critical.

The ZH10BLA-01-01 is engineered to interface seamlessly with standard pneumatic tubing and supports both one-touch and screw-in port connections, offering installation flexibility. Designed to operate efficiently at supply pressures around 0.45 MPa, it delivers reliable vacuum performance with maximum vacuum pressures up to approximately -88 kPa depending on nozzle selection.

This ejector is ideal for manufacturing, robotics, and automation applications requiring precise vacuum control, noise reduction, and space-efficient design.